Quantcast
Channel: BruceDocumentBlog
Viewing all 853 articles
Browse latest View live

California Q&A on Lung LCD (February 2016)

$
0
0
https://med.noridianmedicare.com/web/jfb/policies/lcd/draft/moldx-cdd-nsclc-comprehensive-genomic-profile-testing-comments-and-responses


MolDX - CDD: NSCLC, Comprehensive Genomic Profile Testing Comments and Responses

Comment 1: 
  • Scientific literature demonstrates actionable drivers that may be identified by multiplex/NGS are common in smokers; since finding a target mutation radically alters the treatment for patients, strong consideration should be given to broader coverage;
  • Alteration in different genes by CGP may inform physicians about clinical trial or off-label options that may benefit patients;
  • Since coverage applies only to never- and light-smokers with metastatic disease, under 24% of 26,000 diagnosed NSCLC patients with negative EGFR and/or ELK mutations are eligible for CGP NGS, especially when the rest of lung cancer patients stand to benefit by the application of comprehensive genomic profiling;
  • Allow coverage of other testing platforms if the detect the same classes of alterations with comparable performance as in the policy
Response 1:  Although mutations are common in both smokers and never-smokers, actionable mutations such as EGFR mutations, ALK rearrangements, and ROS1 rearrangements occur at a much lower frequency in smokers than in never- or light-smokers. The probability of finding an undiscovered mutation in smokers given its recorded frequency, and the probability that a mutation will be identified by CGP, is estimated to be less than 1 in 400. This would dilute the potential for this approach to replace alternative testing as the first step.  Furthermore, it has been shown that heavy smokers do not have the same response to EGFR inhibitors in terms of progression free survival (PFS)*. Never- or light-smokers with metastatic disease are a logical first step for coverage because CGP testing has the highest impact on care in the patients who are most likely to have actionable mutations.  This is the premise of the Drilon paper; it is the cornerstone of this policy.
Moreover, this is not a policy about NGS testing.  Rather, this policy is about a specific type of NGS-based testing (i.e., tissue-only somatic comprehensive genomic panels) in patients who are at higher risk of having mutations, despite exhaustive LDT testing that has failed to identify any mutation, and requires the collection of outcome data to inform future patient management decisions.  Although mutations were found by CGP in patients (Drilon), it is unclear that they will respond to treatment.  Thus, CDD in a specific population (never- and light-smokers) allows "proof of concept" before Medicare coverage can be justified for larger patient populations.
*Kim MH, Kim HR, Cho BC, et al. Impact of cigarette smoking on response to epidermal growth factor receptor (EGFR)-tyrosine kinase inhibitors in lung adenocarcinoma with activating EGFR mutations.  Lung Cancer 2014;84 (2):196-202. doi: 10.1016/j.lungcan.2014.01.022. Epub 2014 Feb 3.
Comment 2:  Expand genes in NGS panel
  • Request clarification to assist in triaging patients for such testing;
  • While targeted exon sequencing using a massive parallel sequencing (MPS) platform is not comprehensive genomic profiling, a commenter notes that the MPS to assess EGFR, KRAS and BRAF has identified 8% more mutations than real-time PCR previously used.  By combining MPS on more than one cancer type, they have constructed a single panel with cost and time-savings, as well as tissue savings compared to serial gene testing; request clarification that a small, targeted panel using MPS is an appropriate first-line test.
Response 2:  In addition to SNVs and/or indels in EGFR and KRAS, and rearrangements in ALK, recent NCCN guidelines for NSCLC (v5.2015) indicate that the following alterations have "emerging targeted agents": ROS1 rearrangements, BRAF V600E mutation, MET amplification, HER2 mutations, and RET rearrangements.  The policy will be expanded to include data collection for these additional genes.
Medicare is not specifying technologies or platforms for first-line testing.  This policy specifies that CGP will be covered to identify a small group of patients who have already tested negative for EGFR mutations, ALK rearrangements and ROS1 rearrangements
Comment 3: Need NGS upfront due to tissue availability; also Circulating Tumor DNA (ctDNA) testing; Sequential testing algorithm may harm patients by delaying therapy and exhausting tissue samples - A commenter notes that "As many as 25% of NSCLC patients do not have adequate tissue material for molecular testing. The commenter has developed a nine gene ctDNA test, including alterations in EGFR and ALK for use in these patients that it intends to launch later in 2015. The way this LCD is currently worded patients who lack adequate tissue for EGFR and ALK testing would not be eligible for CGP testing even though this would be possible using these new approaches. In addition, the characteristics of ctDNA testing will be different than tissue based NGS testing.  Because ctDNA levels vary greatly in patients and some patients do not release appreciable amounts of ctDNA, ctDNA testing will not be as sensitive as tissue testing. Additionally, although the critical factors defining ctDNA testing performance are still similar to tissue testing the detectable MAF (or ctDNA level) is much lower with a high-quality ctDNA test.  In our view these MAFs for ctDNA should be between 0.01% and 0.05% for mutations and >0.1 % for translocations. It also should be noted that copy number amplifications while detectable in ctDNA are typically only detectable at MAFs of 1%-2% unless an extremely sequence intensive technique is used (this enables detection down to levels of >0.1%), and recommends that The MolDX Contractor specify that this guidance is specific for tissue-based CGP testing and would not apply when the patient has inadequate material for CGP testing.
Response 3:  Noridian recognizes that availability of tissue is very important.  However, this is a limited coverage policy with specific data development expectations for coverage (CDD) focusing on a specific sub-group of patients who have already been tested and found to be negative by other technologies AND have tissue available for testing.  As stated above, this policy is NOT about NGS testing more generally. The premise of the Drilon paper is that never- and light-smokers have a higher likelihood of having less complex driver mutations than their smoking counterparts.  This premise is well founded with some patients having mutations that were missed by an LDT done at the institution.  However, short-comings of the study were: its small size, predominance of never smokers, potential patient selection bias due to the ability to re-biopsy, and limited follow-up on treatment outcomes.  In addition, because there was no direct comparison to an FDA-approved companion diagnostic, we cannot directly extrapolate from the results of testing to improved outcomes, thus the need to collect data.    Because the outcomes of these patients are still unknown, we must follow the inclusion criteria that were used in the study, thus the limitation to never- and light-smokers.  Similarly, since CGP testing was limited to patients who previously tested negative for EGFR mutations, ALK rearrangements and ROS1 rearrangements, the policy is based on the same testing schema.  Noridian expects that as outcomes data are collected and analyzed, CGP may become first-line testing, and then the issue of specimen availability will be moot. At the current time, CGP is limited to patients with available tissue for testing and does not apply to ctDNA testing, so the policy will remain unchanged. 
Comment 4:  Limit of Detection:  In the proposed LCD, The MolDX Contractor indicates that the studies cited demonstrate test performance of 95%-99% sensitivity across the four alteration classes and >99% positive predictive value (PPV). However, this mention omits the fact that sequence mutation sensitivity and PPV were demonstrated at mutant allele fraction (MAF) levels as low as 5%. MAF is a critical parameter in measuring test performance for the analysis of sequence mutations. It is orders of magnitude easier to have >99% PPV at 50% MAF than at 5% MAF. In addition, a large fraction of mutations occur at lower MAF ranges in the average sample (54% are <20% and 26% are <10%). A test that does not demonstrate these performance characteristics at low MAFs will be significantly inferior to tests that do and miss many mutations that may otherwise be clinically actionable. The commenter recommends that The MolDX Contractor specify that sensitivity and specificity metrics must be achieved at MAFs as low as 5% in order to be considered for coverage.
Response 4:  We agree and have published the MolDX analytical requirements, linked in the policy.  In addition, we note that the clinical significance of mutations detected at very low allele frequencies in adequate biopsy specimens is (to our knowledge) currently unknown.
Comment 5: Differentiating between Somatic and Germ-line mutations - A commenter notes that many CGP tests do not utilize matched patient normal D|NA. The commenter believes the lack of patient normal sample results in sub-optimal result quality because there is no way to be sure that the identified mutations are somatic (tumor-specific) in nature without analysis of the matched normal DNA from the same patient.  They note that "taking action on these mutations not only deprives the patient of the opportunity to receive another more efficacious treatment option but also may do harm to the patient. Note that tests that accurately distinguish between somatic and germline mutations do not need to report any germline mutations."  The commenter recommends that The MolDX Contractor reword the first sentence of the CGP test description to define CGP testing as "testing that accurately distinguishes between somatic and germline mutations."
Response 5:  The LCD has been revised to clarify that it applies to tumor tissue-only testing and somatic-only reporting. 
Comment 6:  The MolDX Contractor asks that reports be submitted according to HIPAA standards; Urge lab reporting requirement to include all actionable mutations
Response 6:  Noridian expects patient line-item specific information and to include all actionable mutations. The policy has been revised accordingly.
Comment 7:  What specific billing code applies? 
Response 7:  An LCD can only contain "reasonable and necessary" criteria.  Coding and billing guidelines will be attached to the final document accordingly to Medicare guidelines.
Comment 8:  Mulitplex/NGS Testing is no longer experimental.
Response 8:  While the testing may not be experimental, the multitude of genes tested does not meet the criteria of "reasonable and necessary". 
Comment 9: Lab Verification by MolDX:  Two commenters strongly disagree with the lab verification requirements imposed under MolDX and assert that CMS is the authority to regulate analytical validity (AV) pursuant to CLIA
Response 9:  CLIA certifies a laboratory and provides an assurance that the lab has Standard Operating Procedures, a Quality Control program, proficiency testing, qualified personnel, etc.  MolDX has the responsibility to assure the public that a given test has been adequately validated (i.e., is safe and effective) as part of the criteria to meet "reasonable and necessary". 
Comment 10: Clinical Outcomes Reporting Requirement:  the proposal outlined by The MolDX Contractor is scientifically, financially, and ethically not feasible for laboratories
Response 10:  We recognize the additional work required of laboratories due to the reporting requirements and have therefore made the reporting requirements as parsimonious as possible to allow the scientific and clinical communities to draw some meaningful conclusions or at least provide some data to support generating testable hypotheses. Most of the genes and variant types that are currently being tested on NGS panels do not have sufficient evidence to be "reasonable and necessary" under Medicare guidelines, hence the reporting requirements in an effort to accelerate our understanding of the clinical utility of testing for alterations in these genes. Such information will benefit all stakeholders, most especially patients and providers.  We believe our reporting requirements have been calibrated appropriately to balance the outcome expectations with the effort required. In addition, it is imperative to document that when comprehensive NGS analysis identifies actionable mutations missed by other methodologies, whether they are FDA-approved companion diagnostics or LDTs, the clinical outcomes are similar.
Comment 11: Support policy as written:  Multiple comments supportive of the policy. 
Response 11: NA
Comment 12:  A commenter requests information regarding how to find the MolDX contractor's published AV criteria and how to send information to the MolDX contractor. 
Response 12:  The MolDX program and contact information can be obtained via:  www.palmettogba.com/moldx This link will take you to an external website..
Last Updated Feb 25, 2016



California Final Lung LCD Eff. April 2016 L36198

$
0
0
https://www.cms.gov/medicare-coverage-database/details/lcd-details.aspx?LCDId=36198&ContrId=345

Note: Released with almost no changes, e.g. =15 years changes to =< 15 years.


LCD ID
L36198

Original ICD-9 LCD ID
N/A

LCD Title
MolDX- CDD: NSCLC, Comprehensive Genomic Profile Testing

AMA CPT / ADA CDT / AHA NUBC Copyright Statement
CPT only copyright 2002-2015 American Medical Association. All Rights Reserved. CPT is a registered trademark of the American Medical Association. Applicable FARS/DFARS Apply to Government Use. Fee schedules, relative value units, conversion factors and/or related components are not assigned by the AMA, are not part of CPT, and the AMA is not recommending their use. The AMA does not directly or indirectly practice medicine or dispense medical services. The AMA assumes no liability for data contained or not contained herein.

The Code on Dental Procedures and Nomenclature (Code) is published in Current Dental Terminology (CDT). Copyright © American Dental Association. All rights reserved. CDT and CDT-2010 are trademarks of the American Dental Association.

UB-04 Manual. OFFICIAL UB-04 DATA SPECIFICATIONS MANUAL, 2014, is copyrighted by American Hospital Association (“AHA”), Chicago, Illinois. No portion of OFFICIAL UB-04 MANUAL may be reproduced, sorted in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without prior express, written consent of AHA.” Health Forum reserves the right to change the copyright notice from time to time upon written notice to Company. 

Original Effective Date
For services performed on or after 04/15/2016
Revision Effective Date
N/A

Revision Ending Date
N/A
Retirement Date
N/A
Notice Period Start Date
02/25/2016

Notice Period End Date
04/14/2016
CMS National Coverage Policy
Title XVIII of the Social Security Act, §1862(a)(1)(A)allows coverage and payment for only those services that are considered to be reasonable and necessary for the diagnosis or treatment of illness or injury or to improve the functioning of a malformed body member

Title XVIII of the Social Security Act, §1862(a)(1)(D) items and services related to research and experimentation

Title XVIII of the Social Security Act, §1833(e), prohibits Medicare payment for any claim which lack the necessary information to process the claim.

42 CFR 410.32(a) Diagnostic x-ray tests, diagnostic laboratory tests, and other diagnostic tests: Conditions

42CFR411.15(k)(1) Particular services excluded from coverage

CMS On-Line Manual, Publication 100-08, Medicare Program Integrity Manual, Chapter 3, §3.4.1.3, diagnosis code requirements
Coverage Guidance
Coverage Indications, Limitations, and/or Medical Necessity

This policy provides limited coverage for comprehensive somatic genomic profiling on tumor tissue-only (hereafter called CGP) for patients with metastatic non-small cell lung cancer (NSCLC) who are lifetime non-smokers (also known as never-smokers) or former light smokers (≤ 15 pack year history) and who tested negative for epidermal growth factor receptor (EGFR) mutations, EML4-ALK rearrangements, and ROS1 rearrangements when initial testing was done by an FDA-approved companion diagnostic (CDx) or by a laboratory developed test (LDT) for these genomic alterations. Alterations detected by CGP, if positive, may allow individuals to be treated with a targeted therapy for which they were previously ineligible. At the current time, CGP for germline (i.e. inheritable) mutations is not a Medicare benefit.

Background

It is estimated that more than 220,000 new cases of lung cancer will be diagnosed in the United States (US) this year. This represents roughly 13% of all new cancer diagnoses, and 27% of cancer deaths. Sadly, the estimated 5-year survival rate for all lung cancer patients is 17%, and only 4% for patients with metastatic disease.

The pathophysiological development of lung cancer is complicated, with several known genomic alterations found individually or in combination in many patients. These alterations may be due to toxic exposure or underlying genetic factors, and not all alterations have the same impact on disease development or prognosis. Some alterations appear to be integral to the transformation and ongoing growth of the tumor (driver mutations). Among the best studied in this class are point alterations and indels in EGFR and EML4-ALK translocations. EGFR mutated NSCLC is found in up to 15% of all lung cancers in the US. These mutations convey a more favorable prognosis and allow treatment with oral EGFR inhibitors such as erlotinib, gefitinib, or afatinib. Similarly, translocations of ALK and EML4 or other less common fusion partners occur in approximately 4% of all NSCLC patients and permit treatment with oral ALK-targeted inhibitors such as crizotinib and ceritinib.

The majority of NSCLC cases are diagnosed in patients with a smoking history. Lifetime non-smokers or light former smokers (≤ 15 pack years) have different disease compared to their heavier smoking counterparts. Sequencing of tumor specimens in never-smokers has shown a higher mutation frequency of EGFR than smokers, with some non-smoking ethnic groups such as Asian women having a much higher mutation frequency than their Caucasian counterparts. Similar results have been shown with ALK translocations. For example, in one study involving never-smokers or light smokers with adenocarcinoma of the lung, 22% of patients’ tumors harbored an ALK. When EGFR mutation carriers were excluded, 33% of patients had an ALK translocation. While ALK translocations and EGFR mutations certainly occur at a meaningful frequency in former smokers with more significant history of cigarette use, use of the enrichment approach described herein may allow a more efficient completion of this initial phase of study.

Currently, a variety of different techniques are used to test for these genomic alterations in tumor specimens including three FDA cleared/approved CDx tests for NSCLC to determine if a patient is a candidate for targeted therapy. For EGFR, there is the Cobas® EGFR Mutation Test for erlotinib and Therascreen EGFR RCQ PCR Kit for afatinib. For ALK, there is the Vysis ALK Break Apart FISH Probe Kit for crizotinib. These tests look at specific regions in the target gene to determine if the genomic alteration of interest is present.

In addition to these FDA-approved CDx test, there are a variety of laboratory-developed tests (LDTs) that are used to identify EGFR mutations and ALK translocations. These include bidirectional Sanger sequencing, direct DNA sequencing, hybridization sequencing, pyrosequencing and sequencing by denaturation to name a few. Some of these LDTs provide more extensive genetic analysis than their FDA-approved counterparts, but there are few head-to-head comparison studies demonstrating greater diagnostic accuracy or clinical utility of the various approaches.

For various reasons, CDx or LDT sequencing techniques may miss deleterious EGFR mutations and ALK translocations. For example, alterations may occur outside the sequenced region or involve complex alterations (e.g. insertions or deletions (indels), copy number alterations, or translocations) that are not detectable by the specific test. Newer techniques such as massively parallel sequencing, also known as next generation sequencing (NGS), offer the possibility of not only increased analytical sensitivity but also the ability to detect a broader range of genomic alterations than existing CDx and LDT techniques.

In a recent study by Drilon, lifetime non-smokers or light smokers who tested negative for alterations in various target genes (including EGFR and ALK) in a broad “focused panel of a variety of non-NGS” tests developed at a major academic institution were studied using a specific type of NGS, namely CGP. Despite robust non-NGS (and CGP) testing using multiple techniques, CGP testing identified EGFR mutations in 7% more patients than had been identified by prior combined methodologies, and 6% more ALK translocations than by previous FISH analysis. Although some of the EGFR mutated malignancies found by NGS are less likely to respond to available EGFR tyrosine kinase inhibitors (TKIs) (e.g. exon 20 insertions), others such as complex double mutations and exon 18 mutations (which are typically undetectable with so-called “hotspot” panels), are likely to benefit from targeted therapy. CGP analysis was equally compelling for ALK translocations. In two patients, where FISH analysis was clearly negative, translocations were identified using CGP. These patients would likely benefit from treatment with crizotinib.

Although the study population is small, the significant number of potentially actionable genomic alterations that were missed by non-NGS methodologies is compelling, and demonstrates that CGP can identify a group of non- small cell lung cancer patients who are likely to benefit from targeted therapy.

Comprehensive Genomic Profiling (CGP) Test Description:

CGP analysis is defined as a single test using tumor tissue only (i.e., not matched tumor and normal) that does not distinguish between somatic and germline alterations and can detect the following classes of alterations:
  1. Base pair substitutions (including single nucleotide variants (SNVs))

  2. Insertions and deletions (Indels; up to 70 bp)

  3. Copy number variations (CNVs; including both amplifications (ploidy < 4 with copy number = 8) and homozygous deletions (ploidy < 4 with copy number = 0)

  4. Translocations

Other non-NGS testing platforms may be considered if they can similarly detect all four classes of alterations with comparable test performance as CGP.

MolDX CGP Analysis Coverage

CGP analysis is covered only when the following conditions are met:
  • Patient has been diagnosed with advanced (Stage IIIB or IV) NSCLC; and

  • Patient is a lifetime non-smoker or former light smoker with ≤ 15 pack year history of smoking; and

  • Patient previously tested negative for EGFR mutations, ALK rearrangements, and ROS1 rearrangements through non-CGP methods; and

  • Testing is performed by a lab that satisfies the CMS MolDX Contractor's published AV criteria.


Noridian expects participating laboratories to:
  • Prior to CGP testing, verify that each patient has previously tested negative for EGFR mutations, ALK
    rearrangements, and ROS1 rearrangements

  • Report the following to Palmetto GBA dba the CMS MolDX contractor every six months on an individual patient basis but de-identified (i.e., no protected health information):

    • Patient demographics including patient age when the specimen was collected, and gender;

    • Sample information including whether CGP testing was performed on the same specimen DNA as the original test result, a re-biopsy from the same tumor site, or a re-biopsy from a different tumor site, and the dates of biopsy for the original non-CGP and CGP tests;

    • Non-CGP test methodology resulting in a negative EGFR mutations, or ALK or ROS1 rearrangements;

    • Alterations in the following genes: ALK, BRAF, EGFR, HER2, KRAS, MET, ROS1, and RET.

    • Any treatment received after CGP testing, the current response status and duration of response

  • Reports will be delivered every 6 months in a mutually acceptable format.


Future stamp
Bill Type Codes:
Contractors may specify Bill Types to help providers identify those Bill Types typically used to report this service. Absence of a Bill Type does not guarantee that the policy does not apply to that Bill Type. Complete absence of all Bill Types indicates that coverage is not influenced by Bill Type and the policy should be assumed to apply equally to all claims.
013xHospital Outpatient
Revenue Codes:
Contractors may specify Revenue Codes to help providers identify those Revenue Codes typically used to report this service. In most instances Revenue Codes are purely advisory. Unless specified in the policy, services reported under other Revenue Codes are equally subject to this coverage determination. Complete absence of all Revenue Codes indicates that coverage is not influenced by Revenue Code and the policy should be assumed to apply equally to all Revenue Codes.

N/A
CPT/HCPCS Codes

Group 1 Paragraph: N/A

Group 1 Codes:
81445TARGETED GENOMIC SEQUENCE ANALYSIS PANEL, SOLID ORGAN NEOPLASM, DNA ANALYSIS, AND RNA ANALYSIS WHEN PERFORMED, 5-50 GENES (EG, ALK, BRAF, CDKN2A, EGFR, ERBB2, KIT, KRAS, NRAS, MET, PDGFRA, PDGFRB, PGR, PIK3CA, PTEN, RET), INTERROGATION FOR SEQUENCE VARIANTS AND COPY NUMBER VARIANTS OR REARRANGEMENTS, IF PERFORMED
81455TARGETED GENOMIC SEQUENCE ANALYSIS PANEL, SOLID ORGAN OR HEMATOLYMPHOID NEOPLASM, DNA ANALYSIS, AND RNA ANALYSIS WHEN PERFORMED, 51 OR GREATER GENES (EG, ALK, BRAF, CDKN2A, CEBPA, DNMT3A, EGFR, ERBB2, EZH2, FLT3, IDH1, IDH2, JAK2, KIT, KRAS, MLL, NPM1, NRAS, MET, NOTCH1, PDGFRA, PDGFRB, PGR, PIK3CA, PTEN, RET), INTERROGATION FOR SEQUENCE VARIANTS AND COPY NUMBER VARIANTS OR REARRANGEMENTS, IF PERFORMED
81479UNLISTED MOLECULAR PATHOLOGY PROCEDURE




ICD-10 Codes that Support Medical Necessity

Group 1 Paragraph: N/A

Group 1 Codes:
Search By:

Group 1Codes

ICD-10 CODEDESCRIPTION
C33Malignant neoplasm of trachea
C34.00Malignant neoplasm of unspecified main bronchus
C34.01Malignant neoplasm of right main bronchus
C34.02Malignant neoplasm of left main bronchus
C34.10Malignant neoplasm of upper lobe, unspecified bronchus or lung
C34.11Malignant neoplasm of upper lobe, right bronchus or lung
C34.12Malignant neoplasm of upper lobe, left bronchus or lung
C34.2Malignant neoplasm of middle lobe, bronchus or lung
C34.30Malignant neoplasm of lower lobe, unspecified bronchus or lung
C34.31Malignant neoplasm of lower lobe, right bronchus or lung
C34.32Malignant neoplasm of lower lobe, left bronchus or lung
C34.80Malignant neoplasm of overlapping sites of unspecified bronchus and lung
C34.81Malignant neoplasm of overlapping sites of right bronchus and lung
C34.82Malignant neoplasm of overlapping sites of left bronchus and lung
C34.90Malignant neoplasm of unspecified part of unspecified bronchus or lung
C34.91Malignant neoplasm of unspecified part of right bronchus or lung
C34.92Malignant neoplasm of unspecified part of left bronchus or lung

Original December 2014 Theranos Blog Lead Paragraphs

$
0
0
These were the original December 2014 lead paragraphs of a blog which is an index of Theranos web articles - the whole blog (as updated through 2016) is here.
____

On December 17, 2014, Pathology  Blawg (here) ran a summary of a recent New Yorker profile (here) of Elizabeth Holmes, the founder and CEO of Theranos.  Here I provide a reference to those two interesting though contrasting pieces, and some additional context.

Theranos is a venture-funded ($400M) California startup that aims to bring about substantial changes in how routine clinical chemistry tests are provided.   (Company website here, Wikipedia here.)   Their business system include process (patented Nanotainers for fingerstick blood droplets, and microchemistry for analysis), service (long open hours on a seven day basis at Walgreens clinics), cost (10-50% of current Medicare clinical laboratory fee schedules) and data management (patient-accessible and net-accessible records integrated with your doctor's EMR.)   

In reading this, I recalled a panel I was on in 2009 with Michael Rawlins, then the head of NICE in the U.K. (National Institute for Clinical Excellence).  He was surprised to learn that in the U.S., a simple lab test such as cholesterol could not be obtained in a pharmacy but had to be routed through a physician.   Later, in recent years, I've had the chance to work on projects in point of care testing, a field which shares some of the goals with Theranos.   I've tracked Theranos off and on since an "early" Wall Street Journal article in 2013.  Here, I've collated a sampling of journalism about the company from 2006 through 2015.


Screen shot jeb bush at AHIP 2016

ad for webinar nextgxdx

Copy of blog highly critical of 1980/1981 government assessments of transsexual surgery evidence

$
0
0
http://www.transadvocate.com/fact-checking-janice-raymond-the-nchct-report_n_14554.htm?fb_comment_id=736604813041597_929789280389815


Fact Checking Janice Raymond: The NCHCT Report


By Cristan Williams
@cristanwilliams

It has long been asserted that the iconic TERF, Janice Raymond, played a part in bringing an end to the public and private coverage of transgender medical care, resulting in measurable death and suffering within the trans community. Unsurprisingly, Raymond rejects any assertion that she has blood on her hands. Over on TheTERFs.com, Raymond objects to the following assertion:
“It was only after the NCHCT [National Center for Health Care Technology] published Raymond’s bigotry in 1980 that the US government reversed course in 1981 and took up Raymond’s views and rhetoric. Raymond’s hate became the government’s stance. Raymond – a Catholic ethicist, not a clinician – was the architect of the anti-trans stance the US government adopted in the 1980s”
She asserts that the above is fiction. Here are her basic points:
  1. The government never funded any trans medical care, therefore her contribution didn’t actually change funding of trans care.
  2. Her contribution to the report in question was simply one voice among many.
  3. Her contribution was small.
  4. She’s not a Catholic ethicist.
To support these claims, Raymond asserts:
  • “Historically federal and state aid has not funded transsexual treatment for anyone so it could not be ‘eliminated’ by any paper I or anyone else wrote.”
  • “My paper was never published by the NCHCT but was treated as a consultative paper among many that were solicited from other experts and groups at the same time.”
  • “Whenever such papers are commissioned, there are multiple individuals and organizations also requested to submit reviews.”
  • “Others asked in 1980 to present opinions were the-then National Institute of Mental Health of the Alcohol, Drug Abuse, and Mental Health Administration who performed a literature review and provided an opinion of the efficacy of sex change surgery.” Plus several other organizations.
  • “I was not then, nor am I now, a Catholic.”
  • “The NCHCT took these submissions and published a report on “Transsexual Surgery” in its 1981 Assessment Report Series.”
  • “My findings were quoted neutrally in one sentence of the 15 page final report. “Some have held that it would be preferable to modify society’s sex role expectations of men and women than to modify either the body or the mind of individuals to fit these expectations. (Raymond 1980).” This was the only part of my paper that made it into the published report.”
  • “The conclusion of the report was that transsexual surgery is “controversial” and “must be considered experimental.”
This article is an evidence-based review of Raymond’s assertions. I muck through Raymond’s obfuscation and half-truths to get down to the reality behind her claims.

Raymond’s rhetorical sleight-of-hand

First of all, you need to know that there wasn’t just one, but TWO reports:
  1.  The report the National Center for Health Care Technology (NCHCT) commissioned Raymond to write; and,
  2. The report the Office of Health Technology Assessment (OHTA) issued which drew upon Raymond’s work to support one of three basic fact claims it made about trans care.
Next, you need to know that the OHTA was, for a brief time, a section of the NCHCT. The NCHCT existed as its own entity for 3 years and its duties were shifted to OHTA in 1981 . NCHCT made 75 coverage recommendations during those 3 years and a recommendation about trans care was one of them. If one wanted to muddy the water, one could technically assert that her research was merely one source from which the NCHCT pulled when writing their report on trans care because in 1981, NCHCT and OHTA was basically one organization. The fact that gets lost is that, in reality, the NCHCT commissioned ONLY ONE trans report: the one Raymond wrote. It was the OHTA Report – not the NCHCT Report – that drew from the research bodies Raymond claims. Raymond claims that “My paper was never published by the NCHCT but was treated as a consultative paper among many that were solicited from other experts and groups at the same time.” Yes, her report was indeed used in this manner for the OHTA report. However, NCHCT commissioned reports – such as Raymond’s NCHCT report – were available, in their entirety and these reports were targeted to very specific groups. Moreover, Raymond’s report – one of only 2 governmental reports on the efficacy of trans care at the time – was later available through the OHTA after the NCHCT shut its doors.
NCHCT seems to have specifically sought out Raymond because, as the OHTA later said, the NCHCT “was directed to consider broadly the implications of new and existing medical technologies, including their legal, ethical and social aspects.”[1] As you will see, Raymond’s work alone represented the whole of NCHCT’s consideration regarding the “ethical and social aspects” of trans care.
To make an informed judgment about the impact of the OHTA and NCHCT reports, you need to know who the NCHCT asserted its audience to be. The reports coming out of the NCHCT, including OHTA reports, were targeted to the following “primary users”:
“Providers, generally; physicians; acute facility administrators; long-term care facility administrators; other care givers; health/medical professional associations; consumer associations; employers; unions and other employee organizations; third party payers; government regulators; biomedical researchers; public policy-makers, legislators; policy research organizations; Federal health programs.”[2]
Note that these reports were intended to be primarily used by groups such as federal health programs, third party payers, policy-makers and legislators. Indeed, NCHCT reports are cited in by third party payers as being a metric they’ve used[3] to determine coverage and, specific to OHTA reports, the NCHCT said that “[t]hird party reimbursers, providers, hospital administrators, health policy-makers and analysts, and government officials have reported using the assessments as well.”
The evidence supports that NCHCT and OHTA reports were used by numerous groups including both public and private insurers for determining the efficacy of health care technologies. In fact, both public and private insurers were, according to the NCHCT, two of their “primary intended users.”
“Congress passed legislation in 1978 establishing the National Center for Health Care Technology (NCHCT) to conduct, sponsor, and coordinate the assessment of new and existing technologies. The government’s Health Care Financing Administration, as well as other third-party payers used the information generated by the NCHCT to help in making decisions about coverage and payments. However, the NCHCT was abolished in 1981. The office of Health Technology Assessment, based in the National Center for Health Services Research of the U.S. Public Health Service, has assumed some functions of the NCHCT.”[4]
Consider the reach NCHCT and OHTA reports had:
“With the creation of NCHCT and the development of a formal assessment process, these third-party payers began to request the results of evaluations. These insurance carriers included both those in the government (CHAMPUS and the Federal Employees Health Benefits Program) and those in the private sector such as Mutual of Omaha, Nationwide, Travelers, Aetna Life and Casualty,  Connecticut General Life, Equitable Life Assurance Society, John Hancock Mutual Life, Metropolitan Life, Prudential Life, and Lincoln National Life. “[5]
About the OHTA report, Raymond claimed that it made two primary assertions and she is mostly correct. As she noted, the OHTA report asserted that trans medical care was: A.) “controversial;” and, B.) “must be considered experimental.”She neglected to note that the third claim was that trans care was “expensive.”
The overall OHTA report was broken down into six sections, four of which references Raymond’s work.
  • Description: An overview of what it means, clinically speaking, to be a transsexual and what treatment is available.
  • Review of Available Information: A review of peer-reviewed papers and books concerning medical outcomes, noting that the medical research from the 60s and 70s wasn’t very sophisticated.
  • Discussion: Assertions about what is observable about trans care. (Raymond)
  • Summary: Statements of fact (Raymond)
  • Acknowledgement: Noting the major sources which informed the report (Raymond)
  • Bibliography: Noting the cited materials (Raymond)
The “Discussion” section of the OHTA report covers three topical areas:
  1. One paragraph supporting the claim that trans care is “experimental”
  2. One paragraph supporting the claim that trans care is “controversial”
  3. Four paragraphs supporting the claim that trans care is “expensive.”
The OHTA report drew upon several sources to support these three claims. In determining that trans care was “experimental,” the OHTA relied on numerous sources, none of which were Raymond. To support the claim that trans care was “expensive,” the OHTA report relied upon a source that wasn’t Raymond. To support the “controversial” claim, the OHTA relied upon just two sources, one of which was Raymond. The following is the “Discussion” paragraph which supports the “controversial” claim:
“Over and above the medical and scientific issues, it would also appear thattranssexual surgery is controversial in our society. For example, Thomas Szasz has asked whether an old person who desires to be young suffers from the “disease” of being a “transchronological” or does the poor person who wants to be rich suffer from the “disease” of being a “transeconomical?” (Szasz 1979). Some have held that it would be preferable to modify society’s sex role expectations of men and women than to modify either the body or the mind of individuals to fit those expectations. (Raymond 1980).”
At no point prior to this does the report claim that trans care is “controversial.”
Raymond asserts that hers was but one source the OHTA considered and this is true, very strictly speaking. The OHTA report relied upon Raymond’s NCHCT report for the heavy lifting to support the “controversy” claim and the other piece of “research” the OHTA considered was… wait for it… A review of Raymond’s 1979 book, The Transsexual Empire, The Making of the She-Male. Therefore, strictly speaking, Raymond wasn’t the only source the OHTA considered when supporting their “controversial” claim. However, it is false to assert that Raymond’s work wasn’t the only source informing the claim that trans care was “controversial.” It was her book, The Transsexual Empire and her NCHCT report that informed the opinions leading the OHTA to conclude that trans care was “controversial.”
The OHTA report made three claims and Raymond’s work supported 1/3 of the report’s claims. In order to measure Raymond’s influence in the OHTA report, one might use the “Acknowledgement” section of the report as a metric. The ONLY researcher to be acknowledged personally was Raymond. While the report specifically acknowledges numerous organizations, only Raymond is singled out as being a researcher who’s contribution was worthy of explicit acknowledgement. To drive this point home, here’s the Acknowledgement section:
The National Institute of Mental Health of the Alcohol, Drug Abuse, and Mental Health Administration (ADAMHA) performed a literature review and provided an opinion on the efficacy of sex change surgery for transsexualism. The information database on transsexual surgery prepared under contract for HCFA by Health Information Designs, Inc., and a National Center for Health Care Technology commissioned paper on the social and ethical aspects of transexual surgery by Janice G. Raymond, Ph.D., of Hampshire College, University of Massachusetts, were used in this assessment.
Health Information Designs, Inc., contacted the American College of Obstetricians and Gynecologists, American College of Surgeons, American Medical Association, American Psychiatric Association, American Psychological Association, and the American Society of Plastic and Reconstructive Surgeons. None of these organizations had an official position on transsexual surgery when surveyed in 1979.
Here, we find the three major contributors to this report: ADAMHA, Janice Raymond and Health Information Designs. The ADAMHA looked at “efficacy,” which informed the “experimental” claim. Raymond looked at the “social” and “ethical” issues, which informed the “controversial” claim, which left the Health Information Designs company to provide the cost analysis, supporting the “expensive” claim.
Recall that OHTA said the NCHCT “was directed to consider broadly the implications of new and existing medical technologies, including their legal, ethical and social aspects.” The OHTA report explicitly claims that Raymond’s NCHCT report functioned to support this purpose.
Echoing the “Discussion” section, the OHTA report makes three assertions in the “Summary” section:
  1. Trans care is controversial.
  2. Trans care is experimental.
  3. Trans care is expensive.
The very first line of the “Summary” section reads, “Transsexual surgery for sex reassignment of transsexuals is controversial.” The section then makes four statements about the “experimental” nature of trans care: “There is a lack of well controlled, long-term studies of the safety and effectiveness of the surgical procedures and attendant therapies for transsexualism. There is evidence of a high rate of serious complications of these surgical procedures. The safety and effectiveness of transsexual surgery as a treatment of transsexualism is not proven and is questioned. Therefore, transsexual surgery must be considered still experimental.” The last line asserts that trans care is expensive: “Finally, although transsexualism seems to be relatively rare, the use of surgery in its treatment can be very expensive (per case).”
Raymond claims that her NCHCT report was cited only once. She goes on to assert that numerous organizations were consulted. Her claims are technically true. The reality her claim erases is that her anti-trans hyperbole was responsible for a third of the OHTA’s findings. After obfuscating her fingerprints on the report, Raymond asserts, “To give my submission credit for these conclusions is fatuous in the context of reading a report that was obviously informed by multiple sources.” Again, this is technically true. If one dismisses the reality that a third of the report’s findings were supported by her work and therefore choose to only consider that one of the two citations supporting the “controversy” claim is Raymond herself, then one could technically make that claim without totally lying. However, no matter how Raymond would like to spin it, the “research” supporting a third of the claims made by the OHTA report was informed by Raymond’s work. Nonetheless, Raymond goes on to assert, “my 1980 paper on the social and ethical aspects of transsexual surgery did not feature influentially in the NCHCT’s report concluding that transsexual surgery was controversial and experimental.” While there is little evidence to support the claim that Raymond’s views were used to support the OHTA’s assertion that trans care was “expensive” and/or “experimental,” it was her work alone that was used to support the claim that it was “controversial.”
Lastly, Raymond asserted that the government commissioned her to write an ethics report on trans care because public funds hadn’t been paying for trans care.  Think about that assertion for just a few seconds. The government paid her to study a procedure it had decided not to fund. In fact, according the Raymond, no public monies had been used up until that point. Raymond asserts, “Historically federal and state aid has not funded transsexual treatment for anyone so it could not be ‘eliminated’ by any paper I or anyone else wrote.” Before I get to the truthfulness of this assertion, I want to review one of the primary reasons NCHCT/OHTA issued reports:
“Poor dissemination of information from good technology assessment contributes to the rising costs of health care. Conversely, the Blue Cross and Blue Shield Association, for instance, estimates that its Medical Necessity Program has saved premium payers as much as 500 million dollars in its first five years. Studies at UCLA and Harvard commissioned by the NCHCT estimated that 100 to 200 million dollars per year could be saved by the Medicare program if NCHCT recommendations not to reimburse for six technologies were followed (Harvard, 1981; UCLA, 1981). Also, in the training of health professionals, the lack of coordinated dissemination of valid technology assessment information means that curricula quite possibly will not include current clinical knowledge.”[6]
“The tremendous economic burden associated with health care poses major dilemmas for providers, patients, third-party payers, industry, health planners, and policymakers in and out of the government. Many measures are under consideration to deal with the problems. Recognizing that health care technology and its application, while not the sole cause of the rise in health care costs, were significant factors in the increase, the Congress passed legislation in 1978 to establish the National Center for Health Care Technology (NCHCT) to serve as a focus for examining selected new and existing technologies with the aim of assembling the best current evidence and information about their clinical effectiveness and cost, and the social and ethical issues associated with their use.”[7]
Upon the demise of the NCHCT by a Republican-controlled government, Democrats attempted to revive NCHCT because the reports resulted in measurable cost cutting. After the NCHCT was shut down, Rep. Henry Waxman, Democrat of California and chairman of the House Energy and Commerce Subcommittee on Health and the Environment, introduced a bill (N.H. 2350) to reauthorize the NCHCT and Sen. Edward Kennedy, Democrat of Massachusetts and ranking minority member of the Senate Committee on Labor and Human Resources, introduced a bill (S. 814) to “control health’s escalating costs.” Clearly, NCHCT was in the business of addressing costs associated with health care.
Raymond would have you believe that NCHCT used its paltry[8] budget to study trans care because trans care was a cost wholly unknown to public insurance programs.  Raymond asserts, “the NCHCT report [did not] ‘eliminate’ federal and state funding for transsexual surgery because funding was not approved for this purpose long before my paper was written.”
The University of Texas Medical Branch (UTMB) began seeing trans clients in the 1960s and developed a trans care program in the early 1970s. Dr. Cole was a resident in 1975 and I briefly interviewed him for this story. He was aware of indigent trans people being served in the early days of that program. “I believe that they did the lab and medical work that way.” He noted that for some of the early patients, their surgical costs were covered. “Some of those surgeries were totally covered.” I also interviewed Dr. Meyer, a founder of the UTMB trans program and past president of WPATH. He too noted that indigent trans clients were served. “I remember one particular patient who was on Medicare and that patient was approved for genital surgery.” He went on to say that this client received publicly insured trans services through UTMB’s program prior to Raymond’s NCHCT paper. “This would have been in the late 70s, maybe 1978 or 79.”
In evaluating Raymond’s claim that the NCHCT used its small resources to review trans care because trans care wasn’t supported by public funding at the time, we can measure the value of her claim against the historical record and the NCHCT’s goal of cutting costs directly associated with Medicare. Raymond is either mistaken in her belief that trans care wasn’t supported through public insurance programs or is obfuscating the effect her work had trans community’s access to care.

Fact Checking:

BSRaymond’s assertion: “In 1981, the U.S. government did not ‘reverse course’ by withdrawing federal funds available for transsexual treatment and surgery. Historically federal and state aid has not funded transsexual treatment for anyone so it could not be ‘eliminated’ by any paper I or anyone else wrote.”
Reality: The fact is that prior to 1981, gender programs had used public funding to support trans care. Ending this practice after the OHTA Report was issued was a reversal of this practice.  Raymond’s assertion is false.
BSRaymond’s assertion: “The U.S. NCHCT commissioned this paper, among other reasons, to determine ‘whether specific procedures are ‘reasonable and necessary’ and thus appropriate for reimbursement by Medicare.’ Whenever such papers are commissioned, there are multiple individuals and organizations also requested to submit reviews. Others asked in 1980 to present opinions were the-then National Institute of Mental Health of the Alcohol, Drug Abuse, and Mental Health Administration who performed a literature review and provided an opinion of the efficacy of sex change surgery. The American College of Obstetricians and Gynecologists, American College of Surgeons, American Medical Association, American Psychiatric Association, American Psychological Association, and the American Society of Plastic and Reconstructive Surgeons were also asked to provide reviews.”
Reality: The NCHCT commissioned Raymond to write a report exploring a very specific issue. As noted in the OHTA Report, Raymond was commissioned to write a paper “on the social and ethical aspects of transexual surgery.” She was commissioned to do that because the OHTA itself stated that it was directed to consider the implications of medical technologies, including their “ethical and social aspects.” Raymond wasn’t asked to give her anti-trans opinions because she wrote a book about costs associated with trans care, nor did she write a review of the efficacy of trans care. The NCHCT used Raymond’s work because she wrote a TERF book on the social and ethical aspects of trans care. Raymond seems to be saying that many sources were sought to address the topic she addressed. Such conclusions are false.
BSRaymond’s assertion: “The NCHCT took these submissions and published a report on ‘Transsexual Surgery’ in its 1981 Assessment Report Series. My findings were quoted neutrally in one sentence of the 15 page final report. “Some have held that it would be preferable to modify society’s sex role expectations of men and women than to modify either the body or the mind of individuals to fit these expectations. (Raymond 1980).” This was the only part of my paper that made it into the published report. The conclusion of the report was that transsexual surgery is “controversial” and “must be considered experimental.” To give my submission credit for these conclusions is fatuous in the context of reading a report that was obviously informed by multiple sources.”
Reality: The NCHCT commissioned a paper that was used to both support and inform 1 of 3 conclusions found in the OHTA Report. These conclusions were:
  1. Trans care is controversial.
  2. Trans care is experimental.
  3. Trans care is expensive.
It was ONLY Raymond’s work that informed the assertion that trans care was socially and ethically “controversial.” OHTA used Raymond’s NCHCT paper and a NY Times review of Raymond’s book to support this claim. While, Raymond asserts that giving her “submission credit for these conclusions is fatuous,” Raymond’s work, nonetheless, directly supported and informed a third of the conclusions found in the OHTA’s report on trans care. Moreover, Raymond’s work explicitly made the OHTA’s report possible because they were required to assert a position on the “social and ethical” aspects of trans care.
half-truthRaymond’s assertion: “I was not then, nor am I now, a Catholic.”
Reality: Raymond is responding to the claim that, “… Raymond – a Catholic ethicist, not a clinician – was…” This claim was, at the time, viewed as being true because Raymond attended seminary, was awarded an MA in religious theology in 1971 and joined the Sisters of Mercy – a Catholic order – and writes about her time as a Sister in her book, A Passion For Friends. However, Raymond did not claim that she was never a “Catholic ethicist;” rather, she merely claims that both now and when she wrote her NCHCT paper, she was not a “Catholic ethicist.” While this claim is true, one might be forgiven for concluding from Raymond’s statement that she was never a Catholic who was trained in theological ethics.
About the Fact Check rating:
A statement that’s completely true.A statement designed to hide some pertinent facts.A misleading statement designed to hide the truth.
truehalf-truthBS

Raymond’s bloody hands

It is a demonstrable fact that Raymond’s work substantially influenced the OHTA Report. Moreover, Raymond’s NCHCT report was available to the OHTA/NCHCT target audience. We know that OHTA/NCHCT reports were absolutely used to determine both public and private insurance coverage. We know that prior to Raymond’s work with OHTA/NCHCT, trans care – including surgery –  was indeed funded through public insurance. We also know that prior to the OHTA/NCHCT trans reports, private insurance companies were losing court cases regarding excluding coverage of trans care. We know that after the OHTA/NCHCT trans reports, private insurance companies – a population designed to be OHTA/NCHCT information consumers – had an official government review of trans care to back up their exclusions of trans care for years to come.
We also know something else about the outcome of these types of policies:
One of the most severe results of denying coverage of treatments to transgender insureds that are available to non-transgender insureds is suicidal ideation and attempts.
A meta-analysis published in 2010 by Murad, et al., of patients who received currently excluded treatments demonstrated that there was a significant decrease in suicidality post-treatment. The average reduction was from 30 percent pretreatment to 8 percent post treatment.
De Cuypere, et al., reported that the rate of suicide attempts dropped dramatically from 29.3 percent to 5.1 percent after receiving medical and surgical treatment among Dutch patients treated from 1986-2001.
According to Dr. Ryan Gorton, “In a cross-sectional study of 141 transgender patients, Kuiper and Cohen-Kittenis found that after medical intervention and treatments, suicide fell from 19 percent to zero percent in transgender men and from 24 percent to 6 percent in transgender women.)”
Clements-Nolle, et al., studied the predictors of suicide among over 500 transgender men and women in a sample from San Francisco and found a prevalence of suicide attempts of 32 percent. In this study, the strongest predictor associated with the risk of suicide was gender based discrimination which included “problems getting health or medical services due to their gender identity or presentation.”According to Gorton, “Notably, this gender-based discrimination was a more reliable predictor of suicide than depression, history of alcohol/drug abuse treatment, physical victimization, or sexual assault.”
These studies provide overwhelming evidence that removing discriminatory barriers to treatment results in significantly lower suicide rates. – State of California Department of Insurance, 2012
We can safely conclude that the policies Raymond helped create contributed to the death and suffering of trans people. When confronted by such charges, Raymond asserts:
I did not then or now believe that federal or state funds should subsidize transsexual surgery for anyone because, in my view, it is unnecessary surgery and medical mutilation. I would argue the same about healthy limb amputations now justified in some of the clinical literature for those designated as suffering from a Body Integrity Identity Disorder (BIID). BIID subjects have threatened suicide or taken matters into their own hands if deprived of the surgery, as have transgendered persons who desperately pursue hormones and surgery.
In other words, even if trans people die because they can’t access care, that isn’t important. Obfuscating her callousness, she conflates the trans experience with the experience of wishing to have entire body sections removed or to become paralyzed. It was with the perspective of a mind such as this that the US Government backed a medical standard resulting in the inability of trans people to access transition-related medical care, demonstrably resulting in the death and suffering of trans people.
UPDATE: The Smoking Gun
As noted above, Raymond’s contribution to the OHTA’s report was to support 1/3 of the report’s findings. Raymond’s contribution satisfied the rule that the report must consider ethical issues related to medical technologies. It was Raymond’s NCHCT report that allowed the OHTA report to assert that trans medical care was ethically “controversial”.
Therefore, exclusionary health policies which appeal Raymond’s “controversial” claim constitute Raymond’s moral fingerprint. Consider the following:
1.) In 2013, the Department of Health and Human Services’ (HHS) Departmental Appeals Board reversed the HHS rule banning trans medical care. In the document, HHS reviews the reason HHS had originally banned trans care:
HHS Appeals Board Decision, page 3
The HHS Appeals Board Decision continues (NOTE: “NCD” = National Coverage Determination [9]):
The NCD directly quotes from or paraphrases portions of an 11-page report that the former National Center for Health Care Technology (NCHCT) of the HHS Public Health Service (PHS) issued in 1981, titled “Evaluation of Transsexual Surgery.” NCD Record 4 Service (PHS) issued in 1981, titled “Evaluation of Transsexual Surgery.”3 at 13-23. The NCHCT forwarded its 1981 report to officials of the Health Care Financing Administration (HCFA), now called CMS, with a memorandum dated May 6, 1981 recommending “that transsexual surgery not be covered by Medicare at this time.” Id. at 10-12. HCFA issued the NCD language as part of its Coverage Issues Manual of coverage instructions for Medicare contractors; CMS published the manual in the Federal Register on August 21, 1989.4 Id. at 11; 76-129; 54 Fed. Reg. 34,555, 34,572.
The NCD record also includes three letters that the Transsexual Rights Committee of the American Civil Liberties Union (ACLU) of Southern California sent to HCFA in April 1982 disagreeing with HCFA’s non-coverage policy. NCD Record at 24-26, 41-42. The ACLU letters enclose letters and affidavits from physicians and therapists supporting the medical necessity of transsexual surgery and taking issue with the non-coverage determination. Id. at 27-76. On May 11, 1982, a HCFA Physicians Panel, which had referred the issue of coverage to the NCHCT in September 1980, recommended against referring the ACLU’s submissions to PHS, “on the basis that it does not contain information about new clinical studies or other medical and scientific evidence sufficiently substantive to justify reopening the previous PHS assessment.” Id. at 1, 4, 7, 9, 10. The NCHCT’s May 6, 1981 memorandum, the 1981 NCHCT report, and the notes of the HCFA Physicians Panel meeting on May 11, 1982, are the materials in the NCD record containing analysis by HCFA or PHS of the issue of Medicare coverage of transsexual surgery. Although the NCD was not issued until 1989, it is clear that the NCD was based on the NCHCT report and memorandum from 1981. 
In other words, HHS has concluded that it was the the 1981 report that HHS used to issue an NCD banning trans services. [10]
2.) Recall that Raymond’s controversial claim is the very first sentence in HHS’ review of how and why trans services were banned from public health insurance policies. What follows is from a 2009 United Health policy banning trans services:
Note that the exclusionary language in this private insurance policy is the same word-for-word language as the exclusionary language from HHS’ public insurance policy, as quoted by HHS:

This then, is the smoking gun. Here we have a private insurer quoting word-for-word a governmental policy which relied on Raymond for 1/3 of it’s findings: specifically, it’s finding that trans care is ethically controversial. Thus we can easily follow the timeline for Raymond’s part in the decimation of trans care in America:
From Raymond’s Transsexual Empire (1979)
1979: Raymond writes in her book, “I contend that the problem of transsexualism would best be served by morally mandating it out of existence.”
1980: Raymond is contracted by the NCHCT to write a report on the ethics of trans medical care because the NCHCT must, by law, report on the ethical implications of medical technologies. In Raymond’s 1980 NCHCT report footnotes, her second citation reads, “See Thomas Szasz, review of THE TRANSSEXUAL EMPIRE: THE MAKING OF THE SHE-MALE by Janice G. Raymond, New York Times Book Review, June 10, 1979, p. 11.”
1981: Raymond’s NCHCT report and Raymond’s own citation are used to make the ethical case that trans medical care should be excluded from public insurance policies because it’s “controversial.” Thomas Szasz’s review of Raymond’s 1979 book (in which she calls for trans care to be morally mandated out of existence) is also cited.
1989: The National Coverage Determination (NCD) to exclude trans care from public insurance is published in the Federal Register.
1989 – 2013: Trans medical care is routinely excluded from both public and private health insurance plans.
2012: The State of California finds that barriers to trans health care “was a more reliable predictor of suicide than depression, history of alcohol/drug abuse treatment, physical victimization, or sexual assault.”
2013: HHS finds that the 1981 rational for excluding trans care is “no longer reasonable.”
2014: Private healthcare providers, citing HHS’s ruling, begin rolling back their trans healthcare exclusions. Janice Raymond sets up a webpage to publicly diminish her role in the revocation of trans health care (to which this fact checking article is a response). Raymond clarifies that when, in 1979 she wrote, “I contend that the problem of transsexualism would best be served by morally mandating it out of existence,” she meant, “that I want to eliminate the medical and social systems that support transsexualism…”
NOTES: 
[1] OHTA, Health Care Technology And Its Assessment In Eight Countries, 1994, p 292
[2] National Academy of Sciences, National Center For Health Services Research and Health Care Technology Assessment Office of Health Technology Assessment, 1988
[3] Note: The third party payer that I could find who specifically cited OHTA reports in a lawsuit was Blue Cross Blue Shield. Later in this paper, a governmental review of NCHCT’s work will specifically note that Blue Cross Blue Shield used NCHCT/OHTA reports in making decisions about private insurance coverage.
[4] Institute of Medicine’s A Consortium for Assessing Medical Technology: Planning Study Report, 11/1983, p 3
[5] Seymour Perry, M.D., Health Affairs,  8/1982, p 124
[6] Institute of Medicine’s A Consortium for Assessing Medical Technology: Planning Study Report, 11/1983, p 5
[7] Seymour Perry, M.D., Health Affairs,  8/1982, p 123
[8] “Equally dedicated to evaluating novel biomedical technology—thereby rationalizing decisions about appropriate use—was the National Center for Health Care Technology (NCHCT), established in the 1970s within the Public Health Service. This agency, too, received paltry funding and was dismantled by the Reagan administration. Replacing it was the Office of Health Technology Assessment (OHTA), with even less financial support.” – Carolyn L. Wiener, The Elusive Quest: Accountability in Hospitals, p 42
[9] “An NCD is “a determination by the Secretary [of Health and Human Services] with respect to whether or not a particular item or service is covered nationally under [title XVIII (Medicare)].” Social Security Act (Act) § 1869(f)(1)(B) (42 U.S.C. § 1395ff(f)(1)(B)).1 NCDs are issued by CMS, apply nationally, and are binding at all levels of administrative review of Medicare claims.” – Page 1 ofHHS Appeals Board Decision, 2013
[10] To be pedantic, I need to note that what HHS calls the 1981 “NCHCT Report” I call the 1981 OHTA report because by the end of 1981, the NCHCT had become the OHTA. The 1981 report states that it’s the product of the OHTA. If I had to guess, HHS refers to it as the “NCHCT Report” because when the report was being written, OHTA was still NCHCT and it’s easier to just refer to the organization as NCHCT instead of having to go into how an why a report which began life as an NCHCT report was published as an OHTA report.

2014 CGS Coverage and Correct Coding of Continuous Glucose Monitoring Device

$
0
0
https://www.cgsmedicare.com/jc/pubs/news/2014/0714/cope26315.html


July 17, 2014

Coverage and Correct Coding of Continuous Glucose Monitoring Devices

Updated December 18, 2014: 
Joint DME MAC Publication
Continuous glucose monitoring (CGM) devices measure glucose in the interstitial fluid, not capillary blood, providing interstitial glucose readings every few minutes. CGM systems are composed of several components - disposable sensors that are inserted in the subcutaneous tissue, a transmitter that relays information to the receiver, and a receiver where the information is displayed.   
COVERAGE
Current CGM systems are FDA - approved only as a secondary source for glucose monitoring.  According to the FDA labeled indications, all CGM device readings must be confirmed with a capillary blood glucose monitor and users are cautioned against making insulin dosage changes based solely on CGM system determinations.  Consequently, CGM devices are considered precautionary equipment.  The Medicare Durable Medical Equipment Benefit excludes precautionary items from coverage; therefore, claims for CGM systems are denied as statutorily non-covered, no benefit.
Medicare covers necessary supplies used with covered items.  When the base item is non-covered, the related supplies are also not covered.  Claims for supplies used with CGM systems are denied as statutorily non-covered, no benefit.
CODING
CGM systems are provided either as stand-alone systems or integrated into an insulin pump. For stand-alone systems and related supplies, use the following HCPCS codes:
A9276 - SENSOR; INVASIVE (E.G. SUBCUTANEOUS), DISPOSABLE, FOR USE WITH INTERSTITIAL CONTINUOUS GLUCOSE MONITORING SYSTEM, ONE UNIT = 1 DAY SUPPLY
A9277 - TRANSMITTER; EXTERNAL, FOR USE WITH INTERSTITIAL CONTINUOUS GLUCOSE MONITORING SYSTEM
A9278 - RECEIVER (MONITOR); EXTERNAL, FOR USE WITH INTERSTITIAL CONTINUOUS GLUCOSE MONITORING SYSTEM
CGM capability that is integrated into an insulin pump is considered as included in the coding for the infusion pump.  Additional supplies necessary for CGM use are likewise included in the code for the infusion pump supplies.  There is no separate or additional coding for CGM functions.  The following HCPCS codes are used for insulin pumps and related supplies:
E0784 - EXTERNAL AMBULATORY INFUSION PUMP, INSULIN
A4221 SUPPLIES FOR MAINTENANCE OF DRUG INFUSION CATHETER, PER WEEK (LIST DRUG SEPARATELY)
K0552 - SUPPLIES FOR EXTERNAL DRUG INFUSION PUMP, SYRINGE TYPE CARTRIDGE, STERILE, EACH
Separately billing for a CGM system integrated into an infusion pump or related supplies are incorrect.  Claims for separate billing will be denied as unbundling.

AMA PLA Code Set Policy (Captured August 3, 2016)

$
0
0
http://www.ama-assn.org/ama/pub/physician-resources/solutions-managing-your-practice/coding-billing-insurance/cpt/announcements-reports/shaping-the-cpt-lab-code-set.page?

August 3, 2016
_________________________________________________________

Shape the CPT® Proprietary Lab Analyses Code Set

On June 17, 2016, the Centers for Medicare & Medicaid Services (CMS) released the Medicare Clinical Diagnostic Laboratory Tests Payment System Final Rule. This Final Rule implements the Protecting Access to Medicare Act (PAMA) provisions pertaining to pricing and coding for clinical laboratory tests covered on the Medicare Clinical Lab Fee Schedule (CLFS), as well as reporting requirements for clinical laboratories performing these tests.
The Final Rule requires that CMS:
  • Issue Healthcare Common Procedure Coding System (HCPCS) codes to identify new advanced diagnostic laboratory tests (ADLTs), and clinical tests that are cleared or approved by the Food and Drug Administration (FDA) (referred to as Clinical Diagnostic Laboratory Tests, or CDLTs) if an applicable CPT code (HCPCS level I) does not exist; and
  • Provide upon request either a HCPCS code or unique identifier for test tracking and monitoring.
In order to address these coding provisions, the CPT Editorial Panel approved in November 2015, and finalized at the February 2016 Panel meeting, the new Proprietary Lab Analyses (PLA) section of the CPT code set.  In addition, the Panel approved the creation of the Proprietary Laboratory Analyses Advisory Group.
Announcing the AMA CPT Proprietary Laboratory Analyses Technical Advisory Group (PLA-TAG)

An important part of the development of this new set of codes is that industry and other stakeholders, including subject matter experts, actively participate in the PLA process. To that end, the Panel will be creating the PLA-TAG which will advise the Panel on applications received for codes to be added to the new PLA section of CPT.  Along with representation by the Panel and certain Panel workgroups, the PLA-TAG will be composed of individuals with expertise relating to the services covered under the new CPT PLA section. These may include, but are not limited to, members from various industry segments such as independent labs performing molecular diagnostic services, private payers, professional/industry organizations, commercial labs, academia and private practitioners.

Members of PLA-TAG will play a crucial role in the PLA code creation process by reviewing PLA CPT code change applications and making recommendations regarding these requests for CPT codes that describe ADLTs or CDLTs.  
Become a Member of the Proprietary Lab Analyses Advisory Group
We are currently seeking nominations for individuals to serve on the PLA-TAG. The PLA-TAG will be most effective with comprehensive representation from a broad range of health care segments. PLA-TAG membership will require significant commitment to review code change applications and will require participation in meetings (predominantly telemeetings) a minimum of 4 times per year.  PLA-TAG members will need to strictly follow CPT rules and policies, including conflict of interest disclosure requirements and obligations to maintain confidentiality.  Those interested in applying for a PLA-TAG position should review these policies prior to submitting an application. To be considered for the PLA-TAG, please submit an application for consideration no later than Friday, Aug. 12, 2016.
The Panel appreciates your interest in this initiative, and looks forward to convening the PLA-TAG over the next several months to prepare for the launch of the new CPT PLA code section in 2017. If you have questions, please contact Marie Mindeman marie.mindeman@ama-assn.org or Jay Ahlman at jay.ahlman@ama-assn.org.

Duplicate Theranos Blog (December 2014 - August 2016)

$
0
0
March 21, 2006
"Theranos Secures $10M in VC."
Fierce Healthcare.  Here.

June 22, 2006
"The Lifesaver" 30 under 30 2006, Elizabeth Holmes.
Subtitled, "Elizabeth Holmes left college to bring her invention to market. She just might end up saving hundreds of thousands of lives."
Inc. Magazine.  by Jasmine D. Adkins.  Here.

December 7, 2006
"Theranos Raises $28.5M for Device Tracking Effects of Drugs on Patients."
Venture Beat.  Here.

March 4, 2009.
"Developing the Future of Home Healthcare." [PODCAST]
Stanford Entrepreneurship Corner.  57 minutes.  Here.
For additional detail, see here.

July 8, 2010
"Theranos Raises $45M for Personalized Medicine."
Xconomy.  By Luke Timmerman.  Here.
Links to Inc magazine (2006, above) and and to SEC (2010, below).  Includes a now-dead link to a profile in "Red Herring" magazine, also 2006.  Another reference to the lost article, here.

July 8, 2010
"Theranos raises $45M to help patients track drug reactions."
Venture Beat.  By Julie Klein.  Here.

July 8, 2010
Theranos $45M SEC Filing.
Addresses, board members, and filing dollar amount only.
Link from Xconomy, above.  Here.

August 30, 2013
"Theranos: The Biggest Biotech You've Never Heard of."
San Francisco Business Times. By Ron Leuty.  Here.

September 8, 2013
"Elizabeth Holmes: The Breakthrough of Instant Diagnosis."  
The pivotal Wall Street Journal article, by Joseph Rago.  Here
A Stanford dropout is bidding to make tests more accurate, less painful - and at a fraction of the current price.

September 9, 2013
"Secretive Theranos emerging partly from shadows."
SF BizJournal, SF/Biotech, by Ron Leuty, subtitled, "The biggest biotech you've never heard of." Here.   Some discussion of funding rounds and lawsuits.
Mentions 2007 lawsuit against 3 employees starting a new company.  Other lawsuit links discuss a patent dispute January 7, 2013 (here, 200 pp. complaint here), March 13, 2013 (here),  August 5, 2013 (here), September 24, 2013 (here, denies summary judgement for defendant, here),  March 14, 2014 (here), March 17, 2014 (here).  Resolved by settlement in mid-trial; competing patent 7,824,612 declared invalid (herehere.)   Several readily available Theranos patents include 8697377 (priority date, october 2, 2017, filing June 12, 2013, publication April 15, 2014), 8741230 (Priority date March 24, 2006, filing October 30, 2006, publication June 3, 2014), and 8822167 (priority date October 2, 2007, filing May 8, 2013, publication September 2, 2014).  

October 9, 2013
"Just a Drop Will Do."
Pediatric News. By William Wilkoff.  Here.

November 6, 2013
"What Heath Care Needs is a Real Time Snapshot of You."
WIRED, By Daniela Hernandez.  Here.

November 13, 2013.
"One Small Ow-eee."
PediaBlog.  By Ned Ketyer MD.  Here.

November 18, 2013
"Creative disruption?  She's 29 and Set to Reboot Lab Medicine."
MedPageToday.  By Eric Topol.  Here.

February 18, 2014
"This Woman Invented a Way to Run 30 Lab Tests on Only One Drop of Blood."
WIRED again, by Caitlin Roper.  Here.  WIRED revisits Holmes, with an interview.

February 28, 2014
"Stanford Dropout Revolutionizes Blood Tests"
Take Part, by Liana Aghajanian.  Here.  

June, 2014
Hematology Reports (Open Access Journal).  Full article PDF: Here.
Chan SM, Chadwick J, Young DL, Holmes E, & Gotlib J (2014).  Intensive serial biomarker profiling for the prediction of neutropenic fever with hematologic malignancies undergoing therapy: a pilot study.  Hematology Reports 6(2).  
Pubmed Central, here

June 12, 2014
"This CEO is Out for Blood."
Fortune, by Roger Parloff.   Here.  Featured as cover story (picture).

June 17, 2014
"Elizabeth Holmes, Who Wants To Shake Up The Blood Testing Industry, Is A Billionaire At 30."
Forbes [blog], by - Zina Moukheiber.  Here.
Comments online.

July 2, 2014
"Bloody Amazing."
Forbes [blog 7/2, and Issue, 7/21], by Mathew Herper.  Here.

June 3, 2014
US Patent: "Systems and Methods of Sample Processing and Fluid Control in a Fluidic System."
PDF, Patent 8,742,230 B2, 80 pp..  Here.
"This invention is in the field of medical devices...portable medical devices that allow real-tie detection of analytes from a biological fluid...for providing point-of-care testing for a variety of medical applications."

June 20, 2014
"Theranos: Small Sample, Big Opportunity."
Decibio [Consultancy blog].  By Eric Lakin.  Here.

July 8, 2014
"Nanotainer Revolutionizes Blood Testing." VIDEO
USA TODAY.   Here.

July 15, 2014
"Meet Elizabeth Holmes, Silicon Valley's Latest Phenomenon"
San Jose Mercury News, by Michelle Quinn.   Here.

July 15, 2014
"Theranos bringing 500 new jobs to Scottsdale's SkySong."
Phoenix Business Journal.  By Angela Gonzales.   Here.  [SkySong is an ASU-affiliated tech park].

July 21, 2014
"Meet Elizabeth Holmes, the Youngest Female Self-made Billionaire Changing the World with Medical Technology."
Women's ILAB, by Katherine Melescuic.  Here.

August 11, 2014
"Ignoring Lab Industry, Theranos Goes Its Way."
"My Visit to Walgreens for Theranos Lab Tests."
DARK REPORT (Paper by subscription only).  Table of contents here.

September 8, 2014
TechCrunch / Youtube Interview with John Sheiber.  VIDEO.
Here.
For further details, see here.

September 8, 2014
"Elizabeth Holmes takes Theranos' blood test to tech movers, shakers."
Biotech SF / Bizjournals - by Ron Leuty.  Discussion of TechCrunch presentation.  Here.

September 29, 2014
"This Woman's Revolutionary Idea Made Her A Billionaire — And Could Change Medicine."
Business Insider.  By Kevin Loria.  Here.  See also June 4, 2015.

September 30, 2014
"Queen Elizabeth: Mystique of Theranos founder grows with Forbes' richest ranking."
Biotech SF / Bizjournals - by Ron Leuty.   Here.

October, 2014
"Health Plans Deploy New Systems to Control Use of Lab Tests."
Managed Care.  By Joseph Burns.  Here.
Does not directly cite Theranos.  Cites contrasting viewpoints on the value of direct easy inexpensive test access:
[Kim] Riddell MD [of Group Health, Seattle] rejects arguments ... that routine testing has low cost and helps to identify disease early. “It’s not so much the cost of the test itself; the downstream effects on the health care system are expensive as a consequence of testing. Testing leads to more testing, especially if there are false positives. It creates needless costs because any abnormal value needs more testing and perhaps a referral to a specialist. Maybe the patient has to return to have more blood drawn. It creates unnecessary noise without improving the quality of care,” she says.


October 1, 2014
"How One Entrepreneur is Transforming Blood Testing."
Slate - by Kevin Loria.  Here.  [Reprint from Business Insider, 9/29, above.]

October 16, 2014
"She's America's Youngest Female Billionaire - And a Dropout."
by Rachel Crane.
CNN/Money.  Here.  [Text & Video.]

October 27, 2014
"Theranos Due Diligence: Company Profile, SWOT Analysis, Market Opportunity."
Decibio.  Consulting group profile of Theranos and its valuation and market position (73 pages; $850).  Here.  Table of Contents, here.  Additional description here

November 7, 2014
TEDMED - Youtube - Elizabeth Holmes at TEDMED.  VIDEO.
Here.
For further details, see here.

November 7, 2014
"Major Upside for Walgreens Stock"
InvestorPlace.  By John Divine.  Here.
"The single biggest catalyst for WAG stock in the future may be the company’s decision to partner with the privately held health-tech firm Theranos."

December 8, 2014
Fortune/Youtube - Theranos Billionaire Founder Talks Growth. VIDEO.
Video interview with Pattie Sellers.  Here.
For further details, see here.

December 8, 2014
"Here's How the World's Youngest Self-Made Female Billionaire Shows People She's In Charge."
Business Insider.  By Richard Feloni.  Here.

December 8, 2014
"The New Yorker on the Promise, the Secrecy, and the Challenges of Super-Startup Theranos."
MedCityNews.  by Meghana Keshavan.  Here.

December 12, 2014
"Behind the Curtain at Theranos."
NBC News. (Video).  Interview with Ken Auletta.  Here.
For more detail, see here.

December 14, 2014
"Blood Test Innovation: Less Cost, No Big Needle"
Information Week/Healthcare.  By Larry Stofko.  Here.

December 15, 2014
"Blood, Simpler."
New Yorker  - By Ken Auletta.  Here.


Two letters from readers, 1/2015, published here.

December 15, 2014
"Theranos and the Biopolitics of Blood Testing."
New APPS: Arts, Politics, Philosophy, Science.  By Gordon Hull.  Here.

December 17, 2014
"New Yorker: Theranos' founder's description of chemistry process 'comically vague.'"
Pathology Blawg.  Here.
Over 15 comments available.

December 26, 2014
"Bay Area Startups Theranos, HealthTell Are Out for Blood."
SFGate.  By Stephanie M. Lee.  Here.
Compares Theranos and HealthTell.   Healthtell webpage, here [A New Era in Medicine.]

December 29, 2014
"Elizabeth Holmes: Milionara que Quiere Revolucionar el Sistema Sanitorio Americano."
Es.Blastingnews/Salud-Belleza.  By Lidia de Marco.  Here.
Also in Spanish see also: BBC/Mundo/ August 15, 2014, here.
For representative German-language postings, see herehereherehere.

January 5, 2015
"Legal Update: Nanotainer vs Microtainer; Theranos Sues Becton Dickinson."
Dark Report (Subscription only; here); lawsuit on the web, here.
After receiving complaints from BD on its "Microtainer" trademark, Theranos sues
for a ruling that "Nanotainer" does not infringe on "Microtainer."

January 8, 2015
"Consumering Medicine: Are Patient-Initiated Blood Tests the Future?"
Vector: Boston Childrens Hospital Blog.  By Erin Horan.  Here.

January 9, 2015
"How Technology Will Eat Medicine."
Wall Street Journal [Blog].  By Vivek Wadhwa.  Theranos cited.  Here.

January 14, 2015
"Cette femme est devenue milliardaire grâce à... une prise de sang."
JDN/L'economie demain.  By Kevin Loria, trans. F. Wittner.  Here.

January 26, 2015
"Did Theranos Turn Over Its CLIA Lab Director?"
Dark Report (Subscription only).

January 28, 2015
"Elizabeth Holmes, Theranos: Transforming Healthcare by Embracing Failure."
Youtube.  Stanford Graduate School of Business.  Here.

February, 2015
"Top 10 Most Innovative Companies in Health Care, 2015: #7, Theranos"
Fast Company (staff), here.

February, 2015
"Vetting Theranos"
Laboratory Economics [trade journal, subscription].  By JonDavid Kipp.  Here.

February 2, 2015.
"CEO Q&A: Craig Hall."
Real Estate Daily.  By Christina Perez.  Hall was early investor in Theranos.  Here.

February 3, 2015
"Breakthrough Branding: Theranos, with Walgreens, Revolutionizes Healthcare."
Brand Channel.  By Sheila Shayon.  Here.

February 3, 2015
"Will Theranos Turn the Lab Industry Upside Down?"
Market Financial Analysis.  Here and here.  Order here ($99).

February 6, 2015
"Ten Things to Know about America's Youngest Female Billionaire."
Business Insider.  By Koa Beck.  Here.

February 5, 2015
"Disruptive Technology Main Focus at Clinton Health Conference."
California Healthline.  By Lauren McSherry. Here.
President Clinton, Fourth Annual Health Matters Activation Summit.  "Access to health information is a basic human right," said Elizabeth Holmes, a young Silicon Valley entrepreneur who founded Theranos, a blood analytics and diagnostics company. [President] Clinton, who applauded her work to provide low-cost testing to the general public, said the company is valued at $9 billion.  See also at Clinton Foundation.org, here.

February 10, 2015
"Elizabeth Holmes - Theranos"
Upstart.  By Teresa Novellino.  Here.

February 10, 2015
"Theranos CEO: Avoid Backup Plans."
INC (from Stanford Business School.)  By Deborah Peterson.  Here.
"I think that the minute that you have a backup plan, you've admitted that you're not going to succeed."

February 17, 2015
"Stealth Research: Is Biomedical Innovation Happening Outside the Peer-reviewed Literature?"
JAMA.  By John P.A. Ionnanidis.  Here.
"Theranos is just one example among many for which major efforts and major claims about biomedical progress seem to be happening outside the peer-reviewed scientific literature...stealth research creates total ambiguity about what evidence can be trusted in a mix of possibly brilliant ideas, aggressive corporate announcements, and mass media hype."  See comment at Healthnewsreview.org here (February 23, 2015).

February 27, 2015
"Tech company Theranos pushes consumer lab-testing bill."
Arizona Republic.  By Ken Tucker.  Here.
     For legislative text, here.  For a blog on the topic, here.  For cloud version of the legislative text, here.  Article in March 2015 Laboratory Economics [subscription, here.]

February, 2015
"Theranos: Blood Tests that Need Just a Tiny Sample."
Walgreens website, "At the Corner of Happy and Healthy," accessed 2/17/2015.  Here.

March, 2015
"Secret Shoppers Disappointed by Theranos."
Laboratory Economics.   By Jondavid Klipp.  Here (subscription).
Summarizes experiences of "secret shoppers" from Piper Jaffray, an Arizona lab, The Dark Report, and a California lab.  Most reported 3-day results and many reported standard venipuncture.

March 2, 2015
"Meet the Most Impressive Woman on Forbes' Female Billionaire List."
Identities.Mic.  March 2, 2015.  By Julie Zeilinger.    Here.

March 5, 2015
"Millennials and Money: New Kids in the Forbes Billionaires Club."
National Center for Business Journalism.  By Rian Bosse.  Elizabeth Holmes noted.  Here.

March 6, 2015
"Theranos Files Comment In Support Of Food and Drug Administration Oversight Of Laboratory-Developed Tests."
Theranos Press Release.  Here.
The comment letter, dated 3/1/2015, 4 pages, here.

March 7, 2015.  
"Health care in America: Shock treatment. A wasteful and inefficient industry is in the throes of great disruption."
The Economist.  Theranos mentioned.  Here.  Also here.

March 9, 2015
"Theranos and Cleveland Clinic Announce Strategic Alliance to Improve Patient Care through Innovation in Testing."
Press release.  Here.

March 9, 2015
"Cleveland Clinic Taps Theranos, Bets on Cheaper Diagnostics."
Healthcare Finance News.  Anthony Brio.  Here.

March 9, 2015.
Fox News Cleveland Clinic/Theranos Interview.  VIDEO.
Fox News Online.  Here.  Additional notes, here.

March 9, 2015
"Cleveland Clinic Enters 'Long-Term Strategic Alliance' with Theranos, Inc."
Crain's Cleveland Business.  By Timothy Magaw.  Here.

March 9, 2015
"Elizabeth Holmes:  2015 Horatio Alger Award Winner."
Horatio Alger Association.  Webpage,  here.  Press release, here.

March 13, 2015
"Theranos Seeks FDA Approval for Early-detection Ebola Test: George Schultz."
Silicon Valley Business Journal.  By Ben Soriano.  Here.

March 17, 2015
"Mark Cuban Talks Healthcare Investing: Soon Our Bodies Will Be Big Math Equations."
MedCity News.  By Stephanie Baum.  Here.
“Sensors are the next opportunity,” Cuban said. He also voiced his enthusiasm for companies like 23andMe and Theranos.

March 23, 2015
"Boies Schiller Set to Open Palo Alto Outpost."
The Recorder.  By Patience Haggin.  Here.
Litigation partner Parker Bagley will head the office....relocated from the firm's New York office...busy on a trademark case for medical-technology company Theranos Inc.

April 7, 2015
"Patients Can Soon Get Lab Tests Without Doctors' Orders."
Arizona Republic.  By Yvonne Wingett Sanchez & Ken Alltucker.  Here.

April 8, 2015
"Theranos One Step Closer to Consumerizing Health."
Decibio [Blog].  By Eric Lakin.  Here.  [Arizona consumer test law.]

April 9, 2015
"Arizona Health Law Could Boost Theranos' Biotech Prospects."
USA Today [America's Markets].  By Marco Della Cava.  Here.

April 16, 2015
"Elizabeth Holmes."
TIME [100 Most Influential People.]  By Henry Kissinger.  Here.

April 17, 2015.
"How Elizabeth Holmes became inspired to transform blood testing." VIDEO
CBS News This Morning.   Here.  Also here,  here.  More here.

April 20, 2015
"The Doctor is Out: LabCorp to Let Consumers Order Own Tests."
Bloomberg.  By Cynthia Koons.  Here.
Also: In slightly different version, same author, Bloomberg Business Week, 4/27/15.
Also: At FierceDiagnostics, here.

April 20, 2015
"What News at Theranos?  Lab Firm Expands in AZ."
"In Arizona, New Consumer Direct Access Law is a First Win for California-Based Theranos."
"Theranos: Many Questions, but Very Few Answers."
Dark Report (subscription).  Here.

April 25, 2015
"Scientists are Skeptical about the Secret Blood Test that has made Elizabeth Holmes a Millionaire."
BusinessInsider.  By Kevin Loria.  Here.
Mentioned by Wall St Journal blog, Pharmalot (here).
Loria quoting Theranos, "We've been submitting all of our tests to [FDA]." Since FDA 510(k) review time is 138 days (here), and since are all published,  a lot of clearances should appear on the FDA website.

April 27, 2015
"World's Youngest Billionaire - Another Steve Jobs?"
CNBC.  By Abigail Stevenson.  Here.

April 27, 2015
"Occam's Razor and the Secrecy of Theranos.  A Bunch of Crock?  No."
Medcitynews.   By Meghana Keshavan.  Here.

April 28, 2015
"Guest List, State Dinner, Prime Minister Shinzo Abe, Japan."
Washington Post.  Here.  (Including Ms. Holmes.)

April, 2015
Arizona Direct Access Laboratory Test Bill 2645 (Text).
Here.  "Laboratory Testing Without Order."
(To be confirmed if this is the final Arizona text).

  • Note that some FDA approved laboratory tests state "device by physician prescription only."
  • HIPAA was revised in early 2014 to allow easier direct access to lab reports under federal law, but did not revise test ordering law.  Hereherehere
  • Not directly related to Thernanos, but related to falling test price and consumer purchases, Color Genomics has introduced a $249 test for BRCA and 17 other genetic variants, with the idea they are bringing this testing into the range of consumer self-purchase.  For one entry point, see NPR, 4/21/2015, here.
April, 2015
"Arizona Expands Direct Access Testing."
Laboratory Economics.  By Jondavid Klipp.  Here. (Subscription).
"Adam Rosendorff MD resigned from his position as Theranos' laboratory director...now working as laboratory director at Invitae, Inc....Theranos recently promoted Christian Holmes to the position of director, commercial operations." (Linked-In).

May 4, 2015
"Theranos Selects Phoenix Metro to Plant Its Flag and Enter the Competitive Market for Clinical Pathology Laboratory Testing."
Dark Daily.  Here.

May 4, 2015
"Epiphany." [Short Film; Blog] VIDEO
Theranos.  By Elizabeth Holmes.  Here.  Video (1:15 min).
As of May 18, 2015, there were six short films by Errol Morris on the Theranos Youtube channel, here.  See also:  May, 2015, Laboratory Economics (subscription), "Theranos Hires Film Maker for Youtube Commercials." Here.

May 5, 2015
"Theranos Sticks It to Critics, Plans Expansion of Lab Services."
San Francisco Business Times.  By Ron Leuty.  Here.

"Can Theranos Disrupt the Clinical Lab Testing Market?  An Objective Look at Advantages, Liabilities, and Challenges That Must Be Addressed."
[Pathology] Executive War College.  By Dr. Robert Boorstein. [Deck]  Here.

May 7, 2015
"Theranos Jump Starts Consumer Lab Testing."
Fortune.  By Ron Parloff.  Here.
"My last routine blood tests, drawn at my physician’s office...cost me $433 out of pocket, even after application of my “gold”-level insurance....Had I not been insured, the lab’s price for those tests would have been $2,411, according to the explanation of benefits sent me. The same tests, according to Theranos’s price menu, would have cost me $75."

May 7, 2015
"New Laboratory Testing Firm Seeks to Shatter Old Diagnostic Testing Model."
Genomeweb.  Here.

May 7, 2015
"Silicon Valley Lab Testing Startup Hires Clinton Advisor."
Bloomberg.  By Caroline Chen.  Here.  (Similarly: Here.)

May 11, 2015
"Our Editor Describes Visit to Theranos Test Center."
Dark Report.  (Subscription).  Here.
Sidebar: "Comparing Patient Visit with Advertised Benefits."

May 11, 2015
"Airbnb Chesky, Theranos Holmes among presidential entrepreneurs."
USAToday.  By Marco della Cava.  Here.
Winners met with Commerce Secretary Penny Pritzker and President Obama.

May 11, 2015
"Elizabeth Holmes on Joining the Presidential Ambassadors for Global Entrepreneurship Initiative."
Theranos/news/posts.  By Elizabeth Holmes.  Here.

May 11, 2015
"HealthTell’s marketing language jabs at Theranos (also, it’s raising $5M for its own single-drop-of-blood diagnostics)."
MedCityNews.  By Meghana Keshavan.  Here.

May 16, 2015
"Revolution mit einem Tropfen Blut." 
[Revolution with a Drop of Blood.]
Handelsblatt.  By Elke Binder.  Here.

May 21, 2015.
"My secret weapon: How a virtual assistant changed my life."
Fortune.  By Leigh Gallagher.  Here.
Gallagher interviews Maren Donovan, founder of Zirtual Inc; Donovan admires Elizabeth Holmes.

May 28, 2015
"She's Bold, She's Beautiful, and She's a Self-Made Billionaire."
New York Post.  By Staff.  Here.

May 29, 2015
"mHealth: Counting on Consumers to Fuel Innovation."
mHealthNews.  By Eric Wicklund.
Interview:  Q: What mHealth technology will become ubiquitous in the next 5 years?  A: I think the technology from Theranos has the greatest potential and will be near ubiquitous. This chip-based technology allows a person to have any of 70 common lab tests for $2-$5 from just a drop of blood.

June 2, 2015.
Elizabeth Holmes: Charlie Rose.  VIDEO.
Here.  Comment, Kevin Loria, June 4, 2015.

June, 2015
"Collecting More Dollars From Patients: 
Why It’s Time For Clinical Labs and Pathology Groups to Move To The Retail Model."
Dark Report [Trade journal, white paper].  Here.
This white paper does not mention "Theranos" but covers the topic of retail access to laboratory tests.

June 5, 2015
"Elizabeth Holmes still won't explain how her $9 billion technology actually works."
Business Insider. By Kevin Loria.  Here.

June 8, 2015
"Theranos CEO Props Up Testing Modeling at AHIP, Targets States Blocking Access."
Healthcare Finance News.  By Anthony Brino.  Here.

June 11, 2015
"Is Theranos Procedure a Healthcare Industry Revolution or a Marketing Phenomenon?"
MedicalXPress.com.   Here.  Press release for Diamandis, "Promises and Fallacies," next.

June, 2015 
"Theranos phenomenon: promises and fallacies." 
Diamandis EP.  In:  Clinical Chemistry and Laboratory Medicine (CCLM).
Volume 53, Issue 7, Pages 989–993, DOI: 10.1515/cclm-2015-0356.
At Pubmed (PMID 26030792): here.
Full academic article on line, open access, here (html); see page for "Full Text PDF" button.
See also June 26, 2015, Business Insider, below.

June 19, 2015
"Personalized Technology Will Upend the Doctor-Patient Relationship."
Harvard Business Review.  By Sundar Subramanian et al.  Here.

June 21, 2015
"The Benefits to Your Brain of a Work Uniform."
Providence Journal [Chicago Tribune].  By Alexia Elejalde-Ruiz.  Here.

June 22, 2015.
"With Carlos Slim, Billionaire Elizabeth Holmes Brings Innovative Blood Testing Method To Mexico."
Forbes.  By Dolia Estevez.  Here.

June 23, 2015
"Theranos' New Deal with Billionair Carlos Slim May Take It to Another Level." 
Biz Journal SF.  By Ron Leuty.  Here.

June 26, 2015  
"A Scientist Just Raised Four Serious Questions about the Blood Test that Made Elizabeth Holmes a Billionaire." 
Business Insider.  By Kevin Loria and Lauren F. Friedman.    Here.

June 27, 2015.
"Young Blood.  Theranos, an Ambitious Silicon Valley Firm, Wants to Shake Up the Market for Blood Testing."
The Economist.  Here.
and
"Elizabeth Holmes: Holmes Is Where the Heart Is."
The Economist.  Here.

July 2, 2015.
"Startup Theranos Cleared by FDA for Fingerprick Herpes Test."
Bloomberg News.  By Caroline Chen.  Here.
Note: the FDA clearance triggered 50+ articles.
Theranos Press Release, here.
See also Theranos' March 6, 2015 support for FDA regulation of lab developed tests [above].

July 2, 2015
"Controversial Multibillion-Dollar Health Startup Theranos Just Got a Huge Seal of Approval from the US Government."
Business Insider.  By Laren F Friedman.  Here.

July 2, 2015
"Disruptive Diagnostics Firm Theranos Gets Boost from FDA."
Fortune.  By Roger Parloff.  Here.

July, 2015
510(k) Substantial Equivalent Summary: [Theranos] Herpes Simplex Virus-1 IgG Assay.
FDA.  Here.  29 pp.  K143236.  Signed version (July 7), here.  Summary (June 29), here.

July 3, 2015
"Theranos Blood Test: The Insanely Influential Stanford Professor Who Called the Comapny Out for its 'Stealth Research.'"
Washington Post.  By Ariana Eunjung Cha.  Here.

July 4, 2015
"Arizona Law Co-Authored by Theranos Is Going Into Effect."
MarketBusiness.  Here.

July 5, 2015
"Freedom to Get Lab Tests Ushers in Better Health Care."
AZ Central [Arizona Republic/Gannett].  By Elizabeth Holmes.  Here.

July 6, 2015
"Theranos Gets Unnecessary FDA Approval for its Cheap, Fingerstick Blood Tests."
MobiHealthNews.  By Jonah Cornstock.  Here.

July 8, 2015
"Theranos Strikes Deal with Capital BlueCross, Lands on East Coast."
HealthcareFinanceNews.  By Anthony Brino.  Here.

July 15, 2015
"A Look Inside the Insanely Successful Life of Elizabeth Holmes, the World's Youngest Self-Made Female Billionaire."
Business Insider.  By Maya Kosoff.  Here.

July 16, 2015
"Running a Few Tests: Can Elizabeth Holmes Revolutionize Diagnostics?"
Forbes.  By Matthew Herper.  Here.

July 16, 2015
"Theranos Inks Medicaid Deal and Snags CLIA Waiver to Expand Dx Reach."
FierceDiagnostics.  By Emily Wasserman.  Here.
Deal with AmeriHealth Caritas [ 16 states; in part Medicaid.]  

July 16, 2015
"Theranos Receives CLIA Waiver, Paving the Way for Greater Accessibility of Health Information at the Time and Place it Matters."
"First Ever CLIA Waived HSV Test and Test System."
FierceDiagnostics [Press Release].  Here.
"The waiver categorization therefore allows Theranos to operate its technology both within its CLIA certified laboratories and also within locations outside of its certified laboratories, including Theranos Wellness Centers..."

July 20, 2015
"How Much Does Theranos' Power Packed Board Help It Navigate DC?"
San Francisco Business Times [Bizjournals.com] By Ron Leuty.  Here.

July 21, 2015
"The Tech World's Blood-Test Darling Gets Nods from the FDA."
Wired.  Here.

July 22, 2015
"ASU Offers Lab Tests in First University Partnership with Theranos."
State Press [AZ]  By Elizabeth Castillo.  Here.

July 24, 2015
"Biden Visits Theranos Lab as Part of Healthcare Innovation Summit"
USAToday. By Marco della Cava.  Here.
Theranos Press Release, here.   The Suffield Times, here.

July 24, 2015
"Theranos Pushing Direct to Consumer Blood Testing."
Health IT Outcomes.  By Christine Kern.  Here.

July 30, 2015
"Theranos’ Holmes Marks 50th Anniversary of Medicare and Medicaid with Vision for Next 50 Years."
Business Wire [press release].  Here.

August 11, 2015
"Nickles Takes On Theranos."
O'Dwyer PR Inside News, here.  (Nickles is a Washington policy group).

August 17, 2015
"A Good Month for Blood."
Laboratory Equipment.  By Michelle Taylor.  Here.

August 19-20, 2015
"Leveraging Pharmacies for Rapid Diagnostics."
7th Annual Next Generation Diagnostics Summit (Two-Day Track on Pharmacies).
While not specific to Theranos, a two-day meeting on lab tests in the pharmacy space.
Here or here.

August 24, 2015
"Labcorp is Reaching Past Doctor's Office to the Patient."
Investors Business Daily.  By Gillian Rich.  Here.

August 25, 2015
"Why Practice Fusion And Theranos Will Disrupt Lab Testing On Electronic Health Record Platforms."
Forbes.  By Robert Glatter MD.  Here.  At HealthIT: Here.  Practice Fusion is a cloud based EHR system which has garnered $157M in venture capital.
"Why Practice Fusion will be One Exciting IPO," at Nanalyze, September 7, 2015, here.

August 31, 2015
"Theranos' Elizabeth Holmes And Top Executives To Reimagine Healthcare At The Forbes Healthcare Summit."
Forbes.  By Matthew Herper. Here.  [Forbes Summit, NYC, December 2-3; 2014 website here, 2015 here.]

September, 2015
"Theranos: Food for Thought."
DisruptiveInsightsGroup.  Here.
And: September 17, "Following Successful Theranos Research Report, Firm Takes Aim at Healthcare "Blind Spot" With New Website and Product Set."  Here.  Report $2500-7500, here.

September 10, 2015
"Consumer Blood Test to Detect Cancer Hits Market"
Bloomberg.  By Caroline Chen.  Here.
(Pathway Genomics in San Diego offers DTC liquid biopsy testing that screens for cancer.  Cites Theranos as another DTC approach and regarding the vigor of the DTC lab space.)
"Pathway, based in San Diego, is joining a wave of health startups offering tests for healthy consumers at affordable prices, often bypassing insurance coverage. Some, such as Color Genomics Inc. and 23andMe Inc., tell consumers their genetic susceptibility to certain diseases. Others, like Theranos Inc., are encouraging consumers to keep track of general fitness through regular monitoring of basic metrics such as cholesterol."
September 21, 2015
"Internationally-respected Experts in Clinical Pathology and Laboratory Medicine Ask: Why Don’t We Know More about Theranos’ Technology?" 
Dark Daily.  Here.

October 1, 2015
"This Technology Firm was Named Arizona's Bioscience Company of the Year."
Phoenix Business Journal.  By Angela Gonzales.  Here.

October 2, 2015
"What Technology Can Do for Your Health."
Financial Times.  By Gillian Tett.  Here.

October 5, 2015
"Elizabeth Holmes on Using Business to Change the World."
Forbes.  By Sarah Hedgecock.  Here.

October 6, 2015
"Self Made Billionaire on Re-inventing Blood Tests: It's Like Cocaine."
Vanity Fair.  By Emily Jane Fox.  Here.

October 6, 2015
"How Theranos is Disrupting the Health Care Industry."
Bloomberg. [VIDEO 6:38 min.]  Here.
"A cholesterol test is $2.99, whereas it could cost hundreds in other locations...The response from the lab industry, they have so aggressively seeded false information about us into the press, into journalists, into physicians in the market we are in."

October 7, 2015
"Theranos Founder Elizabeth Holmes to Deliver Keynote Address at 2015 Medical Innovation Summit."
Craigs Cleveland Business.  Here.

October 12, 2015
"Theranos' Elizabeth Holmes Call on Women to Help Each Other."
Fortune.  By Michael Lev-Ram.  Here.

October 12, 2015
"CME Group Announces Elizabeth Holmes as the 2015 Melamed-Arditti Innovation Award Receipient."
MarketWatch.  Here.

October 15, 2015
"Hot Startup Theranos Has Struggled With Its Blood-Test Technology."
WSJ.  By John Carreyrou.  Here.


October 15, 2015
"Theranos, One of the Hottest New Biotech Startups, Has a Huge Credibility Problem."
Vox.  By Julia Belluz.  Here.

October 15, 2015 [10 pm]
"Hot Startup Theranos Dials Back Lab Tests at FDA’s Behest."
WSJ.  By John Carreyrou.  Here.
"Under pressure from regulators, laboratory firm Theranos Inc. has stopped collecting tiny vials of blood drawn from finger pricks for all but one of its tests, according to a person familiar with the matter, backing away from a method the company has touted as it rose to become one of Silicon Valley’s hottest startups....Food and Drug Administration inspectors recently showed up unannounced at Theranos....During the inspection, FDA officials indicated to Theranos that the agency considers the “nanotainers” made and used by the company to collect finger-pricked blood an unapproved medical device, the person familiar with the matter said.  Theranos founder Elizabeth Holmes said in an interview on the CNBC show “Mad Money” that the company is “not even using our nanotainers except for FDA-cleared assays.”

October 15, 2015
"Theranos Scandal Exposes the Problem with Tech's Hype Cycle."
Wired.  Issue Lapowski.  Here.

"Theranos' Elizabeth Holmes Needs to Stop Complaining and Answer Questions."
Forbes.  By Matthew Herper.  Here.

"The Wildly Hyped $9B Blood Test Company that No One Really Understands."
Washington Post.  By Carolyn Y. Johnson.   Here.

"Theranos' Board: Plenty of Political Connections, Little Relevant Expertise."
Fortune. By Jennifer Reingold.  Here.

Theranos' CEO Fires back at WSJ: I Was Shocked."
CNBC.  Here.

"Lab Company That Touts Dual FDA/CMS Review Model For LDTs Allegedly Probed By Both Agencies."
Inside Health Policy,  By Joe Williams.  Here.
As previously reported by Inside Health Policy, Theranos recently hired lobbyists to advocate for FDA regulation of LDTs. While sources told IHP the company was initially lobbying in support of a proposal from the Diagnostic Test Working Group, a working group of large reference laboratories and manufacturers, Theranos denied these claims.
"Theranos is not lobbying in support of the DTWG proposal. With regard to LDT quality and the FDA, we believe that doctors and patients deserve results they can trust as they make some of the most important decisions of their lives. We believe it is critical that quality standards for lab tests not be compromised. We also believe that ensuring every company and every lab can operate on a level playing field with transparent, consistent, clearly defined standards and regulations is critical to fueling innovation," a spokesperson for the company told IHP at the time.


October 18, 2015
"Some tech investors seem to be getting defensive."
Business Insider.  By Matt Rosoff.  Here.

"Theranos Trouble: A First Person Account."
MondayNote. by Jean-Louis Gassee.  Here.

"Disruptive Bloodwork Startup May Be Mostly Vaporware."
SlashDot.  Here.

October 19, 2015
"Lab Test Firm Theranos Offers Weak Rebuttal to WSJ Charges."
ValueWalk.  By Clayton Brown.  Here.

"Sequoia's Michael Mortiz Singles Out Theranos in Warning on Sub Prime Unicorns."
Silicon Valley Business Journal.  By Cromwell Schubarth.  Here.
"It is easier to conceal weaknesses, present an aura of invincibility and confound investors as a private company that can escape by making fewer disclosures, than as a publicly traded one."

"Early Theranos Investor Remains Supportive Even Without Answers."
Bloomberg.  By Caroline Chen.  {re: Steve Jurvetson}  Here.

"Why Google Ventures Didn't Invest in Theranos."
Business Insider.  By Jillian D'Onfro.  Here.

October 20, 2015
"Fixing the Laws that Let Theranos Hide Data Won't Be Easy."
Wired.  Here.

"The Theranos Controversy Explained."
Vox.  Julia Belluz.  Here.

October 21, 2015

"Thernanos CEO Elizabeth Holmes Goes on Stage at WSJ Digital Live 2015."
Live Blog.  Here.

"Theranos CEO Elizabeth Holmes Punches Back Against the WSJ"
Fast Company.  By Harry McCracken.  Here.

"Theranos CEO Elizabeth Holmes Fires Back at Report Attacking Her Company's Blood-testing Tech."
Venture Beat.  By Mark Sullivan.  Here.


Overseas:
"Sanglante Accusation Contre la Startup Theranos." [October 16]
Cyceon.  Here.
"La Heroina de los Analysis de Sangre se Enfrenta a un Fracaso Multimillionario." [October 20]
Noticias.  By Juan Carlos Saloz.  Here.
"Sie ist die Jungste Milliardarin der Welt: Doch an Ihrer Erfindung Gibt es Zweifel." [October 20]
Grunderszene.  By Hannah Loffler.  Here.

October 22, 2015
"What Is Theranos' Business Model Anyway?"
Forbes.  By Frank David.  Here.

October 23, 2015
"Theranos blood labs under fresh scrutiny on staffing and quality."
Financial Times. By David Crow & Adam Samson.  Here.  [Long; 1700 words]

"Silicon Valley: $9B Theranos Threatened With Extinction."
Breitbart.  By Chriss W. Street.  Here.

October 24, 2015
"Walgreens Halts Expansion of Theranos Bloodwork Centers."
USAToday.  By Marco della Cava.  Here.

"Walgreens Puts the Brakes on Theranos Roll Out.  Are Lawsuits Next?"
Fortune.  By Dan Munro.  Here.

"After Damning Report, Walgreens Tables Plans to Expand Theranos Blood Testing Centers Nationwide."
International Business Times.  By Elizabeth Whitman.  Here.

"A Look at the Underbelly of Theranos."
Medcitynews.  By Meghana Keshavan.  Here.


October 26, 2015
"Theranos CEO Elizabeth Holmes's Five Best Cover Story Appearances."
Recode.net  By Noah Kulwin.  Here.

"Theranos Didn't Work with the Huge Drug Company It Supposedly Made Money From, Huge Drug Company Says."
The Verge.  By Arielle Duhaime-Ross.  Here.

October 27, 2015
"Theranos Chief Yields to Calls for Proof of Blood Test's Reliability."
New York Times.  By Andrew Pollack.  Here.

"The FDA Posted Its Inspection Reports for Theranos.  They Don't Look Good."
The Verge.  By Julia Belluz.  Here.

October 28, 2015
"Theranos, Facing Criticism, Says It Has Changed Board Structure."
New York Times.  By Andrew Pollack.  Here.
The Management Board of Theranos issued a statement in support of Ms. Holmes and Theranos: “Theranos is a revolutionary business, founded and led by a remarkable engineer and businesswoman — joined by a team of professionals who have, at their core, embraced her mission to serve humanity through innovation in health care.”  The Management Board of Theranos is composed of Ms. Holmes, her attorney, and her COO.  The Management Board has two additional members,  construction executive Riley Bechtel and Genl. Mattis of the Marine Corps (ret.).

October 29, 2015
"The Narrative Frays for Theranos and Elizabeth Holmes."
New York Times.  Here.

"This Is What We Should Learn From Theranos."
Forbes.  By Ramzi Amri.  Here.

"The Theranos Scandal Could Become a Legal Nightmare." 
Wired.  By Nick Stockton.  Here.

"Conflict of Interest in T Magazine Tech Article."
New York Times [Public Editor].  By Margaret Sullivan.  Here.
Quote:
This is a case in which the financial conflict is so clear, and the spousal tie so close, that a disclosure would not have been enough. A different writer altogether would have been a far better idea, and, to my mind, the only right one.What’s more, the article was extremely favorable to these “most visionary entrepreneurs.” In fact, one of them, Elizabeth Holmes, was also hailed as one of “The Greats” in the same issue. (She, along with ... Quentin Tarantino... was described in a headline as “Greatness, Personified.”) In contrast, only days later, Ms. Holmes was the subject of a tough-minded Wall Street Journal investigation into the serious problems of her company, Theranos. That kind of exposé is not T’s mission, of course, but the magazine is still part of The Times’s journalistic offerings, and should live by the same standards.Online, the article now carries a disclosure about Mr. Andreessen and a link to news coverage of Theranos, and an editors’ note has appeared in print.
[This editor's notice has 216 comments as of 4/2016.]
[See Patrick Coffee article, April 14, 2016, below.

October 30, 2015
"Theranos' Groundbreaking Approach Isn't Breaking Much New Ground."
Washington Post.  By Carolyn Y. Johnson.  Here.

"Theranos Battled in Courtroom Over Name of Its Chief Product."
New York Times. By Katie Benner.  Here.
Starting late last year, Theranos and Becton, Dickinson & Company, a medical equipment maker ...were embroiled in dueling trademark lawsuits over similarities between the nanotainer and BD’s “microtainer,” which is also used to collect blood. While the nanotainer began to draw a lot of attention in 2013 and is seeking regulatory approval, microtainers have been around for at least 45 years and are approved by the Food and Drug Administration.  In court documents from last November, BD asserted that Theranos had “the intent to trade off of the significant good will that BD has established in its microtainer mark....”

October 31, 2015
"The Fable of the Unicorn: A Much-hyped Medical Startup is Suddenly Plagued with Doubts."
The Economist.  Here.

The Theranos Mess: A Timeline.
Fortune.  By Dan Primack.  Here.
(The timeline primarily spans October 15-30).

"These Researchers Were Onto Theranos Long Before the Mainstream Media."
Vox.  By Julia Belluz.  Here.

"Blood-Testing Startup Theranos, Inc. Is Trading Blows With the Wall Street Journal."
Legal Broadcasting Network.  By Cecil Caulkins.  Here.


November 2, 2015
"Why the Story Failed at Valeant and Theranos."
Bloomberg.  By Barry Ritholtz.  Here.

"Beware the Hype Machine.  Lessons from Theranos."
Forbes.  By Chris Myers.  Here.

"Theranos' Elizabeth Holmes Says Company Will "Absolutely" Get FDA Approval."
Fortune.  By Jennifer Reingold.  Here.

November 3, 2015
"Theranos Letter Shows Elizabeth Holmes Tried to Take Control from Shareholders."
Forbes.  By Peter Cohan.  Here.

"Theranos CEO Admits Her Company Has a Communication Problem."
Gizmodo.  By George Dvorsky.  Here.

"Q&A: Regulatory Expert Karen Becker Provides Context for Theranos, FDA Interactions." 
Genomeweb [subscription].  By Turna Ray.  Here.

"Theranos' Holmes Promises More Transparency."
USA Today.  By Marco della Cava.  Here.

November 4, 2015
"Firefox Founder Writes Original Screenplay Called ‘PRICKS’ Brutally Parodying Theranos."
Techcrunch.com  By Lucas Matney.   Here.

November 6, 2015
"Theranos is Looking for a New Lab Director in California."
Fortune.  By Valentina Zarya.  Here.
(Also: WSJ, November 5, here.)
The lab’s current director is Sunil Dhawan, a dermatologist with no background in laboratory science. 
Technically, since Dr. Dhawan is a medical doctor and has experience supervising a lab (Theranos said he has overseen the lab affiliated with his dermatology practice for two decades), Dr. Dhawan meets federal and state requirements to lead a lab.
"When you consider the complexities of a reference lab...it would be next-to-unheard of to have anything less than a full-time pathologist or laboratory scientist with a Ph.D. as the laboratory director,” Ed Thornborrow, medical director of the clinical labs at the University of California, San Francisco told the [WSJ].

November 10, 2015
"Redefining Diagnostics: An Industry View."
The Hill.com   By Cary Gunn (Genomics CEO).  Here.

"23andMe Cofounder Has a Message for Theranos: Show the Data."
Tech Insider. By Melia Robinson.  Here.

"Theranos, Safeway Split After $350M Deal Fizzles."
WSJ.  by John Carreyou.  Here.
"Safeway Inc. spent about $350 million to build clinics in more than 800 of its supermarkets to offer blood tests by startup Theranos Inc.  But the tests never began, the clinics are now used largely for flu shots and travel-related vaccines, and the two companies have been negotiating to officially dissolve their partnership, according to people familiar with the matter.  Current and former Safeway executives said Theranos missed deadlines for the blood-testing rollout. They also said several Safeway executives questioned the accuracy of results Theranos gave to Safeway employees tested at a clinic in the supermarket chain’s headquarters in Pleasanton, Calif."

November 11, 2015
"Entrepreneur Builds a Leading Chain of Diagnostics Labs."
WSJ.  By Karan Deep Singh and Shannon van Sant.  Here.
Re: Ameera Shah; Metropolis Healthcare; built her father's business in to a 3800 employee laboratory chain in India.

"Theranos isn't the Only Lab Exploiting Regulatory Loopholes."
The Verge.  By Arielle Duhaime-Ross.  Here.

"Wojcicki: Theranos Not Required To Be Transparent."
Bloomberg Video (2 min).  Here.

November 17, 2015
"Learn From Theranos’s Mistakes: An Analysis of the Form 483s (Part I)"
MDDI Device Talk.  By David Amor.  Here.

November 20, 2015
"Is Theranos' Blood Testing for All a Responsible Selling Proposition?"
Telecareaware.  By Donna Cusano.  Here.

November 21, 2015
"IN Defense of Theranos."
Techcrunch.  By Micah Rosenbloom.  Here.

November 23, 2015
"Quest Subsidiary [Sonora] is Safeway's Rebound After Theranos Breakup."
Modern Healthcare.  Here.

November 24, 2015
"Theranos: Science Fact or Science Fiction?"
The Pathologist.  By Roisin McGuigan.  Here.  [Free registration required].

November 30, 2015
"Arizona Inspectors Find Theranos Lab Issues."
AZCentral.  By Ken Alltucker.  Here.
    RESPONSE:
    "Theranos Tests Were Accurate, Reliable."
    By Elizabeth Holmes.  Here.
    "Your Nov. 29 story on Theranos is misleading to Arizonans."
    Editor:  "The Arizona Republic stands by its story."

"Safeway Almost Made a Massive Deal With Theranos. Now It’s Teaming Up With Theranos’ Biggest Rival."
Slate.  By Lydia Ramsey.  Here.

"Rice University Researchers Publish Study about Variation in Drop-to-Drop Samples of Capillary Blood Collected by Fingerprick and Used for Clinical Laboratory Testing." 
Dark Daily.  Here.  Original article in Am J Clin Pathol, here.
"The average percent coefficient of variation (CV) for successive drops of fingerprick blood was higher by up to 3.4 times for hemoglobin, 5.7 times for WBC count, 3 times for lymphocyte count, 7.7 times for granulocyte count, and 4 times for platelets than in venous controls measured using a hematology analyzer." [AJCP]

December 2, 2015
"Emails Reveal Concerns about Theranos' FDA Compliance Date Back Years."
Washington Post.  By Carolyn Y. Johnson.  Here.  At BioPharmaDive, here.
"...the Department of Defense sounded the alarm in 2012 and launched a formal inquiry with the Food and Drug Administration..."

December 3, 2015
"Surprise: Theranos CEO Says Company Is Doing More Tests Than Ever."
Forbes. By Dan Diamond.  Here.
“There’s a lot of elements of our business we haven’t yet talked about because we’re not doing them.”

December 5, 2015
"Diagnosing Theranos."
Forbes.  By Steve Brozak.  Here.

December 10, 2015
"Can Elizabeth Holmes Save Her Unicorn?"
Bloomberg.  By Sheelah Kolhatkar & Caroline Chen.  Here
Cover story, December 14-20 issue, here.
"She determined that a vegan, macrobiotic lifestyle would allow her to “train” her body to work all the time and to function on very little sleep."   See research and evidence, here.

"Elizabeth Holmes Hints at Sexism in Media Coverage."
Fortune.  By Kristen Bellstrom.  Here.

December 16, 2015
"Medtech Losers of 2015: Theranos."
Device Talk (MDDI).  Here.

"Theranos Puts Spotlight on Direct Access Lab Testing."
Cronkite News / Arizona PBS.  By Claire Cleveland.  Here.

December 17, 2015
"How Theranos Misled Me."
Fortune. By Roger Parloff.  Here.
  See also: "Theranos Fires Back at the Fortune Editor Who Said the Company 'Misled' Him." Business Insider.   Here.   Letter to Fortune by Brook Buchanon, Theranos.  Here.  See also:  A Fortune essay about the Fortune Parloff article, "Did Theranos Mislead Fortune?" here.

December 19, 2015
"Theranos Faces a Test of Technology, and Reputation."
New York Times.  By Reed Abelson & Julie Creswell.  Here.

"Regulators Probe Complaints from Former Theranos Employees over Lab, Testing Practices WSJ."
FierceMedicalDevices [Summary] By Emily Wasserman.  Here.

"U.S. Probes Theranos Complaints." 
WSJ.  By John Carreyyou.  Here.
See also:  December 22, 2015:  "Anonymous Sources Used to Accuse Theranos," by Brooke Buchanan, VP Communications, Theranos.  WSJ letter, Here. "It is not unusual for disgruntled and terminated employees in the heavily regulated health-care industry to file complaints in an effort to retaliate against employers..." 

December 27, 2015
"At Theranos, Many Strategies and Snags."
WSJ.  By John Carreyyou.  Here.

December 29, 2015
"Hagens Berman Announces Investigation of Theranos, Inc., Relating to Representations Made to Investors."
Business Wire.  Here.

"Silicon Valley is Confusing Psuedo-Science With Innovation."
The Verge.  By Bene Popper and Elizabeth Lopatto.  Here.

December 30, 2015
"Theranos' Proprietary Technology Wasn't Vetted by Federal Inspectors for Two Years."
The Verge.  By Arielle Duhaime-Ross and Elizabeth Lopatto.  Here.

January 4, 2016
"Theranos Director: Blood Tester Will Be Vindicated."
CNBN.  By Matthew J. Belvedere.  Here
[Former Wells Fargo CEO]

"Theranos Jumps the Gun on Innovation, Pushes Proprietary Tech Without Proof: WSJ."
Fierce Medical Devices.  By Emily Wasserman.  Here.

"NOW Diagnostics is Using Quick Fingertip Price Blood Testing to Identify Disease, and it's Fully Approved (A Step Above Theranos?)"
MedCityNews.  By Nicole Oran.  Here

January 6, 2016
"Kessler Topaz Meltzer & Check LLP Announce Investigation on Behalf of Theranos Investors."
PR Newswire.  Here.

January 7, 2016
"What Theranos and 23andMe Teach Us."
PE Hub Network [Private Equity].  By Florence Comte MD.  Here

January 8, 2016
"Genalyte is Taking the Single Fingertip Blood Test to the Next Level (Yet Another Theranos Competitor.)"
MedCityNews.  By Nicole Oran.  Here.  [See NOW Diagnostics, Jan. 4, above]

January 25, 2016
"Deficiencies Found at Theranos Lab."
Wall Street Journal. By John Carreyrou.  Here.

January 28, 2016
"Theranos Lab Practices Pose Risk to Patient Health, Regulators Say."
WSJ. By John Carreyou.   Here. CLIA PDF letter online, here.

"Could Theranos Go From Unicorn to Unicorpse?"
Forbes.  By Chris Myers.  Here.

January 29, 2016
"Time is Running Out for Theranos."
Bloomberg.  Sheelah Kolhatkar.  Here.

January 30, 2016
"Here's the Single Biggest Mistake Theranos Made."
Business Insider.  By Lydia Ramsey.  Here.

February 1, 2016
"Is Theranos Finished?"
STAT {Boston Globe} By Rebecca Robbins.  Here.

"Why Theranos-Walgreens Relations Is on the Rocks."
Fox News.  By Steve Tobak.  Here.

February 2, 2016
"Theranos Continues to Dodge Opportunities to Validate Its Inventions."
The Verge.  By Arielle Duhaime-Ross.  Here.

"David Boies's Dual Roles at Theranos Set Up Conflict."
New York Times.  By Steven Davidoff Solomon.  Here.

"Theranos Has Yet to Begin a Promised Validation Study."
Fortune.  By Roger Parloff.  Here.

February 3, 2016
"Next 'Blow Up' for Theranos?  The Company's Latest Legal Hire [from NYT]"
Fierce Medical Devices.  By Emily Wasserman.  Here.

February 4, 2016
"Theranos Hopes to Fix Its Problems With a...Writer?"
Wired.  By David Alba.  Here.

February 5, 2016
"Wunderkind Theranos's Future Is On the Line."
Politico Pro.  By Darius Tahir.  Here.

"Theranos Doomsday Clock: A Full Timeline of its Rise and Fall."
MedCityNews.  By Meghana Keshavan.  Here.

"Theranos Has a Week to Respond to Searing Report About Its Business."
Business Insider.  By Lydia Ramsey.  Here.

February 11, 2016
"Troubled Startup Theranos Faces Washington Reckoning."
Politico.  By Darius Tahir.  Here.

February 16, 2016
"How a Reporter Pierced the Hype Behind Theranos."
ProPublica.  By Cynthia Gordy.  Here.

February 19, 2016
"Silicon Valley Biotechs: Theranos Gave Us a Black Eye."
The Guardian.  By Nellie Bowles.  Here.

February 22, 2016
"Researchers Urge Caution: Blood Drops Can Differ Greatly."
Fast Company.  By Christina Farr.  Here.  (Also: NYTimes, Donald McNeil, here.)
Study by  Bond et al., Amer J Clin Pathol, here.
Note: Though covered 2/22/2016 by NYT and Fast Company, this study has an "online epublication date" of 12/1/2015.
Also on 2/23/2016 by Emily Wasserman in Fierce Medical Devices, here.

February 29, 2016
"Walgreens Is Reportedly Taking Steps to Dump Theranos."
Forbes.  By Phil Wahba.  Here.

March 3, 2016
"Theranos Elizabeth Holmes Withdraws from Conference Talk."
Medscape.  By Damian McNamara & Allison Shelley.  Here.
[Withdraws from Scripps annual genomic medicine conference.]
"Elizabeth Holmes Backs Out of Genome Medicine Conference"
San Diego Newspaper Group.  Here.

March 8, 2016
"Theranos Ran Tests Despite Quality Problems"
"...81 Patients Despite Erratic Results from QC Checks"
WSJ.  By John Carreyou.  Here.

WSJ notes:  "The test that inspectors found Theranos kept doing despite erratic QC results was a hematology test...Inaccurate results can be especially serious for patients taking blood things such as warfarin...too much warfarin can cause fatal bleeding.....The company has asked CMS not to publicly release the inspection report on the grounds that doing so would compromise Theranos trade secrets, according to people familiar with the company’s position. The agency usually makes inspection findings public after a period of time...."

"CMS Flogs Theranos for Quality Issues with Blood Clot Test"
Open Access comment at FierceMedical Devices, by Emily Wasserman, here.

March 9, 2016
"Why Much Hyped Biotech Company Is Fighting to Save its Reputation"
CBS News.  Here.
CBS Video (6 minutes 26 seconds), same webpage.

March 11, 2016
"Theranos' Blatant Disregard for Patient Safety"
American Council on Science & Health.  By Lila Abassi.  Here.

March 14, 2016
"Hillary Clinton Lets Scandal-Plagued Corporation Throw Her a Fund-raiser, for Some Stupid Reason."
New York.  By Eric Levitz.  Here.
"Chelsea Clinton Is Holding a Fundraiser With the Embattled Theranos CEO."
Fortune.  By Sy Mukherjee.  Here.
"Theranos Founder Elizabeth Holmes to Host Clinton Fundraiser."
WSJ. By Peter Nicholas and John Carreyou.  Here.
"Embattled Theranos CEO to Host Clinton Fundraiser."
Politico.  By Brianna Ehley.  Here.   See Invitation JPEG here.

March 16, 2016
"What Theranos Has to Lose by Hosting a Hillary Clinton Fundraiser."
StatNews.  By David Nather.  Here.

March 18, 2016
"Hillary Fundraiser Will Not Be Held at Theranos."
CNBC.  By Eamon Javers.  Here.
[Event will be held at private home of Susie Hwang and matt Glickman in Palo Alto.  Holmes is listed 1st among the 11 female Silicon Valley hosts; "hosts" have contributed or raised >$2700.]

March 29, 2016
"Theranos Blood Testing Inconsistent with Other Labs, Study Shows."
BioPharmaDive.  By Nicole Gray.  Here.
Study by Kidd et al. in J Clin Invest, here.  Theranos letter to editor, here (researchers did not contact us.)  Reseachers did try to contact Theranos, per WSJ (here) and per The Verge (here).  WaPo coverage, here.  Forbes coverage, here.

March 31, 2016
"Theranos Devices Often Failed Accuracy Requirements."
Wall Street Journal. By John Carreyou.  Here.
(WSJ reviews 121-page government report.  "A redacted version was released...a full version was reviewed by WSJ.")   Redacted version here.

Note:  The Verge says "Theranos says it has performed nearly six million tests in the past two years." (here linking to Theranos here.)  WSJ writes, "Government records show Theranos has performed 890,000 tests in the past year."

April 1, 2016
"Theranos Blood Tests Often Wildly Wrong, May be Shut Down by Feds"
Ars Technica.  By Beth Mole.  Here.
New York Times, here. The Verge, here.  Forbes, here.  Politico, here.

April 4, 2016
"Theranos Scandal Widens on Scathing Report."
Fox Business.  By Steve Tobak.  Here.

April 8, 2016
"Theranos Adds Startlingly Well Qualified Medical Board."
Fortune.  By Roger Parloff.  Here.
"Five of the six new members are either past presidents or past board members of the American Association for Clinical Chemistry." Press release here.

"Outside Experts Hired by Theranos See Promise But Still Seek Proof."Forbes.  By Matthew Herper.  Here.

"Unspinning the Theranos Scientific Advisory Board Communications Spin."
Telecareaware. By Donna Cusano.  Here.

April 11, 2016
"Theranos Adds Medical Experts to Advisory Board."
Silicon Valley News.  By Joseph Shieh.  Here.  [Includes bio's of 8 experts]

April 13, 2016
"Theranos Founder Elizabeth Holmes is Facing a Ban by Regulators."
Fortune.  By Laura Lorenzetti.  Here.

"Theranos Under Fire as U.S. Threatens Crippling Sanctions."
New York Times.  By Reed Abelson & Andrew Pollack. Here.

"U.S. Government Wants to Ban Theranos' Elizabeth Holmes from Operating a Lab for Two Years."
The Verge.  By Arielle Duhaine-Ross.  Here.
Quote: "We are hopeful that CMS won’t impose sanctions," Theranos spokesperson Brooke Buchanan told The Verge in an emailed statement.

"Regulators Propose Banning  Theranos Founder Elizabeth Holmes For At Least Two Years."
Wall Street Journal. By John Carreyou and Christopher Weaver.  Here.
Several pages from CMS letter excerpted by the WSJ, here.
(Note: Within 5 hours, WSJ had posted 255 comments.)
(Full 44p letter not released due to company's request for redactions.) 
Quote: "The appeals process could take months, and such appeals have rarely succeeded in the past. A list of appeals decisions on the agency’s website shows that the agency didn’t lose a single such case from 2001 to the end of 2010. [here]"

April 14, 2016
"Theranos Lab Threatened with CMS Ban, But Firm Says Corrections Have Been Made."
Gray Sheet.  By Sue Darcey.  Here.

"CMS Notifies Theranos of CLIA Sanctions That Include Revoking Clinical Laboratory’s CLIA License and a Two-Year Ban on Holmes, Balwani, and Dhawan."
Dark Daily. By Joseph Burns.  Here

"Things Aren't Going So Well for Theranos, Employer of Multiple Former TBWA [Advertising] Executives."
AgencySpy.  By Patrick Coffee.  Here.
Quote: "One of [the magazine features praising Holmes] was written by Laura Arrillaga-Andreessen, whose husband Marc happens to be a major venture capital investor in Theranos...NYT public editor Margaret Sullivan later agreed that this [NYT] article was ...an obvious conflict of interest."  See October 29, 2015, above.

"What Theranos and Elizabeth Holmes Have Always Misunderstood."
Inc.  By Jeff Bercovici.  Here.
Quote:  "There's a reason almost no other health care startup's leadership looks like this. Pairing huge amounts of capital with minimal experience may be a great recipe for innovation in social media apps and on-demand services. But in health care, a little knowledge is a dangerous thing."

April 19, 2016
"Theranos Is Under Investigation for Fraud, Which Is Weird for a Private Company."Wired.  By Nick Stockton.  Here.
   See his earlier article, October 29, 2015, "The Theranos Scandal Could Become a Legal Nightmare." Here.

"Theranos Director Defends CEO, Says Investors Have Faith."Bloomberg.  By Sheelah Kolhatkar.  Here.

April 20, 2016
"Theranos Is the Collision of Hope and Greed."
TIME.   By Arthur L. Caplan.  Here.

April 21, 2016
"Can Theranos Survive Without Elizabeth Holmes?"
Fortune.  [VIDEO discussion].  Here.

"A Marriage Gone Bad: Walgreens Struggles to Shake Off Theranos."
New York Times.  By Randall B. Stoss.  Here.

PAIR:  April 21/April 22
[A] "How Elizabeth Holmes is Scoring PR Points for Theranos."
Fortune. By Mary Civiello.  Here.
[B] "Is Theranos Really Winning the PR War?"
Adweek/PRNewser.  By Shawn Paul Wood. Here.

April 22, 2016
"The Rise and Fall of Theranos."
Scientific American.  By Norman A. Paradis.  Here.
"Theranos has gotten only one test cleared by the FDA. That test—for Herpes infection—is for the detection of antibodies, not a measurement of their concentration. Tests for the presence or absence of a molecule are much simpler than those that quantify its concentration." Co-published at TheConversation, here.

April 23, 2016
"Blood Sports."
Economist.  [No author].  Here.

April 24, 2016
"Theranos' Fate Rests With a Founder Who Answers Only to Herself."
New York Times. By Reed Abelson.  Here.

April 27, 2016
"Don't Blame Silicon Valley for Theranos."
New York Times.  By Randall Stoss.  Here.

"Theranos Lab Problems Go Way Deeper Than Its Secret Tech."
Wired.  By Nick Stockton.  Here.

"The Theranos Crisis: Where Was the Board?"Forbes.  By Pamela Wasley.  Here.

April 28, 2016
"Theranos Woes Offer Lesson in How Labs Should Be Regulated."
Forbes.  By Scott Gottleib.  Here.

April 29, 2016
"Theranos Exposes Perverse Incentives in Silicon Valley."
Quartz.  By Jay Edelson & Christore Dore.  Here.

May 2, 2016
"The Secret Culprit in the Theranos Mess."
Vanity Fair.  By Nick Bilton.  Here.  [Culprit = Silicon Valley tech media]
"Carreyrou told [Bilton] an entourage of lawyers arrived at the Journal’s Midtown Manhattan offices at one P.M. on June 23. The pack confidently sauntered past editors and reporters in the fifth-floor newsroom .... the lawyers placed two audio recorders at either end of the long oval wood table, and recalcitrantly sat across from Carreyrou, his editor, and a Journal lawyer. Then they hit record.  Almost immediately, one person present told me, Boies and his team threatened legal action against the paper, accusing it of being in possession of “proprietary information..."
"Theranos Sent David Boies and a Team of Lawyers to the Wall Street Journal to Try and Stop Its Bombshell Story."
Business Insider.  By Lydia Ramsay.  Here.  [Quoting Vanity Fair, Bilton, above]

"Biotech Theranos Offers a Cautionary Tale for Silicon Valley."
NPR.  All Tech Considered.  By Laura Sydell.  Here.

"Here's What Warren Buffett Thinks of Theranos and its Star Studded Board."
Finance.Yahoo.com   By Daniel Roberts.  Here.

May 4, 2016
"Everything You Need to Know About the Theranos Saga So Far."
Wired.  By Nicholas Stockton.  Here.

"FDA Looks to Clamp Down on Laboratory-Developed Tests and Put an End to ‘Wild West of Medicine’: Might CLIA Problems at Theranos Support FDA’s Position?"
Dark Daily. By Andrea Downing Peck. Here.
[Answer to the title question: Yes.]

May 5, 2016
"The Fall of Theranos and the Future of Silicon Valley."
TIME.  By Lev Grossman.  Here.
 


May 9, 2016
"Bleeding Out: Theranos Oozes with Corporate Governance Lessons."
Compliance Week.  By Jaclyn Jaeger.  Here.

May 11, 2016
"Theranos Executive Sunny Balwani to Depart Amid Regulatory Probes."
WSJ.  By John Carreyou.  Here.

May 18, 2016
"Theranos Voids Two Years of Edison Blood Test Results."
WSJ.  By John Carreyou.  Here.

May 19, 2016
"Theranos CEO Elizabeth Holmes Needs an Assist.  Literally."
Fortune.  By Dan Primack.  Here.
[Advertisement for CEO executive assistant.]

May 25, 2016
"Craving Growth, Walgreens Dismissed Its Theranos Doubts."
WSJ.  By Christopher Weaver and John Carreyou.  Here.

May 27, 2016
"Theranos Lawsuits Start to Add Up."
CNN.  By Sara Ashley O'Brien.  [Class action effort filed with court.]  Here.

"After the Theranos Mess, Can We Finally Quit Idolizing Entrepreneurs?"
Fortune.  By Steve Tobak.  Here.

June 1, 2016
"From $4.5 billion to nothing: Forbes revises estimate of net worth of Theranos founder Elizabeth Holmes."
Forbes.  By Matthew Herper.  Here.

June 3, 2016
"Theranos Says Only 1% of Results Affected; Some Doubt Tests."
Bloomberg.  By Rebecca Spalding and Caroline Chen.  Here.

June 9, 2016
"Jennifer Lawrence Signs On For Big Screen Theranos Adaptation."
Engadget.  By Andrew Dalton.  Here.  (Deadline Hollywood, here.)

June 13, 2016
"Theranos Got Ditched By Its Biggest Partner - Here's What It Has Left."
Business Insider.  By Lydia Ramsey.  Here.    WSJ here.

June 24, 2016
"World's Most Loyal VC Says Theranos Critics Are Just Haters."
Vanity Fair.  By Maya Kosoff.  Here.

July 6, 2016
"Congress Is Demanding Theranos Explain How It's Going to Fix Itself."
Fortune.  By Sy Mukherjee.  Here.  (5 page letter online, here.)

July 7, 2016
"Elizabeth Holmes Is Barred from Running Lab for 2 Years."
New York Times.  By Andrew Pollack.  Here.
Open access similarly at: NPR, here.

Link to July 7, 2016 CMS CLIA Letter here (33 pp).

July 8, 2016
"Elizabeth Holmes Will Remain CEO, Theranos Says, But It May Stop All Lab Operations."
Forbes.  Mathew Herper.  Here.

"Theranos' Downfall Isn't Just Elizabeth Holmes' Fault."
Slate.  By Shannon Palus.  Here.

July 9, 2016
"The Theranos Implosion and Robert Schiller on Short Selling and Complete Markets."
Forbes.  By Tim Worstall.  Here.

"The 9 Fiascos That Have Pretty Much Doomed Theranos."Wired.  By Nick Stockton.  Here.

July 26, 2016
"Stealth Research and Theranos: Reflections and Update 1 Year Later."
JAMA.  By John P.A. Ioannidis.  Here.

August 1, 2016
"Theranos' Holmes on the Rise and Fall and Maybe Rise Again of a Medical Tech Darling."
CNN.  By Jen Christensen.  [Lab tour by Sanjay Gupta]  Here.

August 1, 2016.
Holmes Speaks at AACC Conference.
Forbes, Matthew Herper, Live Blog (archive) here.
WSJ, John Carreyou, here.
CNBC, article and video story, here.
Wired, Nick Stockton, here.

August 1, 2016
"Theranos' Highly-Anticipated Defense of Its Tech Is Called a Bait-and-Switch."
Fortune.  By Sy Mukherjee.  Here.

"How Theranos Created and Destroyed Investors' Trust."
Fortune.  By Kent Grayson.  Here.

August 2, 2016
"The Founder of Theranos Tries to Change the Subject."
The New Yorker.  By Sheelah Kolhatkar.  Here.

"How Theranos' Reboot Could Backfire."
Washington Post.  By Carolyn Y. Johnson.  Here.

August 3, 2016
"Theranos CEO Quietly Steps Down from Presidential Entrepreneurship Program."
California Healthline.  [Name, photo removed from website.]  Here.  At Breitbart, here.

20160928 - The 20160808 MolDX Q&A for Liquid Biopsy Testing

$
0
0



Frequently Asked Questions: MolDX ctDNA AV Specifications, M00135 (M00136, V1)

1. Does this apply to tests that have gone through FDA clearance/approval or will MolDX accept FDA regulatory review as proof of satisfactory analytic performance?
Our expectation is that any test that has received FDA clearance/approval will be able to achieve 'satisfactory analytical performance' by our specifications.

2. Does this apply to individual marker testing on ctDNA or panels?
We expect this to apply to any ctDNA testing.
3. If testing is only performed as part of a panel, must you have a CV done on each target reported or just ones that are most common? What about multiple variants or targets within a gene? Example BRAF V600E and K or EGFR d19, L858R and t790m? 
First, remember that these specifications only address AV, not CV or CU, which will be addressed separately and may be dependent on the clinical context (e.g., at initial diagnosis versus recurrence). That said, CV for such tests, whether testing for one gene or many, usually relates to variants within a given gene having diagnostic, prognostic or predictive significance, and are usually established by reference to the literature. While we expect this to be true for ctDNA tests as well, we would point out that the 'clinical validity' of these alterations (e.g., drug responses in patients with the variants) was established for tissue-based testing with FDA-approved companion diagnostics, and (to our knowledge) has not formally been established for tissue-based LDTs, let alone by ctDNA-based LDTs, detecting the same alterations.
4. The article uses 'qualitative' and many of the companies are performing 'quantitative' testing - does that exclude a 'quantitative' testing lab from this requirement? 'with ctDNA or quantitative ctDNA assays intended for drug response/disease monitoring or minimal residual disease (MRD) applications.' What if a laboratory characterizes assays as quantitative or semi-quantitative assays?
As even CAP and NYSDOH indicate in their checklists, the requirements for analytical validation for any quantitative or semi-quantitative test are different (usually more extensive) than those for a qualitative test, as in most cases are the clinical applications. Therefore, if a lab is reporting quantitative measurements for its ctDNA-based test(s), or has indications requiring quantitative testing (e.g., MRD and TDM), then different AV, CV, and CU requirements will almost certainly apply, which at the moment will be addressed on a case-by-case basis.
Does this mean digital will not fall under this criteria?
As indicated in the answer to #2 above, these criteria apply to all ctDNA-based testing regardless of methodology, so this would include ddPCR.

5. Are liquid biopsies being considered differently than LDT testing that is currently routinely performed on tissue and reimbursed under the current clinical lab fee schedule?  Examples are tests that are reimbursed as LDTs for 81235 (EGFR) or 81275 (KRAS) etc.
Yes, because the analytical performance characteristics and appropriate clinical use for LBx-based tests are different than tissue biopsy (TBx)-based tests, as indicated in the recent FDA approval for Roche’s cobas EGFR Mutation Test v2.
Is the intention to increase the evidence for all molecular testing including validation on tissue testing? Currently, there is no standard that makes tissue based reference labs perform more than a CLIA level validation when non NGS.
No, MolDX has previously indicated (M00127, M00130) that any TBx-based tests that are not tissue-only 'hotpsot' panels, just like all liquid biopsy (LBx)-based tests, should be billed under 81479 (NOT using Tier 1 or 2 codes, or GSP codes 81445, 81450, and 81455).

6. 'ttDNA' is used throughout the document and we conclude that is Tissue DNA but want to confirm.
Yes, tumor tissue DNA (ttDNA) to distinguish it from circulating tumor DNA (ctDNA)

7. Section I
General Laboratory Requirements
B. New York State Department of Health (NYSDOH) final test approval      

Q: Does this apply to laboratories that are not servicing the state of NY? Or do you support this as a standardization tool that will be used as a requirement for future tests? If you gain FDA clearance, thus not needing NY approval (please confirm) – what, if any, validation is required?
Based on feedback we have received since the publication of these specifications, we have decided to remove the requirement for final test approval from NYSDOH, and the document will be updated to reflect this.  For FDA-cleared or approved tests, please see our response to question #1 above.
8. Section III
Analytical Requirements
E. The technology platform and/or sequencing chemistry used for the orthogonal reference method should be different than that for the ctDNA assay being validated. For example, if the ctDNA assay uses Illumina sequencing, preferred orthogonal reference methods include digital PCR or Ion Torrent sequencing. Alternatively, reference sequence information provided by a vendor is acceptable.

Q: Please provide more clarity around 'orthogonal reference' Many laboratories are performing Quant PCR and confirming with Sanger Sequencing for example does this state that a change would need to take place and perform by Quant PCR and confirm with NGS for example (completely different method)?
'Orthogonal reference method' is merely a term of art for the 'other' method against which the LBx-based test is being compared. It can be any method the test developer chooses, and can even be multiple methods for different types of alterations (e.g., Sanger sequencing for indels, qPCR for fusions, etc.). The test developer just needs to indicate what exactly the 'orthogonal reference method' is.  Our guidance is simply pointing out a best practice that is common in the industry that the technology platform and/or sequencing chemistry used for the orthogonal reference method should if at all possible be different than that for the assay being validated. And again, we remind test developers that the 'reference' sequence may be one provided by a vendor (e.g., NIST, Coriell, Horizon, etc.)
9. G.4 The laboratory will report the sample-level (not variant level) PPA and NPA, a sub-analysis of Tables 1, 2 (if performed) and 3, for the following 13 gene-variant groups…
Q: Is sample-level the number of samples?

Yes, in other words, does the sample contain any of the specific gene-variant groups listed? For example, does the sample have any ALK SVs, or any BRAF V600E/K SNVs, etc.?

Last Updated: 08/08/2016

Invited Speakers of NCI 9/29-9/30/2016 Workshop on ctDNA. (Online Archive)

$
0
0

Invited Speakers of NCI 9/29-9/30/2016 Workshop on ctDNA.

  


Invited Speakers

Luis Alberto Diaz, Jr, M.D.

Dr. Luis Diaz

Associate Professor of Oncology, Johns Hopkins University

Dr. Luis Diaz is a leading authority in oncology, having pioneered several genomic diagnostic and therapeutic approaches for cancer. He is an attending physician at the Johns Hopkins Hospital where he specializes in the treatment of pancreatic and colorectal cancers. He is currently a member of the Ludwig Center for Cancer Genetics and Therapeutics where he directs translational medicine and is the Director of the Swim Across America Lab. D r. Diaz has undergraduate and medical degrees from the University of Michigan, and completed residency training at the Osler Medical Service at Johns Hopkins and medical oncology training at the Sidney Kimmel Cancer Center at Johns Hopkins.

Maximilian Diehn MD, PhD.

Dr. Maximilian Diehn

Assistant Professor of Radiology Oncology Stanford University

is an Assistant Professor of Radiation Oncology at Stanford University, with co-appointments in the Cancer Institute and Institute for Stem Cell Biology and Regenerative Medicine. He is a board certified Radiation Oncologist and specializes in the treatment of lung cancers. Dr. Diehn's current research program spans laboratory, translational, and clinical studies. His areas of interest include cancer genomics, stem cell biology, and lung cancer biology. His group has developed an ultrasensitive and specific method for detection of circulating tumor DNA called Cancer Personalized Profiling by Deep Sequencing (CAPP-Seq). Current work is focused on applying CAPP-Seq to a range of tumor types and clinical contexts, with a particular emphasis on analyses of tumor heterogeneity and detection of minimal residual disease. He received his Bachelor's Degree in Biochemical Sciences from Harvard College and his M.D./Ph.D. in Biophysics from Stanford University.

Peter Kuhn, PhD.

Dr. Peter Kuhn

Dean's Professor of Biological Sciences and Professor of Medicine, Biomedical Engineering, University of Southern California

Dr. Kuhn is a scientist and entrepreneur with a career long commitment in personalized medicine and individualized patient care. He is focused on the redesign of cancer care. Dr. Kuhn is the Dean's Professor of Biological Sciences and Professor of Medicine and Engineering at USC, a founding member of the Michelson Center for Convergent Biosciences, a co-founder of the BRIDGE @ USC and director of the Southern California Physics Oncology Center. Prof. Kuhn's strategy is to advance our understanding of the human body to improve the human condition. His research is shedding new light at how cancer spreads through the body. This new science will lead to a personalized care strategy that is biologically informed and clinically actionable. Dr. Kuhn is a physicist who trained initially at the Julius Maximilians Universität Würzburg, Germany, before receiving his Masters in Physics at the University of Albany, Albany, NY in 1993 and his Ph.D. in 1995. He then moved to Stanford University where he later joined the faculties of Medicine and Accelerator Physics. From 2002 to 2014 he established a translational science program at the Scripps Research in La Jolla, CA that brought together over forty scientists from basic, engineering and medical sciences to work on understanding the spread of cancer in the human body. He has published over 200 peer scientific articles and patents as a result of his research. He founded Epic Sciences, Inc. in 2009 to develop cancer diagnostic products. Today Epic Sciences is a premier partner to most pharmaceutical and biotech companies in the development of precision companion diagnostics for cancer care. The University of Southern California (USC) recruited Dr. Kuhn in 2014 to advance the next frontier of human scale science that can improve the human condition. At the convergence of biological, engineering and medical sciences will we learn how major diseases from cancer to neurodegenerative to autoimmune diseases evolve in and how we can improve the outcomes for patients.

Tony E. Godfrey, PhD

Dr. Tony Godfrey

Associate Chair, Surgical Research and Associate Professor of Surgery, Boston University

Dr. Godfrey earned a bachelor's of science degree in biochemistry from Brunel University in England, followed by a doctorate in molecular biology and biochemistry, also from Brunel. He attended the University of California, San Francisco, for postdoctoral fellowships and managed UCSF's Genome Analysis Core Facility before taking his first faculty position at the University of Pittsburgh in 1999. Dr. Godfrey's research is focused on cancer genetics and molecular pathology. Research projects use state-of-the-art genetic and genomic approaches to address clinical needs in the areas of cancer diagnosis, prognosis and therapy. Currently the major focus of Dr. Godfrey's research is on Barrett's esophagus and esophageal adenocarcinoma; a tumor with rapidly increasing incidence in the United States and other western countries. The Godfrey lab works closely with translational research teams comprised of surgeons, pathologists and oncologists in order to develop new molecular approaches to cancer detection, staging and treatment.

Abstract Title: Detection of Tumor-specific Mutations in Circulating, Cell-free DNA: Potential for a Biomarker in Esophageal Adenocarcinoma

Recent studies have shown that tumor-specific DNA from multiple types of tumors can be detected circulating in plasma and this has raised the possibility of “liquid biopsies” using mutated tumor DNA as a potential diagnostic and prognostic biomarker. Detection of mutations with allele frequencies below 0.1% remains challenging however given that circulating cell-free DNA is highly degraded and in low abundance. Detection of multiple different mutations in the same sample presents an additional challenge particularly when the mutation panel may change from patient to patient. We have developed a novel approach, called SimSen-Seq, to introduce molecular barcodes into sequencing libraries with DNA inputs as low as 5ng. Barcodes enable differentiation of true mutants from background noise introduced by Taq polymerase errors and permits detection of variant alleles with frequencies below 0.1%. The barcodes are protected from mis-priming using a hairpin structure which permits a high degree of multiplexing and flexibility for detection of multiple mutations from one plasma sample. We are using this technology to test the utility of liquid biopsy as a biomarker for esophageal adenocarcinoma (EAC) diagnosis and disease monitoring.

Tza-Huei (Jeff) Wang

Dr. Tza-Huei (Jeff) Wang

Professor, Department of Mechanical Engineering, Department of Biomedical Engineering, Institute for NanoBioTechnology, Sidney Kimmel Comprehensive Cancer Center, The Johns Hopkins University

Dr. Wang's primary research focus is the development of new technologies and methods for molecular analysis of diseases and biomedical research via advances in micro- and nano-scale sciences. He has contributed to developments in single-molecule fluorescence spectroscopy, microfluidics and nano-biosensors for genetic and epigenetic biomarker-based diagnostics of cancer, infectious disease and an array of other diseases. Wang also has taken the leading role in the development of quantum dot-fluorescence resonance energy transfer (QD-FRET) DNA nanosensors, which have been used to detect a variety of cancer biomarkers, including point mutations, DNA methylation and gene copy variations in clinical laboratories. In addition, he has pioneered the development of single molecule detection (SMD) technologies for biomarker screening. Wang is an inventor of 20 patents, and has authored > 150 research articles and delivered > 90 invited talks. He received the NSF CAREER Award in 2006, CSR Jorge Heller Award in 2007, ASGR Excellence in Research Award in 2007, JALA Ten Award in 2011, JHU Discover Award in 2015 and several Best Paper Awards in technical conferences and workshops.

Abstract Title: Translating Nanotechnology and Microfluidics for Analysis of DNA Methylation

Tumorigenesis is a multi-step process resulting from gain-of-function or loss-of-function alterations, occurring through genetic or epigenetic abnormalities. The most well-studied epigenetic alteration is the transcriptional silencing of tumor suppressor genes associated with aberrant CpG DNA hypermethylation of gene promoter regions. Numerous reports demonstrate promoter hypermethylation as a promising biomarker for different types of cancer. The use of tumor-specific methylated circulating DNA as a biomarker is particularly attractive for cancer screening and companion diagnostics, as blood is obtained through a simple, relatively noninvasive procedure. While promising, reliable detection of methylation as marker is hampered by the limited quantity of circulating DNA in blood. This talk describes the development of new technology platforms using micro and nanotechnologies to enhance the both the sample preparation and detection sensitivity for analyzing circulating methylated DNA. Examples includes the use of the quantum dot (QD)-FRET technology to improve the limit of detection and the use of combined digital detection and high precision melt analysis to distinguish individual copies of epiallelic species at single-CpG-site resolution. The talk also describes a silica superparamagnetic particles-based single-tube sample preparation process that enhances the efficiency of recovery of circulating DNA and subsequent bisulfite conversion. The streamlined process has led to the development of a microfluidic droplet platform of sample preparation that promises for robust DNA methylation analysis in the point of care settings.

Julie E. Lang, MD, FACS

Director Julie Lang

Director, USC Breast Cancer Program
Associate Professor of Surgery, University of Southern California

Julie Lang, MD, FACS is an Associate Professor at the Keck School of Medicine of USC. She earned her medical degree from the University of North Carolina, Chapel Hill. She then went on to complete a Surgery residency and a postdoctoral research fellowship in breast cancer research at the University of California, San Francisco. She completed her breast surgical oncology fellowship at the UT-MD Anderson Cancer Center in 2007. She served as the Director of Breast Surgical Oncology at the Arizona Cancer Center for 5 years, then joined the faculty of USC in 2012. Dr. Lang is an expert in the field of breast surgical oncology, with strong expertise in both clinical care and research in the field of breast cancer. She is experienced with advanced breast surgical techniques, such as skin sparing, nipple sparing mastectomies, and coordinating reconstructive surgery with colleagues in Plastic Surgery. Her research focuses, clinical trials, locally advanced/inflammatory breast cancer and radiation-induced sarcoma. Dr. Lang is an avid breast cancer researcher and leads the Breast Surgical Oncology Translational Research Laboratory at the Norris Comprehensive Cancer Center. Dr. Lang is very patient centered and strives to utilize technology and evidenced based medicine to the benefit of her patients. She has published numerous peer reviewed articles and book chapters on the topic of breast cancer.

Abstract Title: Advantages and Disadvantages of ctDNA vs CTC Assays

Circulating tumor DNA (ctDNA) and circulating tumor cell (CTC) assays have each been demonstrated to be prognostic in breast cancer. CTCs and ctDNA research have made great progress demonstrating correlation with clinical grade biomarkers/tumor growth and sequencing of tumors. There is a compelling case for studying these circulating biomarkers to predict treatment response. Specific advantages and disadvantages for applying these two types of liquid biopsies towards prospective translational studies will be discussed.

Geoffrey R. Oxnard, MD.

Dr. Geoffrey Oxnard

Assistant Professor of Medicine, Harvard Medical School

Dr. Oxnard is a thoracic oncologist at the Dana-Farber Cancer Institute and an Assistant Professor of Medicine at Harvard Medical School. He is a clinic-based translational investigator whose research focuses on the development of biomarkers and targeted therapies for management of genotype-defined NSCLC populations and drug resistance. He was previously awarded with a Young Investigator Award and Career Development Award from the Conquer Cancer Foundation of ASCO, a Career Development Award from the US Department of Defense, and has recently been named a Damon Runyon Clinical Investigator. He leads or co-leads a number of ongoing correlative studies including the NCI's ALCHEMIST study aiming to genomically characterize resected NSCLC, the INHERIT EGFR study of germline EGFR T790M mutations, and the FNIH VOL-PACT study of advanced imaging metrics for efficient clinical trial design.

Katherine Varley, PhD

Dr. Katherine Varley

Assistant Professor, Oncological Sciences, University of Utah

Katherine (K-T) Varley, PhD, is an investigator at Huntsman Cancer Institute and an assistant professor in the Department of Oncological Sciences at the University of Utah. Dr. Varley's research focuses on using next-generation sequencing assays and computational analyses to study the gene expression, transcription factor binding and DNA methylation patterns in breast cancer. Her goals are to answer fundamental questions about how epigenetic gene regulation is disrupted in cancer cells as well as to discover drug targets and biomarkers that may have a more immediate impact on breast cancer treatment. Research in her lab involves the development of new molecular methods and bioinformatics approaches to explore the cancer genome and to translate discoveries into clinical tools that improve patient care. Recently Dr. Varley's lab has modified the targeted sequencing method she developed, called Patch PCR, in order to quantify low frequency mutations and DNA methylation. They are applying this approach to measure rare circulating tumor DNA molecules in blood plasma from breast cancer patients

Abstract Title: Patch PCR: A targeted sequencing approach to quantify breast cancer ctDNA

Monitoring for disease recurrence is an essential component of the clinical management of breast cancer. Approximately 1.5 million breast cancer survivors will see their oncologists for follow-up physical exams and imaging tests this year. Circulating tumor DNA (ctDNA) is a promising biomarker for non-invasive monitoring for breast cancer recurrence because it can be detected early, several months before imaging-based detection of metastasis. Additionally, tumor mutations that confer resistance to hormone therapy can be detected in ctDNA, which can help inform treatment decisions. Our goal is to develop a clinical-scale ctDNA test that can be used to monitor breast cancer patients for disease recurrence and determine if a recurrent tumor is resistant to hormone therapy. Several years ago we developed Patch PCR, a method for targeted sequencing that utilizes thermo-stable ligation and PCR to capture up to 1,000 targeted loci in parallel for sequencing on next-generation instruments. Recently, we have enhanced Patch PCR by incorporating unique molecule indexes during the ligation-based capture, which enables the accurate quantification of rare ctDNA molecules in cell free DNA isolated from blood plasma. We designed a breast cancer mutation panel that covers enough loci so that ctDNA from most patients’ tumors can be detected. We have also designed a breast cancer DNA methylation panel, which enables the quantification of ctDNA based upon the detection of breast cancer-specific DNA methylation patterns. We have reduced the cost, time, and complexity of the test so that it can be performed routinely and reliably in a CLIA laboratory environment. We will describe the development, evaluation, and optimization of these tests.

Muhammed Murtaza MD, PhD

Dr. Muhammed Murtaza

Translational Genomics Research Institute, Mayo Clinic Arizona

Dr. Muhammed Murtaza received his medical degree from Aga Khan University in Karachi, Pakistan before moving to Trinity College and Cancer Research UK Cambridge Institute to get a PhD from the University of Cambridge. He started his research career investigating germline determinants of disease predisposition in South Asians before moving into development of cancer diagnostics through cell-free DNA analysis. He moved to Arizona in 2014 as Assistant Professor and Co-Director of the Center for Noninvasive Diagnostics at TGen and Mayo Clinic Arizona, where he setup a research program focused on liquid biopsies for patients with cancer. Dr. Murtaza’s current research focuses on developing novel methods to leverage circulating tumor DNA analysis as a longitudinal diagnostic tool for patients with localized and metastatic cancers.

Abstract Title: Capturing tumor heterogeneity and clonal evolution using ctDNA analysis

ctDNA analysis is moving rapidly towards clinical applications such as noninvasive tumor genotyping, re-biopsies and monitoring of treatment response. However, there is little evidence evaluating the extent of tumor heterogeneity that can be captured in plasma DNA and we don't yet understand how to make sense of discordant results between plasma and tumor samples. In this talk, I will share insights gained from targeted and exome-wide comparisons between tumor biopsies and longitudinal plasma samples in patients with breast and ovarian cancer.

Jamie Holloway, PhD

Dr. Jamie Holloway

Breast cancer Survivor, patient Advocate

As a graduate student at Georgetown University, Jamie Holloway studied breast cancer progression while gaining an appreciation for the impact of research on patients. Nearly ten years after earning her PhD, she was diagnosed with triple negative breast cancer. Following treatment and with no evidence of disease, she now provides a patient's perspective to researchers as a member of Georgetown Breast Cancer Advocates and bridges the gap between scientists and patients as a Precision Medicine Advocate for Cure Forward and the Patient Advocate for the Metastatic Breast Cancer Project at the Broad Institute of MIT and Harvard.

Abstract Title: Patient advocacy perspective in the use of ctDNA in clinical trials and beyond

This talk will focus on the patient's perspective of the utilization of ctDNA in the clinical trials process and beyond, into clinical practice. Specifically, the need to validate the procedure will be discussed, as will some problems that may be encountered. Significant benefits of utilizing ctDNA within the scope of a clinical trial will be considered, and additional discussion will focus on patient benefits that can be derived from the incorporation of this technology into the standard of care. Furthermore, the promise for the use of ctDNA in the monitoring of disease progression in the in-treatment and the NED populations will be explored.

Theresa Zhang, PhD

Dr. Theresa Zhang

Vice President, Research Services, Personal Genome Diagnostics

Dr. Theresa Zhang joined PGDx after a decade at Merck Research Laboratories, where she led the molecular profiling group supporting Oncology drug development at all stages. During her tenure at Merck, Dr. Zhang oversaw large scale efforts for identifying patient selection biomarkers, advanced multiple candidate biomarkers for clinical validation and led the development of specially designed CLIA assays for use in cancer clinical trials. Dr. Zhang received B.S. degrees from Peking University and Bridgewater College and a Ph.D. from the University of Virginia. She completed a Post-doctoral Fellowship in bioinformatics at Cold Spring Harbor Laboratories. Dr. Zhang is a co-author of numerous scientific publications and a frequent presenter at scientific meetings.

Kelli Bramlett

Director Kelli Bramlett

Director, R&D, Thermo Fisher Scientific

Kelli Bramlett leads a team of scientists in the Clinical Sequencing Division of Life Sciences Solutions, Thermo Fisher Scientific. She guides the Research and Development effort focused on creating innovation sequencing and data analysis solutions for cfDNA analysis and liquid biopsy with next generation sequencing. The team has also developed many sequencing products and applications for RNA analysis using next generation sequencing. Prior to joining Thermo Fisher Scientific, Ms. Bramlett was a drug development scientist at Ely Lilly and Company where she led a team of scientists specializing in gene regulation and nuclear receptor biology to identify novel drug targets. Ms. Bramlett built her background and experience in gene regulation through prior academic positions at Baylor College of Medicine and M.D. Anderson Cancer Center. Kelli holds an undergraduate degree in Chemistry from Rice University in Houston, TX and a Master's Degree in Pharmacology from Indiana University School of Medicine in Indianapolis, IN.

Abstract Title: Oncomine™ cfDNA Assays – experiences in development and technical validation

Ms. Bramlett will present work done to develop the new Oncomine cfDNA assays for research use in detecting somatic variation from cfDNA. The focus will be on the technology utilized in these new targeted sequencing methods as well as the testing used to technically validate these research materials. She will also present some results from clinical research samples and discuss the early customer experience.

Travis Clark, PhD

Principal Scientist, Molecular Biology and Sequencing, Foundation Medicine.

Dr. Clark received his PhD at the University of Toronto and post doctoral training at Yale University. He took his first position in industry as a senior scientist at RainDance Technologies developing genomics assays on their microfluidic, digital droplet based platform. He then moved to be on the founding team of Ion Torrent Systems as a Senior Research Scientist and was on the team that developed a new next-gen sequencing instrument, the Personal Genome Machine. He went to Vanderbilt-Ingram Cancer Center and Vanderbilt University Medical Center as the Technical Director of the Vanderbilt Technologies for Advanced Genomics center. In 2014Dr. Clark joined Foundation Medicine on the Molecular Biology and Sequencing to lead a lab team focused on taking the circulating tumor DNA assay through feasibility, development, analytical validation, and commercial launch.

Abstract Title: Development of a Clinical Cell-Free Circulating Tumor DNA Assay for Cancer Molecular Profiling

Dr. Clark will be presenting a brief introduction on the clinical requirements (genomic alterations, sample types, accuracy specifications) that led to the assay requirements and design. He will also discuss the design and result of their analytical validation of the ctDNA assay, with focus on precision, accuracy, and orthogonal validation.

Martin Horlitz

Mr. Martin Horlitz

Manager Molecular Diagnostic Development, Qiagen

Dr. Horlitz has been working with QIAGEN since 2007 and is currently the head of the Liquid Biopsy competence center within the Technology Center Diagnostic Sample Preparation & Stabilization (part of QIAGEN's MDx R&D organization). He earned a masters in biology and a PhD in Physical and Molecular Biology from the University of Düsseldorf, Germany. Before coming to QIAGEN, Dr. Horlitz was doing a postdoctoral fellowship at Stanford University School of Medicine (basic research work on eukaryotic translation using single-molecule techniques). His major fields of expertise at QIAGEN include:
  • Extraction of circulating nucleic acids from plasma and serum for applications in prenatal diagnosis and cancer detection ("Liquid Biopsy")
  • Stabilization technologies for circulating nucleic acids in blood in clinical workflows "between blood draw and nucleic acid extraction"
  • Viral nucleic acid extraction for diagnostic applications.
  • Automated pre-analytical workflows for NGS, including liquid biopsy analysis
  • Development of manual and automated nucleic acid purification solutions under Design Control, as required for IVD application development
Dr. Horlitz will present their technological approaches and solutions for blood sample stabilization and manual/automated ccfDNA extraction for molecular diagnostic workflows. This will include showing the importance of pre-analytical steps (i.e., sample stabilization and DNA isolation) to ensure accurate results for rapidly expanding ccfDNA applications in cancer profiling and detection alongside the application of ccfDNA-based testing in noninvasive prenatal diagnostics.

Reena Philip, PhD

Director Reena Philip

Division Director, CDRH/OIR/DMGP, FDA

Dr. Philip currently holds the position of Director in the Division of Molecular Genetics and Pathology in the Office of In Vitro Diagnostic Devices and Radiological Health, at Center for Devices and Radiologic Health at the FDA. At the FDA, she has been involved in many diverse activities including premarket clearance/approval, manufacturer assistance, post market regulatory compliance actions, and the development of FDA Guidance on In Vitro Companion Diagnostic Devices. In addition, she has been an ongoing participant in FDA multi-center reviews in companion diagnostics. Dr. Philip received her Ph.D. in Molecular Biology from The University of Illinois at Urbana-Champaign

Abstract Title: Regulatory considerations: cfDNA IVD as a companion diagnostic

As a noninvasive means to detect genetic alterations in tumor DNA, detection of cell-free tumor DNA in plasma holds much promise for improving cancer diagnosis, monitoring and drug development. Recently The US Food and Drug Administration approved first blood test to detect gene mutation associated with non-small cell lung cancer as a companion diagnostic for the cancer drug Tarceva (erlotinib). Even though FDA approved one liquid biopsy test for lung cancer, there are still lots of challenges in advancing additional liquid biopsy cancer tests. This talk will cover some of these challenges & developments regarding the analytical and clinical validation of liquid biopsy cancer tests.

Lisa M McShane, PhD

Dr. Lisa McShane

Chief of the Biostatistics Branch, Biometric Research Program
Division of Cancer Treatment and Diagnosis (DCTD), National Cancer Institute (NCI).

Dr. McShane advises programs in DCTD and NCI on matters relating to development and use of tumor markers for prognosis, therapy selection, and disease monitoring. She holds a Ph.D. in Statistics from Cornell University and is a Fellow of the American Statistical Association. Her statistical research interests include biomarker-driven clinical trial design, analysis methods for high-dimensional omics data, multiple comparisons methods, surrogate endpoints, measurement error adjustment methods, and biomarker assay analytical performance assessment. She co-led efforts to develop “Reporting guidelines for tumor marker prognostic studies (REMARK)” and "Criteria for the use of omics-based predictors in clinical trials." She is a coauthor of numerous statistical and biomedical papers and the book Statistical Design and Analysis of DNA Microarray Investigations. Dr. McShane serves on the Scientific Advisory Board for Science Translational Medicine and is a member of the Editorial Board for BMC Medicine. She has served on several American Society of Clinical Oncology panels and committees, including those that developed guidelines for HER2 and hormone receptor testing in breast cancer, EGFR mutation testing in lung cancer, and use of tumor biomarkers in early stage breast cancer. She has served as a member of the Institute of Medicine Committee for Management of the Air Force Health Study Data and Specimens, the Consensus Committee on Management of the Air Force Health Study Data and Specimens-Report to Congress, and the Committee on the State of the Science in Ovarian Cancer Research.

Abstract Title: Statistical Considerations for Trials Designed to Determine Clinical Utility of cfDNA Assays

Advances in technologies to detect cell-free DNA (cfDNA) in plasma, serum or other body fluids have generated interest in using these assays as clinical tools for early detection or diagnosis of cancer, and for assessing prognosis, selecting therapy, and monitoring tumor status before, during or after delivery of anti-cancer therapy. Advancement from proof-of-principle studies which demonstrate associations between presence of cfDNA and various clinical endpoints to demonstration that a cfDNA-based test has clinical utility, meaning that its use in clinical practice leads to net benefit for patients, requires appropriately designed clinical studies.
This talk will focus on statistical design principles for clinical studies which aim to establish that a cfDNA test has clinical utility when intended for use in one of three ways: assessing prognosis, selection of therapy, or disease monitoring. General initial considerations include the intended clinical use setting, analytical performance of the specific test to be used, how the test results will be interpreted, and how those results will be used to guide clinical decisions. Statistical design issues common to all three clinical uses include selection of cutpoints for clinical decisions, and consideration of whether the test is proposed as a standalone test absent availability of an alternative test, to replace an existing test, or to use in combination with an existing test. Additional considerations discussed for prognostic test utility evaluation are the distinction between relative and absolute risks, how they are influenced by characteristics of the intended use population, and whether there are therapies available to improve outcome. For assessment of a test’s utility for therapy selection different study designs may be considered depending on the preliminary level of evidence supporting the association between the target DNA alteration(s) and the therapies of interest, but usually some treatment randomization will be required to distinguish prognostic and predictive effects on time-to-event outcomes. Many of the considerations for design of clinical studies to assess a test’s utility in monitoring overlap with those for therapy selection, although timing of the testing occasions and the possibility to monitor for indicators of therapy resistance as well as sensitivity add complexity to the decision making process and study design. Carefully designed clinical studies taking into account all of the aspects discussed and tailored to the specific intended use will be essential to the successful translation of these promising new cfDNA technologies to clinical tests with established medical utility.

Paul "Mickey" Williams, PhD

Dr. P. Mickey Williams

Director, Molecular Characterization Laboratory, Frederick National Laboratory for Cancer Research

Dr. Williams received his doctorate from the University of Virginia, and did postdoctoral work at Stanford University. He spent thirteen years at Genentech, where he developed novel assays to support clinical studies and discover new therapeutic targets and contributed to the development of “real-time” PCR technology. Prior to joining CDP in 2010, he was a senior research group leader at Roche Molecular Diagnostics, managing two large multi-national clinical assay studies: The MILE Study (microarray innovations in leukemia) and a collaboration with the LLMPP (leukemia and lymphoma molecular profiling project) and also led projects that led to two FDA approved companion diagnostic tests. In his current position he continues to make contributions to the use of molecular technologies for use as clinical assays

Christopher D. Gocke, M.D.

Dr. Christopher Gocke

Associate Professor of Pathology, Director of Molecular Pathology Division ,Johns Hopkins University

Dr. Christopher Gocke is an Associate Professor of Pathology and Oncology at the Johns Hopkins University School of Medicine. He is Director of the Division of Molecular Pathology, Deputy Director (Vice Chairman) of Personalized Medicine for the Department of Pathology, and co-director of Johns Hopkins Genomics.He received his M.D. in 1985 from Rutgers Medical School. His residency training in pathology was at the University of Rochester and Stanford University. He completed a fellowship in pathology at Stanford. Dr. Gocke has co-authored over 100 peer-reviewed publications in the area of cancer diagnostics. He is a past Councilor on the Program Directors’ Council of the Association of Molecular Pathology and a member of the NCI’s Investigational Drug Steering Committee. He is co-principle investigator on two NIH research project cooperative agreements. He is board certified in Molecular Genetic Pathology and Anatomic Pathology.

Abstract Title: Challenges for the validation of ctDNA for use in clinical trials

Dr. Christopher Gocke, will speak on “Challenges for the validation of ctDNA for use in clinical trials”. He is director of the Division of Molecular Pathology and an associate professor of pathology and oncology at the Johns Hopkins School of Medicine. He will provide a brief historical overview of ctDNA, discuss some of the limitations of ctDNA assays reported to date, and provide suggestions to overcome validation issues in ctDNA testing.

Shivaani Kummar, MD, FACP

Dr. Shivaani Kummar

Director, Phase I Clinical Research Program, Division of Oncology, Stanford School of Medicine

Upon completing her medical degree from Lady Hardinge Medical College in New Delhi, India, Dr. Kummar moved to the United States to train in Internal Medicine at Emory University in Atlanta, Georgia. Following this she was selected to pursue her fellowship training at the National Institutes of Health in Medical Oncology and Hematology, which culminated in her being offered a faculty position at Yale University, New Haven CT. After spending four years as Assistant Professor of Medicine at Yale Cancer Center, Yale University School of Medicine, she moved back to the National Cancer Institute (NCI), NIH, as staff clinician in the Developmental Therapeutics Section. She developed a clinical research program in novel cancer therapeutics and in 2011 became Head of Early Clinical Trials Development in the Office of the Director, Division of Cancer Treatment and Diagnosis, NCI. She moved to Stanford University in 2015 as Professor of Medicine, Director of the Phase I Clinical Research Program, and Chair of the Translational Oncology Program at Stanford, Stanford Cancer Institute. Her research interests focus on developing novel therapies for cancer. She specializes in conducting pharmacokinetic and pharmacodynamic driven first-in-human trials tailored to make early, informed decisions regarding novel molecular agents. The clinical studies integrate genomics and laboratory correlates into early phase trials. She serves on multiple national and international committees and her work has been published in numerous peer reviewed journals.

Abstract Title: Role of Circulating Tumor DNA Profiling in Cancer Management

Increasing application of molecular profiling in the selection of cancer treatment, especially in diseases such as lung cancer, has highlighted the need to safely and repeatedly obtain tumor DNA samples throughout the disease course. The ability to isolate tumor DNA from blood presents a safe, simple method that lends itself to longitudinal assessments. Circulating tumor DNA analysis is being studied as a means to detect recurrence, assess tumor burden, determine early response, and to evaluate emergence of resistance. More data needs to be generated to correlate findings in circulating tumor DNA with those obtained from actual tumor biopsies and the overall clinical utility of this approach needs to established. Ongoing studies will better define the role of circulating tumor DNA profiling in cancer management.

David Polsky, MD, PHD

Dr. David Polsky

Professor of Dermatologic Oncology, Director of the Pigmented Lesion of the Department of Dermatology, New York University School of Medicine

Dr. David Polsky is the Alfred W. Kopf MD Professor of Dermatologic Oncology, Director of the Pigmented Lesion Clinic in The Ronald O. Perelman Department of Dermatology, and member of The Laura and Isaac Perlmutter Cancer Center at the New York University School of Medicine Langone Medical Center. He graduated cum laude from Bucknell University, received his MD and PhD degrees from the Albert Einstein College of Medicine, completed his medical internship at Montefiore Medical Center, and his Dermatology training at NYU. He subsequently completed a post-doctoral fellowship in the Division of Molecular Pathology at Memorial Sloan-Kettering Cancer Center and then returned to NYU to establish a melanoma translational research laboratory. As a physician-scientist, Dr. Polsky's laboratory is focused primarily on biomarker research. In particular the lab is interested in the development of blood-based markers to monitor melanoma disease activity; the identification of patients with loco-regional melanoma who are at high risk for developing metastases; and the development of genetic approaches to identify patients at increased risk of developing melanoma. Dr. Polsky's primary clinical interests are melanoma and atypical nevi.

Abstract Title: Utility of ctDNA monitoring in metastatic melanoma disease surveillance

While several highly effective immune checkpoint blocking agents and small molecule inhibitors of the mitogen activating protein kinase (MAPK) pathway are now available for metastatic melanoma, strategies for changing therapies in patients with progressing disease are not established. Currently there is no clinically useful blood-based biomarker to guide patient management. Serum lactate dehydrogenase (LDH) is part of the melanoma staging system, and is the only serologic marker used for monitoring advanced melanoma in the United States; however, its sensitivity and specificity to detect disease progression are low. Unlike the management of asymptomatic patients with prostate, ovarian, colon, and breast cancer, where serial measurements of serologic markers are the mainstay of follow-up, in melanoma radiologic imaging studies are obtained every 3 to 6 months in asymptomatic patients with metastatic disease since LDH is not a sufficiently useful biomarker. This talk will describe our work investigating droplet digital PCR measurements of cell-free, circulating tumor DNA (ctDNA) as biomarkers of disease activity in metastatic melanoma patients undergoing treatment with MAPK-targeted therapies and immune checkpoint blocking agents.

Gary Spitzer, MD

Dr. Gary Spitzer

Director Clinical Validity and Clinical Utility Evaluation MolDx Palmetto GBA

Dr. Gary Spitzer presently evaluates the clinical utility of precision medicine testing for potential full coverage or possible coverage with data development under the requirement of a well-designed, prospectively developed outcome protocol and associated registry or trial. He is a Medical Oncologist by training. He graduated medical school in Melbourne Australia and received his medical oncology training and clinical research experience at MD Anderson Hospital Houston Texas. His present interests focus on the evidence-based clinical utility of precision medicine tests, and particularly cell-free DNA and other liquid biopsies techniques.

Abstract Title: Clinical Utility Needs of ctDNA Assays Versus Research Utility

This presentation will focus on the design of prospective transparent registries to validate the clinical utility of a test in a clear intent to study patient population. He will also discuss obstacles of existing registries and trial design and present ideas on how costs can be diminished through non-traditional data extraction techniques, but with an emphasis on transparency, scientific independence, and open data collection. The presentation will also address concerns regarding discordant liquid and tissue results from a clinical perspective and discuss possible methods to solve these concerns with data collection. These findings, are not uncommon with mutations derived under drug pressure. Although these findings are probably real, secondary to tumor heterogeneity, they may be best described as a clonally insignificant false positive. Where is the right balance between sensitivity and relevance when used to direct clinical decisions? Can we agree on performance guidelines, so no patient harm occurs Determining clinical utility will require a separate evaluation of this subgroup of patients?

David Wong, DMD, DMSc.

Dr. David Wong

Professor, Associate Dean for Research, UCLA

Dr. Wong is Felix & Mildred Yip Endowed Professor, Associate Dean of Research and Director of the Oral/Head and Neck Oncology Research Center at UCLA. Dr. Wong is an active scientist in oral cancer and saliva diagnostics research. He has authored over 280 peer reviewed scientific publications. He is a fellow of the American Association for the Advancement of Sciences (AAAS), past member of the ADA Council of Scientific Affairs and the past president of American Association of Dental Research (AADR).

Abstract Title: EFIRM Liquid Biopsy (eLB)

Liquid biopsy is a rapidly emerging field to address this unmet clinical need as diagnostics based on cell-free circulating tumor DNA (ctDNA) can be a surrogate for the tumor genome. The use of ctDNA via liquid biopsy will facilitate analysis of tumor genomics that is urgently needed for molecular targeted therapy. Currently, most targeted approaches are based on PCR and/or next generation sequencing (NGS) for liquid biopsy applications with performance concordance in the 70-80% range with biopsy-based genotyping.

We have developed a liquid biopsy technology “Electric Field Induced Release and Measurement (EFIRM)- Liquid Biopsy (eLB)” provides the most accurate detection that can assist clinical treatment decisions for the most common subtype of lung cancer, non-small cell lung cancer (NSCLC), with tyrosine kinase inhibitors (TKI) that can extend the disease progress free survival period of these patients. eLB can detection ctDNA at single copy level. In addition eLB requires only 40 µl of sample volume, no sample processing, reaction time is 15min and can be performed at the point-of-care or high throughput reference lab using plasma or saliva. In two blinded independent clinical studies, eLB detects actionable EGFR mutations in NSCLC patients with >90% concordance with biopsy-based genotyping (1, 2). eLB is minimally/ non-invasive detecting the most common EGFR gene mutations that are treatable with TKI such as Gefitinib or Erlotinib to effectively extend the progression free survival of lung cancer patients (3). eLB offers both a high throughput reference lab as well as point-of-care platform that can provide real time feedback in a physician’s office.
  1. D. Pu et al., Evaluation of a novel saliva-based EGFR mutation detection for lung cancer: a pilot study. Thoracic Cancer, 1-8 (2016).
  2. F. Wei et al., Noninvasive saliva-based EGFR gene mutation detection in patients with lung cancer. Am J Respir Crit Care Med 190, 1117-1126 (2014).
  3. L. M. Sholl et al., Liquid Biopsy in Lung Cancer: A Perspective From Members of the Pulmonary Pathology Society. Arch Pathol Lab Med, (2016).

Nitzan Rosenfeld, PhD

Dr. Nitzan Rosenfeld

Senior Group Leader, University of Cambridge, UK; CSO, Inivata Ltd. UK

Dr. Nitzan Rosenfeld is a recognized expert in cell-free DNA analysis and its application for non-invasive cancer genomics. Originally trained in Physics, Dr. Rosenfeld specialized in quantitative molecular biology, obtaining a Ph.D. from the Weizmann Institute of Science. In 2005 he joined Rosetta Genomics Ltd, where he was head of Computational Biology and led development of molecular tests that are commercially available for clinical use in oncology. Since 2009 he has been focusing on applications of circulating tumor DNA (ctDNA), as a group leader at the Cancer Research UK Cambridge Institute (University of Cambridge). His research group pioneered the use of Next-Generation Sequencing of ctDNA, demonstrating its potential as a liquid biopsy, and produced seminal publications establishing molecular techniques for ctDNA analysis including whole exome, hybrid capture, and tagged-amplicon sequencing (TAm-Seq). In 2013 Dr. Rosenfeld was awarded the CRUK Future Leaders in Cancer Research prize, the British Association for Cancer Research Translational Research Award, and an ERC Starting Grant. In 2015 he was awarded the Foulkes Foundation Medal for outstanding achievements in medical science and significant impact on UK bioscience. In 2014, Dr. Rosenfeld and colleagues founded Inivata, to harness the emerging potential of circulating DNA analysis to improve testing and treatment for oncologists and their patients.

Abstract Title: Genomic analysis of circulating tumor DNA: pushing the limits for cancer applications

Cancer is driven by genomic alterations, and can evolve in response to selective pressures. Sampling of tumor material however is a limiting factor for both diagnostics and research. Circulating tumor DNA can be found in plasma and other body fluids, and with advanced genomic techniques it can be used as an effective source of information for oncology. Targeted molecular profiling tests of “liquid biopsies” in blood plasma are now entering clinical use to support treatment selection, and are emerging as an informative clinical research tool to track response to treatment, cancer progression and emergence of resistance to therapy. Wider-scale analysis can be used to study new drivers and mechanisms of resistance. In parallel, the specificity of genomic alterations makes these excellent markers to quantify cancer dynamics and disease burden. Improved methods and strategies can allow us to stretch the boundaries of analysis to detect smaller amounts of tumor DNA and to obtain more information from limited samples. These can be used to support an expanding range of applications for both earlier and later stage cancers.

Richard B. Lanman, MD

Dr. Richard Lanman

Chief Medical Officer, Guardant Health, Inc

Dr. Lanman was appointed as Chief Medical Officer of Guardant Health INC in 2014. Dr. Lanman earned his medical degree from Northwestern University - The Feinberg School of Medicine and complete his residency at the University of California San Francisco. Prior to joining Guardant Health, Dr. Lanman was chief medical officer for Veracyte where he successfully conducted several large multicenter clinical utility and validity studies in endocrinology and pulmonology. He led collaborations with key academic and community-based opinion leaders that led to broad managed care coverage for the Afirma™ thyroid cancer test. He has held CMO and Executive Vice President roles at several cardiovascular diagnostics companies, including diaDexus, Inc. and Atherotech. Earlier in his career, he served in various physician practice management roles. Dr. Lanman is also currently on the board of advisors for Compass Technology Partners.

Abstract Title: Lessons Learned from ctDNA NGS Testing in 25,000 Advanced Cancer Patients in Clinical Practice

Dr. Lanman will discuss the test performance requirements for a ctDNA predictive diagnostic, the importance of comprehensive genomic plasma testing covering all four major alteration classes, and the use of outcomes studies to validate low variant allele fractions and alteration classes where robust reference standards do not exist.
The primary clinical utility of cell-free circulating tumor DNA (ctDNA) is as a predictive diagnostic for matched therapies in advanced cancers. Because tissue is required for histopathological classification, it cannot routinely replace tissue-based genotyping at initial diagnosis; however, it is indicated for use at disease progression (2nd line and higher) and also at diagnosis (1st line) for the 25%-50% of tissue biopsies that are quantity not sufficient (QNS) for genotyping or undergenotyped. Put simply, the clinical utility of ctDNA genotyping is inherent when it is used to obviate a repeat invasive tissue biopsy.
The utility of the test provides a guide to the diagnostic test performance characteristics required. As a predictive diagnostic, the critical performance criterion is high specificity, so that false positive results do not lead to prescription of matched therapies in a patient who will not benefit. As high sensitivity is difficult to achieve due to low concentrations of ctDNA, extant liquid biopsy hotspots tests cannot be used as rule-out tests. In addition to qualitative accuracy, ctDNA-based diagnostics must also demonstrate a high degree of quantitative accuracy for understanding whether resistance mutations are subclonal or truncal (and thus targetable). Lastly, all four major types of genomic alterations must be reported in order to capture the eleven somatic genomic alterations mentioned in NCCN guidelines as matched therapy targets.
Validation of ctDNA NGS versus tissue testing is challenged by spatial and tumor heterogeneity, where a needle biopsy may not capture actionable alterations not present in all lesions or parts of a lesion, or where archival tissue will not detect actionable alterations acquired under treatment pressure. Also, since reference standards for copy number amplifications and fusions are not robust and FDA CDx tests for point mutations and indels are of insufficient sensitivity, single-arm outcome studies with objective response endpoints will be required for validation for these situations

FOCR Hill Hearing FDA IVD LDT October 13, 2016

$
0
0
http://www.focr.org/events/friends-cancer-research-senate-briefing-future-precision-medicine-patient-care

Friends of Cancer Research Senate Briefing: The Future of Precision Medicine & Patient Care


Senate Briefing

The Future of Precision Medicine & Patient Care:

Current Landscape in Genomic Testing

Thursday, October 13th, 2016 - 12:00pm-1:00pm

430 Dirksen Senate Office Building

Washington, DC

 

 

Panelists: 
Jonathan Leff, Chairman, Deerfield Institute
Mike Pellini, Chief Executive Officer, Foundation Medicine
Jeff Allen, President and CEO, Friends of Cancer Research
Andrea Ferris, President and Chairman, LUNGevity
John Iafrate, Associate in Pathology, Massachusetts General Hospital
Jeff Shuren, Director, Center for Devices and Radiological Health, FDA


About the issue: Recent years have seen a proliferation in genomic testing options in oncology as more and more treatments are developed to target genetic alterations only present in subsets of the overall population. 

Additionally, advances in genomic medicine are taking place within a complex regulatory environment, with oversight split between the Food and Drug Administration (FDA) and the Centers for Medicare & Medicaid Services (CMS).

In order to promote progress in genomic testing in the field of oncology, this discussion will address:
  • The current regulatory landscape for genomic tests
  • Trends in the use of genomic tests in clinical practice
  • Strategies to enhance patient safety and access to innovative, high quality tests
  • Development of new technologies to advance precision medicine

Friends, in partnership with The Deerfield Institute, recently released the results of a comprehensive medical chart audit, which elucidated the trends of genomic testing in oncology. These results were published in the September issue of Personalized Medicine in Oncology, entitled "Use of FDA-Approved and Laboratory-Developed Tests in Advanced Non-Small Cell Lung Cancer: Results of a Retrospective Market Analysis."

Jeff Allen, Friends' President and CEO, also recently testified at the Senate Health, Education, Labor, and Pensions Committee hearing titled, "Laboratory Testing in the Era of Precision Medicine." His full testimony can be read by clicking HERE.

Lunch will be provided. This is a widely attended event.





Date: 
Thursday, October 13, 2016 -
12:00pm to 1:00pm
https://events.r20.constantcontact.com/register/eventReg?llr=kwe6axbab&oeidk=a07ed8t7uas416d0d86

MOLDX General Questions V10 (M00086, v10) 20161024

$
0
0

 MOLDX General Questions V10 (M00086, v10) 20161024


MolDX General Questions (M00086, V10)

http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/bookmark.png http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/email.png http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/print.png http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/fontminus.png http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/fontplus.png 
share share
Select the category of questions you would like to view:
MolDX General Questions
1. What is the purpose of the MolDX program?
To identify tests, determine coverage, and determine reimbursement.
2. How does this program help claim adjudication?
Once the required information is received and a unique identifier is assigned, Palmetto MolDX can determine coverage and payment without documentation review. This process removes the need for the provider to submit large amounts of additional information with every claim and expedites claim payment.
3. What laboratories will be affected?
All private, reference, and hospital laboratories that perform molecular diagnostic testing and submit claims to Medicare in JE, JF JM, J15 J5, or J8 on a CMS 1500 Claim Form or electronic claims on a 5010-837P are affected by this program. (Please reference the specific jurisdiction MDT policy for effective dates.)
4. What molecular diagnostic assays/tests are included in MolDX?
Tests that meet the description for CPT codes 81161-81383, Tier 2 CPT codes, 81400-81408, Genomic Sequencing Providers and Other Molecular Multianalyte Assays (MAA), 81410-81471, *MAA with Algorithmic Analyses, 81490-81595 microdissection codes, 88380-88381, HCPCS professional interpretation code, G0452, Proprietary MAA, 0001M-00010M , and not otherwise classified CPT codes (NOC), 81479, 81599, 84999, 85999, 86849, 87999, 88199, 88299, 88399, and 89398.  For more information review MolDX article Test Registration (M00019). Submit questions about specific tests/assays not described in this chart, to MolDX@PalmettoGBA.com.
5. Is the MolDX Program national in scope?
The MolDX Program currently covers JE (American Samoa, CA, Guam, HI, NV, North Mariana Islands), JF (AK, AZ, ID, MT, ND, OR, SD, UT, WA, WY), JM (NC, SC, VA, WV), J15 (KY, OH), J5 (IA, MO, KS, NE), and J8 (MI, IN). Labs that perform services for patients in those states, must register in order to submit a Medicare claim.
6. Will this project align with the AMA effort to publish CPT codes for MDT?
The AMA efforts and the MolDX program are not related or interdependent.
7. How does a lab register a test?  
Review MolDX Test Registration (M00019) for instructions and the registration link.
8. What is McKesson’s involvement in the MolDX program?
McKesson is the contracted technology provider for the MolDX program. Palmetto will leverage the McKesson Diagnostics Exchange™ (DEX) the online test registry and technical assessment components of the MolDX program. DEX is a web-based service designed to identify tests and help establish transparency in the evidence-based coverage of them. This tool enables labs to confidentially share test information with MolDX online
9. What information will be made available to the public?
MolDX information collected for the registry will only be available to those labs electing to submit a Z-Code Identifier application and is consistent with the public/private indications therein.
10. Will the MolDX Program expand to other jurisdictions?
At this time CMS has not determined how MolDX will be expanded. Palmetto GBA will continue to administer active LCDs and articles published in JM, Noridian will administer the MolDX in JE and JF, CGS will administer MolDX in J15, and WPS will administer MolDX in J5 and J8.

MolDX Registration (Z-Code applications)
1. Should the manufacturer or the performing lab register an FDA-approved, in vitro diagnostic test that utilizes a kit?
The manufacturer and the performing labs should submit an application. The MolDX team will review each submission for accuracy and assign each performing lab that reports the test without modifications the same code. The lab must submit an application in order to obtain an identifier for submission. Without the application information, MolDX cannot determine the kit is unmodified and the labs that intend to use the kit.
2. Should the manufacturer also register for Alternative Summary Reporting (ASR's) that have not been FDA approved?
No.
3. If multiple tests may be performed and billed within one assay, is the lab required to register each test within the assay?
A unique identifier application is required for a single assay that may involve multiple tests in order to produce a single result.
4. Is a unique identifier application required for each specimen source, i.e. blood and bone marrow, for the same test? 
No.
5. In addition to the unique identifier application, should labs send peer-reviewed articles to ensure MolDX has enough information to make a positive coverage determination?
No. Peer-reviewed literature used in coverage determination is  required only during the Technical Assessment (TA) process.
6. Is a unique identifier application required for an FDA-approved test?
The FDA approval process ensures only the clinical and analytical validity of the test. The FDA does not include clinical utility in their review, which is required to establish Medicare coverage.
7. Is a new unique identifier required for updated tests or a test expansion?
If the updated or expanded test is substantively different, you will need to submit an application and a new identifier will be assigned.
8. After a test is granted a unique identifier, can a hospital bill their respective MAC directly for the test using the assigned code? 
Yes. Although MolDX has NOT expanded to Part A, hospitals may add the Z-Code Identifier as additional information to help reviewers determine coverage.
9. If a pathologist plans to submit a claim for the professional component of a MolDX test, should the pathologist register the test?
No. In the rare instance when an additional and separate professional interpretation is needed, the pathologist must obtain the ID for the interpreted test from the performing lab. A G0452 claim service may ONLY be submitted when the clinician interprets the raw data for a test. The clinician must use the Z-Code Identifier assigned to the test interpreted.
Sample Claim:

 Service
CPT Code 
Z-Code Identifier 
 BCR-ABL, major breakpoint
 81260
 Z1234
 Interpretation
 G0452 (HCPCS)
 Z1234

10. Is a unique identifier required for tests billed with a NOC code?
Yes. Review MolDX Test Registration (M00019)
11. Are labs expected to register tests sent to another lab to perform?
You are only required to register tests if you plan to submit claims to jurisdictions that implement MolDX.  Please indicate the referenced lab in the application.
12. If a lab performs the same exact test from two different locations, operating under two different CLIA numbers, will the lab be required to submit both tests for unique identifiers?
If the test process is standardized and the same method is used to acquire the results in both locations, labs will only have to submit one application for the test. However, if there is a difference in the method, an application will be required from both locations.
13. Should labs that provide lab products alert their lab customers about MolDX registration requirements? 
Yes.
14. If the kit used in an LDT is not FDA-approved, should the lab apply for a unique identifier for that kit?  
Yes.
15. How do labs identify test reagents in the MolDX unique identifier application forms?
Enter the information in the 'contributing component' field.
16. Are labs required to register tests that use a code in the MolDX code range and a code that is not listed in the MolDX range of codes (i.e., CPT codes 87001-87905)?
Yes.
17. When a laboratory modifies an FDA approved kit, will MolDX require a new unique identifier? 
Yes. If a lab modifies a registered test, the resulting test is considered an LDT and will require a separate application.
18.  If a California laboratory is billing for a test referred to a laboratory located outside of the jurisdiction, which lab is responsible for registering the test?
It is the responsibility of the billing provider to obtain a unique identifier.
19. If multiple laboratories purchase the same test and each lab registers the test, how will MolDX notify the laboratory regarding the assigned identifier?
MolDX will follow the registration process. A review of the MolDX database is performed to ensure a unique identifier has not been previously assigned. If a test has been registered, the lab will receive the assigned identifier. The only difference is the identifier for that particular test has already been established prior to the current lab’s application.
20.  Are hospital labs that file institutional claims and providers that file professional claims exempt from the requirement to obtain a unique identifier?
At this time the MolDX Program applies to JE, JF and JM Part B claim submission. J15 Part B claim submission starts in October 2015. Part B includes professional claims or claims submitted by a pathologist for the professional component of a test. Therefore, a pathologist submitting claims for a professional MolDX service would be required to register a test.
Technical Assessment (TA)
1. What types of tests may require a TA?
  • Lab developed tests (LDT’s) performed using either established or novel technology with un-established clinical utility 
  • Molecular or genetic testing that has not been validated for clinical and analytical validity
  • Tests using modified versions of FDA registered kits
  • Tests using a new molecular or genetic technological testing platform
  • Genetic or molecular target with un-established clinical utility 
  • Tests reported with one of the following CPT codes: 
Tier 2 CPT Codes 
81400-81479
Genomic Sequencing Procedures and Other  Molecular Multianalyte Assays (MAA)
81410-81471
 *MAA with Algorithmic Analyses
81500-81595
Not otherwise classified (NOC) CPT Codes
81479, 815999, 84999, 85999, 86849,87999, 88199, 88299, 88399, 89398  
2. What tests may not require a TA?
  • State of New York (NYS) certified tests that are industry accepted and have established clinical utility. However, MolDX may request the package used to determine the NYS certification to make a coverage decision. The approval letter or a copy of the NYS listing may be used to demonstrate NYS approval.
  • Test that use FDA approved kits in an unmodified form
  • New tests approved under a Premarket Approval (PMA)-(which under FDA policy from the early '90s requires evidence of clinical utility) and the test is reported with the stacking codes, a unique identifier is required, but a TA is not
  • Tests that using existing or novel technology for molecular or genetic targets with established clinical utility
3. When should labs submit the clinical data dossier (TA) to MolDX? 
MolDX will accept a TA after an identifier has been assigned. MolDX will NOT accept any information prior to registration and assignment of a unique identifier. For labs that do not submit the clinical data, MolDX will prioritize according to claims data and make requests.
4. Where do I find guidance on creating a comprehensive TA dossier for submission? 
All guidance information for the creation of a TA dossier and the review process can be found under Technical Assessment (TA) Process (M00095) on the MolDX website.
5. Where do I find information on the level of evidence I need for a full review of my test?
The Clinical Test Evaluation Process (CTEP) (M00096) outlines a process used by the Subject Matter Experts (SME) and the MolDX Executive Committee (EC) to assess new tests.
6. Can I arrange a pre-submission meeting with MolDX to discuss my assay?
Yes. After you have registered your test and received a unique ID for the test, follow the steps outlined in the Pre-submission Review Process (M00117). 
7. How do I submit my dossier to MolDX?
The Technical Assessment Submission Instructions (M00115) provide the steps to submit your dossier through the registry.  
8. Why was an invalid determination issued on my TA submission?
A TA must be submitted with the test ID in the subject line. MolDX will not initiate a TA without an ID.  Additionally, all communication regarding tests MUST have the ID in the subject line. This enables the MolDX staff to accurately track test documents and avoid unnecessary delays and misplaced documents. 
9. How long will it take to complete the TA process and receive a coverage determination? 
Upon submission of the dossier, there is a 30 day period to determine if the submission is complete. Once the MolDX Team has determined that the dossier is complete, a 90 day review period begins.
10. The information requested by MolDX to support analytical validity may be considered proprietary intellectual property. How will MolDX assure the security and confidentiality of that information?
Only MolDX and its subject matter experts will have access to proprietary information submitted through the McKesson DEX account.
11. Are there options in lieu of two published articles that support clinical utility?
Review The MolDX clinical Test Evaluation Process (CTEP)-M00096
12. Who will perform the technical assessments (TA)?
Subject matter experts (SME) from academia and industry will assess the scientific literature. The MolDX team will perform the assessment for all other components.
13. Will MolDX share the conclusions of one SME with other SME?
No. An SME will only have access to their assigned TA. Also, each SME will only have access to the scientific literature submitted with the TA. All other components will be reviewed by the MolDX Team.  Only the MolDX Team will review proprietary information.
14. What are the conflict of interest principles that will guide MolDX in determining whether or not an SME should be permitted to conduct a technical assessment? 
The conflict of interest principles were developed by Blue Cross Blue Shield of South Carolina and are standard for the industry.
15. What types of disclosures will be required from the SMEs in order to facilitate a conflict of interest determination?
The disclosures required by the SME were developed by Blue Cross Blue Shield of South Carolina for government contractors and are standard for the industry.
16. Will there be an opportunity for a laboratory to comment on a TA report before it is finalized?
Yes. Questions/concerns that surface during the TA will be communicated with the test developer.
17. Will laboratories and/or manufacturers be allowed to resubmit a coverage request after they have received a non-coverage determination?
Yes. If substantive new information, not included in the initial submission, becomes available, a new request may be submitted 6 months after the initial non-coverage determination was issued.
18. What is the difference in the logistical steps to initiate a formal coverage determination and the process to initiate coverage determination with a TA? 
It is the same process.
19. When a manufacturer has a new test approved under a PMA (which under FDA policy from the early '90s requires evidence of clinical utility) and the test is reported with the stacking codes, a unique identifier is required, but a TA is not. If the lab billed the same test with an NOC code, both a unique identifier and TA would be required.
The NOC is not the only considered fact about the TA. If, as in your example, a test is vetted for science and clinical utility, the information can be collected at the time the unique identifier is assigned. At that time the lab may bill the NOC with the assigned unique identifier.
20. Since the clinical and economic utility data will be reviewed as part of the coverage determination (and not during the TA), will the clinical utility evidence be sent out for subject matter expert review or will that evidence be reviewed only within MolDX? What about the economic utility evidence? 
If the clinical utility and economic data are in the public domain (published), SME will review it. If it is proprietary, then MolDX Team will review it.
21. Is there a difference in the expected timeline for a coverage determination and a TA?
It is the same.
22. Can a lab provide services prior to the TA approval date in anticipation of a favorable determination and then submit the claims after the approval? 
To avoid overpayment requests, labs should freeze services until coverage is approved and appropriate billing and coding guidelines are published.
23. If a lab plans to submit a test for FDA approval, can the test be submitted for a TA first?
If the test is currently in the FDA process, please hold the TA request until the FDA has completed its determination. However, if you have not submitted the test to the FDA, you may request a TA. The FDA submission should be done prior to TA request. Once you receive an FDA determination, you may submit a TA request.
24. Should labs submit applications for Research Use Only Reagents (RUO)?
No.
25. Are manufacturers that provide items such as ASR or RUO used in an LDT required to register the items?
No. Only the LDT developer and biller of the LDT are required to register for a unique identifier. However, an LDT developer must disclose the ASR and RUO used in the developed LDT on the application.
26. How should labs outline test reagents in the TA?  
Submit the package insert for the kit with the materials.
27. When multiple large numbers of reagents are used in a test, how should labs identify the specific details for the reagents?
Provide sufficient information to identify the manufacturer and the product specifications (PI).
28. Should protocols for technical evaluation be included in the TA submission?
Yes.
29. Will a completed TA be made available on the MolDX website?
Only an approved TA will be published. However, MolDX may publish a coverage/non-coverage article or an LCD based on the TA.
30. How should a laboratory designate proprietary information on the TA submission?
MolDX will consider any information that is not publicly available to be proprietary information.
31. During the TA process, when should a laboratory submit pricing information to support a payment rate determination?
Any pricing information will be requested from the laboratory after a favorable coverage determination has been made.
32. How will MolDX determine reimbursement for a test?
Reimbursement is based on accurate submitted codes regardless of the cost of the platform used. For tests that are reported with an NOC code, pricing will be determined based on the information collected in the TA. Each test will be assessed on an individual basis and priced according to the most appropriate method. the MolDX Team will review the pricing method with the individual lab upon completion of the TA.
33. What is the TA process for labs performing and or submitting tests outside a MolDX jurisdiction?  
The TA process is open to all lab developers and their tests regardless of geographic location. In order to receive a coverage determination, it is the responsibility of the billing laboratory to submit a TA. Claims paid for tests that do not meet the mandated reasonable and necessary criteria may be subject to overpayment requests.
34. What resources are available to help me determine the best CPT code to bill my new test?      
All test applications are reviewed for correct CPT mapping by the MolDX Team. If an error or a disparity is identified, the Team will notify the test provider for clarification. After a TA is complete, the Team will notify the test provider with the final coding, billing, coverage, and if applicable allowed fee for the test.
Billing and Coding
1. What are the effective dates of the codes ZSB01 and ZB728?
Z-Code Identifiers are effective at time of assignment.
2. What action should a lab take if they believe they may have incorrectly billed for a MolDX service?
If you believe your practice has made a MolDX billing/coding error, you may take the following corrective actions:
  • Complete a Self-Audit
    • Identify incorrect submissions
    • Prevent further claim submission errors
  • Consider Self-Disclosure Protocol
    • Self-disclosure guidelines available on the OIG website external link 
3. Where do I enter the assigned MolDX test identifier on my claim?
If you are submitting a paper claim, this information would be placed in Block 19 of the CMS 1500 claim form. For Electronic claims (5010)837P (Physician/Professional),use the SV101-7 field adjacent to each CPT code used to report the service. This field maps to the Line item Description (This field is required for NOC codes to avoid rejection by the Common Edit Module Front end).
4. If the lab submits a MolDX covered test without a unique identifier after the implementation date, will MolDX reject the claim as 'unprocessable' with no appeal rights or send a denial with a specific or new claim denial message?  
Claims received without additional information required to adjudicate the claim will be rejected.
5. If a laboratory performs multiple assays/tests on a single patient on one date of service, will the lab have to split the different assays/tests into multiple claims? 
MolDX considers the performance of multiple molecular biomarkers, regardless of whether the test requisition lists the tests as a panel or individually, and completed on a single sample to be a 'panel' of tests. Therefore, each panel should be registered and billed with a single CPT code and a unique MolDX identifier.
6. If a CPT code appears on the claim more than once to report an additional test, is a modifier required?
Yes. Append with CPT modifier 91. See the claim example for question 8.
7. How do I submit a claim for ONLY the professional interpretation of a test?
Although rare, when an additional and separate professional interpretation is needed, the pathologist must obtain the ID for the interpreted test from the performing lab.
Sample Claim:
Lab A performed BCR-ABL, major breakpoint assigned with Z1234.
Clinician interpretation should be submitted as follows:
 Service
 HCPCS Code
 Z-Code Identifier
 Interpretation
 G0452
 Z1234
8. Will CCI edits continue to be in effect on MolDX services?
Yes. Because the Z-Code Identifier only acts to label the specific test and is not a code set, MolDX service providers must append CPT codes within the CCI edits with a 59 CPT modifier to indicate the CCI Column II code is a different test.
Note: The 59 CPT modifier should ONLY be appended to CCI Column II codes.
9. There is only one Box 19 on my paper claim form. How do I identify more than one test or assay on my claim? 
Due to the limitations of the paper claim, labs using this form will be limited to only one test/assay/unique identifier per claim. To bill a MolDX test on a paper claim, enter the unique identifier in Box 19 and then enter only the CPT code(s) for that identifier on the claim. Remember: You may only file one test per paper claim submission.
10. I registered a single gene test performed on a Next Generation Sequencing (NGS) platform that is listed on the MolDX approved gene test list. Why is my claim denied?
MolDX does NOT consider the T1 and T2 descriptions appropriate for genes interrogated on an NGS platform. Please reference the coding and billing guidelines in reference article M00130.
Reimbursement
1. Will a microarray service be reimbursed at the same rate for all microarrays or will the diagnosis differentiate payment? For example, will 1800+ genes of one array be viewed differently than an 1800+ array with a different algorithm?
Diagnosis will not differentiate payment. Payment is based on the accurate CPT/HCPCS codes submitted. However, if there are less than 500 probes in an array, CPT code 83999 must be used and MolDX will price the NOC code.
2. Does the DRG segregate the CPT code to a different payment?
No.
3. Will ABN’s be valid with the unique identifier? 
The unique identifier is only additional information, not a billing code.
4. Will MolDX pay test services provided prior to the TA approval date?
All new test services will be denied as noncovered until the test completes the TA process and reasonable and necessary criteria is established. Claims submission for tests in the TA process should be suspended until a final coverage determination is made.
5. If I already have a PTI for my test, how do I switch to a Z-Code Identifier so I can use the online TA feature? 
Send a request to switch the ID to 
MolDX@PalmettoGBA.com.
6. Is the reimbursement for a flow cytometry affected by MolDX?
Palmetto GBA has an active LCD for Flow Cytometry and will continue to administer coverage as published in that policy the same as any other active policy.
Coverage Issues
1. Is a confirmatory FISH test a covered benefit?
Confirmatory testing is considered a quality check and is not a covered Medicare benefit.
2. If a lab needs a denial for a noncovered test in order to bill a secondary payor, should they submit the test for MolDX registration?
Yes.


MolDX Q&A M00086, V9 (Cached)

$
0
0
MolDX General Questions (M00086, V9)
http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/bookmark.pngBookmark http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/email.pngEmail http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/print.pngPrint http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/fontminus.pngFont - http://www.palmettogba.com/palmetto/MolDX.nsf/new/imgs/icos/articlecontrols/fontplus.pngFont + 
share share
Select the category of questions you would like to view:
MolDX General Questions
1. What is the purpose of the MolDX program?To identify tests, determine coverage, and determine reimbursement.
2. How does this program help claim adjudication?Once the required information is received and a unique identifier is assigned, Palmetto MolDX can determine coverage and payment without documentation review. This process removes the need for the provider to submit large amounts of additional information with every claim and expedites claim payment.
3. What laboratories will be affected?All private, reference, and hospital laboratories that perform molecular diagnostic testing and submit claims to Medicare in JE, JF JM, J15 J5, or J8 on a CMS 1500 Claim Form or electronic claims on a 5010-837P are affected by this program. (Please reference the specific jurisdiction MDT policy for effective dates.)
4. What molecular diagnostic assays/tests are included in MolDX?Tests that meet the description for CPT codes 81161-81393, Tier 2 CPT codes, 81400-81408, Genomic Sequencing Providers and Other Molecular Multianalyte Assays (MAA), 81410-81471, *MAA with Algorithmic Analyses, 81490-81595 microdissection codes, 88380-88381, HCPCS professional interpretation code, G0452, Proprietary MAA, 0001M-00010M , and not otherwise classified CPT codes (NOC), 81479, 81599, 84999, 85999, 86849, 87999, 88199, 88299, 88399, and 89398.  For more information review MolDX article Test Registration (M00019). Submit questions about specific tests/assays not described in this chart, to MolDX@PalmettoGBA.com.
5. Is the MolDX Program national in scope?The MolDX Program currently covers JE (CA, NV, HI), JF (WA, OR, ID, MT, WY, AZ, ND, SD, UT , Aleutian Islands), JM (NC, SC, VA, WV),  J15(TN, OH), J5 (IA, MO, KS, NE) and J8 (MI, IN). Labs that perform services for patients in those states, must register in order to submit a Medicare claim.
6. Will this project align with the AMA effort to publish CPT codes for MDT?The AMA efforts and the MolDX program are not related or interdependent.
7. How does a lab register a test?  Review MolDX Test Registration (M00019) for instructions and the registration link.
8. What is McKesson’s involvement in the MolDX program?McKesson is the contracted technology provider for the MolDX program. Palmetto will leverage the McKesson Diagnostics Exchange™ (DEX) the online test registry and technical assessment components of the MolDX program. DEX is a web-based service designed to identify tests and help establish transparency in the evidence-based coverage of them. This tool enables labs to confidentially share test information with MolDX online
9. What information will be made available to the public?MolDX information collected for the registry will only be available to those labs electing to submit a Z-Code Identifier application and is consistent with the public/private indications therein.
10. Will the MolDX Program expand to other jurisdictions?At this time CMS has not determined how MolDX will be expanded. Palmetto GBA will continue to administer active LCDs and articles published in JM, Noridian will administer the MolDX in JE and JF, CGS will administer MolDX in J15, and WPS will administer MolDX in J5 and J8.
MolDX Registration (Z-Code applications)
1. Should the manufacturer or the performing lab register an FDA-approved, in vitro diagnostic test that utilizes a kit?The manufacturer and the performing labs should submit an application. The MolDX team will review each submission for accuracy and assign each performing lab that reports the test without modifications the same code. The lab must submit an application in order to obtain an identifier for submission. Without the application information, MolDX cannot determine the kit is unmodified and the labs that intend to use the kit.
2. Should the manufacturer also register for Alternative Summary Reporting (ASR's) that have not been FDA approved?No.
3. If multiple tests may be performed and billed within one assay, is the lab required to register each test within the assay?A unique identifier application is required for a single assay that may involve multiple tests in order to produce a single result.
4. Is a unique identifier application required for each specimen source, i.e. blood and bone marrow, for the same test? No.
5. In addition to the unique identifier application, should labs send peer-reviewed articles to ensure MolDX has enough information to make a positive coverage determination?
No. Peer-reviewed literature used in coverage determination is  required only during the Technical Assessment (TA) process.
6. Is a unique identifier application required for an FDA-approved test?The FDA approval process ensures only the clinical and analytical validity of the test. The FDA does not include clinical utility in their review, which is required to establish Medicare coverage.
7. Is a new unique identifier required for updated tests or a test expansion?
If the updated or expanded test is substantively different, you will need to submit an application and a new identifier will be assigned.
8. After a test is granted a unique identifier, can a hospital bill their respective MAC directly for the test using the assigned code? Yes. Although MolDX has NOT expanded to Part A, hospitals may add the Z-Code Identifier as additional information to help reviewers determine coverage.
9. If a pathologist plans to submit a claim for the professional component of a MolDX test, should the pathologist register the test?No. In the rare instance when an additional and separate professional interpretation is needed, the pathologist must obtain the ID for the interpreted test from the performing lab. A G0452 claim service may ONLY be submitted when the clinician interprets the raw data for a test. The clinician must use the Z-Code Identifier assigned to the test interpreted.
Sample Claim:
 Service
CPT Code 
Z-Code Identifier 
 BCR-ABL, major breakpoint
 81260
 Z1234
 Interpretation
 G0452 (HCPCS)
 Z1234

10. Is a unique identifier required for tests billed with a NOC code?Yes. Review MolDX Test Registration (M00019)
11. Are labs expected to register tests sent to another lab to perform?You are only required to register tests if you plan to submit claims to jurisdictions that implement MolDX.  Please indicate the referenced lab in the application.
12. If a lab performs the same exact test from two different locations, operating under two different CLIA numbers, will the lab be required to submit both tests for unique identifiers?If the test process is standardized and the same method is used to acquire the results in both locations, labs will only have to submit one application for the test. However, if there is a difference in the method, an application will be required from both locations.
13. Should labs that provide lab products alert their lab customers about MolDX registration requirements? Yes.
14. If the kit used in an LDT is not FDA-approved, should the lab apply for a unique identifier for that kit?  
Yes.
15. How do labs identify test reagents in the MolDX unique identifier application forms?Enter the information in the 'contributing component' field.
16. Are labs required to register tests that use a code in the MolDX code range and a code that is not listed in the MolDX range of codes (i.e., CPT codes 87001-87905)?Yes.
17. When a laboratory modifies an FDA approved kit, will MolDX require a new unique identifier? 
Yes. If a lab modifies a registered test, the resulting test is considered an LDT and will require a separate application.
18.  If a California laboratory is billing for a test referred to a laboratory located outside of the jurisdiction, which lab is responsible for registering the test?It is the responsibility of the billing provider to obtain a unique identifier.
19. If multiple laboratories purchase the same test and each lab registers the test, how will MolDX notify the laboratory regarding the assigned identifier?MolDX will follow the registration process. A review of the MolDX database is performed to ensure a unique identifier has not been previously assigned. If a test has been registered, the lab will receive the assigned identifier. The only difference is the identifier for that particular test has already been established prior to the current lab’s application.
20.  Are hospital labs that file institutional claims and providers that file professional claims exempt from the requirement to obtain a unique identifier?At this time the MolDX Program applies to JE, JF and JM Part B claim submission. J15 Part B claim submission starts in October 2015. Part B includes professional claims or claims submitted by a pathologist for the professional component of a test. Therefore, a pathologist submitting claims for a professional MolDX service would be required to register a test.
Technical Assessment (TA)
1. What types of tests may require a TA?
  • Lab developed tests (LDT’s) performed using either established or novel technology with un-established clinical utility 
  • Molecular or genetic testing that has not been validated for clinical and analytical validity
  • Tests using modified versions of FDA registered kits
  • Tests using a new molecular or genetic technological testing platform
  • Genetic or molecular target with un-established clinical utility 
  • Tests reported with one of the following CPT codes: 
Tier 2 CPT Codes 
81400-81479
Genomic Sequencing Procedures and Other  Molecular Multianalyte Assays (MAA)
81410-81471
 *MAA with Algorithmic Analyses
81500-81595
Not otherwise classified (NOC) CPT Codes
81479, 815999, 84999, 85999, 86849,87999, 88199, 88299, 88399, 89398  
2. What tests may not require a TA?
  • State of New York (NYS) certified tests that are industry accepted and have established clinical utility. However, MolDX may request the package used to determine the NYS certification to make a coverage decision. The approval letter or a copy of the NYS listing may be used to demonstrate NYS approval.
  • Test that use FDA approved kits in an unmodified form
  • New tests approved under a Premarket Approval (PMA)-(which under FDA policy from the early '90s requires evidence of clinical utility) and the test is reported with the stacking codes, a unique identifier is required, but a TA is not
  • Tests that using existing or novel technology for molecular or genetic targets with established clinical utility
3. When should labs submit the clinical data dossier (TA) to MolDX? MolDX will accept a TA after an identifier has been assigned. MolDX will NOT accept any information prior to registration and assignment of a unique identifier. For labs that do not submit the clinical data, MolDX will prioritize according to claims data and make requests.
4. Where do I find guidance on creating a comprehensive TA dossier for submission? All guidance information for the creation of a TA dossier and the review process can be found under Technical Assessment (TA) Process (M00095) on the MolDX website.
5. Where do I find information on the level of evidence I need for a full review of my test?The Clinical Test Evaluation Process (CTEP) (M00096) outlines a process used by the Subject Matter Experts (SME) and the MolDX Executive Committee (EC) to assess new tests.
6. Can I arrange a pre-submission meeting with MolDX to discuss my assay?Yes. After you have registered your test and received a unique ID for the test, follow the steps outlined in the Pre-submission Review Process (M00117). 
7. How do I submit my dossier to MolDX?The Technical Assessment Submission Instructions (M00115) provide the steps to submit your dossier through the registry.  
8. Why was an invalid determination issued on my TA submission?A TA must be submitted with the test ID in the subject line. MolDX will not initiate a TA without an ID.  Additionally, all communication regarding tests MUST have the ID in the subject line. This enables the MolDX staff to accurately track test documents and avoid unnecessary delays and misplaced documents. 
9. How long will it take to complete the TA process and receive a coverage determination? Upon submission of the dossier, there is a 30 day period to determine if the submission is complete. Once the MolDX Team has determined that the dossier is complete, a 90 day review period begins.
10. The information requested by MolDX to support analytical validity may be considered proprietary intellectual property. How will MolDX assure the security and confidentiality of that information?Only MolDX and its subject matter experts will have access to proprietary information submitted through the McKesson DEX account.
11. Are there options in lieu of two published articles that support clinical utility?Review The MolDX clinical Test Evaluation Process (CTEP)-M00096
12. Who will perform the technical assessments (TA)?Subject matter experts (SME) from academia and industry will assess the scientific literature. The MolDX team will perform the assessment for all other components.
13. Will MolDX share the conclusions of one SME with other SME?No. An SME will only have access to their assigned TA. Also, each SME will only have access to the scientific literature submitted with the TA. All other components will be reviewed by the MolDX Team.  Only the MolDX Team will review proprietary information.
14. What are the conflict of interest principles that will guide MolDX in determining whether or not an SME should be permitted to conduct a technical assessment? The conflict of interest principles were developed by Blue Cross Blue Shield of South Carolina and are standard for the industry.
15. What types of disclosures will be required from the SMEs in order to facilitate a conflict of interest determination?The disclosures required by the SME were developed by Blue Cross Blue Shield of South Carolina for government contractors and are standard for the industry.
16. Will there be an opportunity for a laboratory to comment on a TA report before it is finalized?
Yes. Questions/concerns that surface during the TA will be communicated with the test developer.
17. Will laboratories and/or manufacturers be allowed to resubmit a coverage request after they have received a non-coverage determination?Yes. If substantive new information, not included in the initial submission, becomes available, a new request may be submitted 6 months after the initial non-coverage determination was issued.
18. What is the difference in the logistical steps to initiate a formal coverage determination and the process to initiate coverage determination with a TA? It is the same process.
19. When a manufacturer has a new test approved under a PMA (which under FDA policy from the early '90s requires evidence of clinical utility) and the test is reported with the stacking codes, a unique identifier is required, but a TA is not. If the lab billed the same test with an NOC code, both a unique identifier and TA would be required.The NOC is not the only considered fact about the TA. If, as in your example, a test is vetted for science and clinical utility, the information can be collected at the time the unique identifier is assigned. At that time the lab may bill the NOC with the assigned unique identifier.
20. Since the clinical and economic utility data will be reviewed as part of the coverage determination (and not during the TA), will the clinical utility evidence be sent out for subject matter expert review or will that evidence be reviewed only within MolDX? What about the economic utility evidence? If the clinical utility and economic data are in the public domain (published), SME will review it. If it is proprietary, then MolDX Team will review it.
21. Is there a difference in the expected timeline for a coverage determination and a TA?It is the same.
22. Can a lab provide services prior to the TA approval date in anticipation of a favorable determination and then submit the claims after the approval? To avoid overpayment requests, labs should freeze services until coverage is approved and appropriate billing and coding guidelines are published.
23. If a lab plans to submit a test for FDA approval, can the test be submitted for a TA first?If the test is currently in the FDA process, please hold the TA request until the FDA has completed its determination. However, if you have not submitted the test to the FDA, you may request a TA. The FDA submission should be done prior to TA request. Once you receive an FDA determination, you may submit a TA request.
24. Should labs submit applications for Research Use Only Reagents (RUO)?No.
25. Are manufacturers that provide items such as ASR or RUO used in an LDT required to register the items?No. Only the LDT developer and biller of the LDT are required to register for a unique identifier. However, an LDT developer must disclose the ASR and RUO used in the developed LDT on the application.
26. How should labs outline test reagents in the TA?  Submit the package insert for the kit with the materials.
27. When multiple large numbers of reagents are used in a test, how should labs identify the specific details for the reagents?Provide sufficient information to identify the manufacturer and the product specifications (PI).
28. Should protocols for technical evaluation be included in the TA submission?Yes.
29. Will a completed TA be made available on the MolDX website?Only an approved TA will be published. However, MolDX may publish a coverage/non-coverage article or an LCD based on the TA.
30. How should a laboratory designate proprietary information on the TA submission?MolDX will consider any information that is not publicly available to be proprietary information.
31. During the TA process, when should a laboratory submit pricing information to support a payment rate determination?Any pricing information will be requested from the laboratory after a favorable coverage determination has been made.
32. How will MolDX determine reimbursement for a test?Reimbursement is based on accurate submitted codes regardless of the cost of the platform used. For tests that are reported with an NOC code, pricing will be determined based on the information collected in the TA. Each test will be assessed on an individual basis and priced according to the most appropriate method. the MolDX Team will review the pricing method with the individual lab upon completion of the TA.
33. What is the TA process for labs performing and or submitting tests outside a MolDX jurisdiction?  The TA process is open to all lab developers and their tests regardless of geographic location. In order to receive a coverage determination, it is the responsibility of the billing laboratory to submit a TA. Claims paid for tests that do not meet the mandated reasonable and necessary criteria may be subject to overpayment requests.
34. What resources are available to help me determine the best CPT code to bill my new test?      
All test applications are reviewed for correct CPT mapping by the MolDX Team. If an error or a disparity is identified, the Team will notify the test provider for clarification. After a TA is complete, the Team will notify the test provider with the final coding, billing, coverage, and if applicable allowed fee for the test.
Billing and Coding
1. What are the effective dates of the codes ZSB01 and ZB728?Z-Code Identifiers are effective at time of assignment.
2. What action should a lab take if they believe they may have incorrectly billed for a MolDX service?If you believe your practice has made a MolDX billing/coding error, you may take the following corrective actions:
  • Complete a Self-Audit
    • Identify incorrect submissions
    • Prevent further claim submission errors
  • Consider Self-Disclosure Protocol
    • Self-disclosure guidelines available on the OIG website external link 
3. Where do I enter the assigned MolDX test identifier on my claim?If you are submitting a paper claim, this information would be placed in Block 19 of the CMS 1500 claim form. For Electronic claims (5010)837P (Physician/Professional),use the SV101-7 field adjacent to each CPT code used to report the service. This field maps to the Line item Description (This field is required for NOC codes to avoid rejection by the Common Edit Module Front end).
4. If the lab submits a MolDX covered test without a unique identifier after the implementation date, will MolDX reject the claim as 'unprocessable' with no appeal rights or send a denial with a specific or new claim denial message?  Claims received without additional information required to adjudicate the claim will be rejected.
5. If a laboratory performs multiple assays/tests on a single patient on one date of service, will the lab have to split the different assays/tests into multiple claims? MolDX considers the performance of multiple molecular biomarkers, regardless of whether the test requisition lists the tests as a panel or individually, and completed on a single sample to be a 'panel' of tests. Therefore, each panel should be registered and billed with a single CPT code and a unique MolDX identifier.
6. If a CPT code appears on the claim more than once to report an additional test, is a modifier required?
Yes. Append with CPT modifier 91. See the claim example for question 8.
7. How do I submit a claim for ONLY the professional interpretation of a test?Although rare, when an additional and separate professional interpretation is needed, the pathologist must obtain the ID for the interpreted test from the performing lab.
Sample Claim:
Lab A performed BCR-ABL, major breakpoint assigned with Z1234.
Clinician interpretation should be submitted as follows:
 Service
 HCPCS Code
 Z-Code Identifier
 Interpretation
 G0452
 Z1234
8. Will CCI edits continue to be in effect on MolDX services?Yes. Because the Z-Code Identifier only acts to label the specific test and is not a code set, MolDX service providers must append CPT codes within the CCI edits with a 59 CPT modifier to indicate the CCI Column II code is a different test.
Note: The 59 CPT modifier should ONLY be appended to CCI Column II codes.
9. There is only one Box 19 on my paper claim form. How do I identify more than one test or assay on my claim? Due to the limitations of the paper claim, labs using this form will be limited to only one test/assay/unique identifier per claim. To bill a MolDX test on a paper claim, enter the unique identifier in Box 19 and then enter only the CPT code(s) for that identifier on the claim. Remember: You may only file one test per paper claim submission.
10. I registered a single gene test performed on a Next Generation Sequencing (NGS) platform that is listed on the MolDX approved gene test list. Why is my claim denied?MolDX does NOT consider the T1 and T2 descriptions appropriate for genes interrogated on an NGS platform. Please reference the coding and billing guidelines in reference article M00130.
Reimbursement
1. Will a microarray service be reimbursed at the same rate for all microarrays or will the diagnosis differentiate payment? For example, will 1800+ genes of one array be viewed differently than an 1800+ array with a different algorithm?Diagnosis will not differentiate payment. Payment is based on the accurate CPT/HCPCS codes submitted. However, if there are less than 500 probes in an array, CPT code 83999 must be used and MolDX will price the NOC code.
2. Does the DRG segregate the CPT code to a different payment?No.
3. Will ABN’s be valid with the unique identifier? The unique identifier is only additional information, not a billing code.
4. Will MolDX pay test services provided prior to the TA approval date?All new test services will be denied as noncovered until the test completes the TA process and reasonable and necessary criteria is established. Claims submission for tests in the TA process should be suspended until a final coverage determination is made.
5. If I already have a PTI for my test, how do I switch to a Z-Code Identifier so I can use the online TA feature? 
Send a request to switch the ID to MolDX@PalmettoGBA.com.
6. Is the reimbursement for a flow cytometry affected by MolDX?Palmetto GBA has an active LCD for Flow Cytometry and will continue to administer coverage as published in that policy the same as any other active policy.
Coverage Issues
1. Is a confirmatory FISH test a covered benefit?Confirmatory testing is considered a quality check and is not a covered Medicare benefit.
2. If a lab needs a denial for a noncovered test in order to bill a secondary payor, should they submit the test for MolDX registration?Yes.

PAMA Section 218: Imaging Appropriate Use Criteria

$
0
0
PAMA as a whole:

https://www.gpo.gov/fdsys/pkg/PLAW-113publ93/html/PLAW-113publ93.htm



PAMA Section 218/Appropriate Use Criteria (Clipped; becomes SSA 1834(q)):


    (b) Promoting Evidence-Based Care.--
(1) In general.--Section 1834 of the Social Security Act (42
U.S.C. 1395m)
, as amended by subsection (a), is amended by
adding at the end the following new subsection:

``(q) Recognizing Appropriate Use Criteria for Certain Imaging
Services.-
-
``(1) Program established.--
``(A) In general.--The Secretary shall establish a
program to promote the use of appropriate use criteria
(as defined in subparagraph (B)) for applicable imaging
services (as defined in subparagraph (C)) furnished in
an applicable setting (as defined in subparagraph (D))
by ordering professionals and furnishing professionals
(as defined in subparagraphs (E) and (F), respectively).
``(B) Appropriate use criteria defined.--In this
subsection, the term `appropriate use criteria' means
criteria, only developed or endorsed by national
professional medical specialty societies or other
provider-led entities, to assist ordering professionals
and furnishing professionals in making the most
appropriate treatment decision for a specific clinical
condition for an individual. To the extent feasible,
such criteria shall be evidence-based.
``(C) Applicable imaging service defined.--In this
subsection, the term `applicable imaging service' means
an advanced diagnostic imaging service (as defined in
subsection (e)(1)(B)) for which the Secretary
determines--
``(i) one or more applicable appropriate use
criteria specified under paragraph (2) apply;
``(ii) there are one or more qualified
clinical decision support mechanisms listed under
paragraph (3)(C); and
``(iii) one or more of such mechanisms is
available free of charge.
``(D) Applicable setting defined.--In this
subsection, the term `applicable setting' means a
physician's office, a hospital outpatient department
(including an emergency department), an ambulatory
surgical center, and any other provider-led outpatient
setting determined appropriate by the Secretary.
``(E) Ordering professional defined.--In this
subsection, the term `ordering professional' means a
physician (as defined in section 1861(r)) or a
practitioner described in section 1842(b)(18)(C) who
orders an applicable imaging service.
``(F) Furnishing professional defined.--In this
subsection, the term `furnishing professional' means a
physician (as defined in section 1861(r)) or a
practitioner described in section 1842(b)(18)(C) who
furnishes an applicable imaging service.
``(2) Establishment of applicable appropriate use
criteria.--

[[Page 128 STAT. 1066]]


``(A) <<NOTE: Deadline. Regulations. Consultation.>> In
general.--Not later than November 15, 2015, the
Secretary shall through rulemaking, and in consultation
with physicians, practitioners, and other stakeholders,
specify applicable appropriate use criteria for
applicable imaging services only from among appropriate
use criteria developed or endorsed by national
professional medical specialty societies or other
provider-led entities.
``(B) Considerations.--In specifying applicable
appropriate use criteria under subparagraph (A), the
Secretary shall take into account whether the criteria--
``(i) have stakeholder consensus;
``(ii) are scientifically valid and evidence
based; and
``(iii) are based on studies that are
published and reviewable by stakeholders.
``(C) <<NOTE: Review. Deadline.>> Revisions.--The
Secretary shall review, on an annual basis, the
specified applicable appropriate use criteria to
determine if there is a need to update or revise (as
appropriate) such specification of applicable
appropriate use criteria and make such updates or
revisions through rulemaking.
``(D) Treatment of multiple applicable appropriate
use criteria.--In the case where the Secretary
determines that more than one appropriate use criterion
applies with respect to an applicable imaging service,
the Secretary shall apply one or more applicable
appropriate use criteria under this paragraph for the
service.
``(3) Mechanisms for consultation with applicable
appropriate use criteria.--
``(A) Identification of mechanisms to consult with
applicable appropriate use criteria.--
``(i) In general.--The Secretary shall specify
qualified clinical decision support mechanisms
that could be used by ordering professionals to
consult with applicable appropriate use criteria
for applicable imaging services.
``(ii) Consultation.--The Secretary shall
consult with physicians, practitioners, health
care technology experts, and other stakeholders in
specifying mechanisms under this paragraph.
``(iii) Inclusion of certain mechanisms.--
Mechanisms specified under this paragraph may
include any or all of the following that meet the
requirements described in subparagraph (B)(ii):
``(I) Use of clinical decision
support modules in certified EHR
technology (as defined in section
1848(o)(4)).
``(II) Use of private sector
clinical decision support mechanisms
that are independent from certified EHR
technology, which may include use of
clinical decision support mechanisms
available from medical specialty
organizations.
``(III) Use of a clinical decision
support mechanism established by the
Secretary.
``(B) Qualified clinical decision support
mechanisms.--

[[Page 128 STAT. 1067]]

``(i) In general.--For purposes of this
subsection, a qualified clinical decision support
mechanism is a mechanism that the Secretary
determines meets the requirements described in
clause (ii).
``(ii) Requirements.--The requirements
described in this clause are the following:
``(I) The mechanism makes available
to the ordering professional applicable
appropriate use criteria specified under
paragraph (2) and the supporting
documentation for the applicable imaging
service ordered.
``(II) In the case where there is
more than one applicable appropriate use
criterion specified under such paragraph
for an applicable imaging service, the
mechanism indicates the criteria that it
uses for the service.
``(III) The mechanism determines the
extent to which an applicable imaging
service ordered is consistent with the
applicable appropriate use criteria so
specified.
``(IV) The mechanism generates and
provides to the ordering professional a
certification or documentation that
documents that the qualified clinical
decision support mechanism was consulted
by the ordering professional.
``(V) The mechanism is updated on a
timely basis to reflect revisions to the
specification of applicable appropriate
use criteria under such paragraph.
``(VI) The mechanism meets privacy
and security standards under applicable
provisions of law.
``(VII) The mechanism performs such
other functions as specified by the
Secretary, which may include a
requirement to provide aggregate
feedback to the ordering professional.
``(C) <<NOTE: Deadlines.>> List of mechanisms for
consultation with applicable appropriate use criteria.--
``(i) <<NOTE: Publication.>> Initial list.--
Not later than April 1, 2016, the Secretary shall
publish a list of mechanisms specified under this
paragraph.
``(ii) Periodic updating of list.--The
Secretary shall identify on an annual basis the
list of qualified clinical decision support
mechanisms specified under this paragraph.
``(4) Consultation with applicable appropriate use
criteria.--
``(A) Consultation by ordering professional.--
Beginning <<NOTE: Effective date.>> with January 1,
2017, subject to subparagraph (C), with respect to an
applicable imaging service ordered by an ordering
professional that would be furnished in an applicable
setting and paid for under an applicable payment system
(as defined in subparagraph (D)), an ordering
professional shall--
``(i) consult with a qualified decision
support mechanism listed under paragraph (3)(C);
and

[[Page 128 STAT. 1068]]

``(ii) provide to the furnishing professional
the information described in clauses (i) through
(iii) of subparagraph (B).
``(B) <<NOTE: Effective date.>> Reporting by
furnishing professional.--Beginning with January 1,
2017, subject to subparagraph (C), with respect to an
applicable imaging service furnished in an applicable
setting and paid for under an applicable payment system
(as defined in subparagraph (D)), payment for such
service may only be made if the claim for the service
includes the following:
``(i) Information about which qualified
clinical decision support mechanism was consulted
by the ordering professional for the service.
``(ii) Information regarding--
``(I) whether the service ordered
would adhere to the applicable
appropriate use criteria specified under
paragraph (2);
``(II) whether the service ordered
would not adhere to such criteria; or
``(III) whether such criteria was
not applicable to the service ordered.
``(iii) The national provider identifier of
the ordering professional (if different from the
furnishing professional).
``(C) Exceptions.--The provisions of subparagraphs
(A) and (B) and paragraph (6)(A) shall not apply to the
following:
``(i) Emergency services.--An applicable
imaging service ordered for an individual with an
emergency medical condition (as defined in section
1867(e)(1)).
``(ii) Inpatient services.--An applicable
imaging service ordered for an inpatient and for
which payment is made under part A.
``(iii) Significant hardship.--An applicable
imaging service ordered by an ordering
professional who the Secretary may, on a case-by-
case basis, exempt from the application of such
provisions if the Secretary determines, subject to
annual renewal, that consultation with applicable
appropriate use criteria would result in a
significant hardship, such as in the case of a
professional who practices in a rural area without
sufficient Internet access.
``(D) Applicable payment system defined.--In this
subsection, the term `applicable payment system' means
the following:
``(i) The physician fee schedule established
under section 1848(b).
``(ii) The prospective payment system for
hospital outpatient department services under
section 1833(t).
``(iii) The ambulatory surgical center payment
systems under section 1833(i).
``(5) Identification of outlier ordering professionals.--
``(A) <<NOTE: Effective date. Determination.>> In
general.--With respect to applicable imaging services
furnished beginning with 2017, the Secretary shall
determine, on an annual basis, no more than five percent

[[Page 128 STAT. 1069]]

of the total number of ordering professionals who are
outlier ordering professionals.
``(B) Outlier ordering professionals.--The
determination of an outlier ordering professional
shall--
``(i) be based on low adherence to applicable
appropriate use criteria specified under paragraph
(2), which may be based on comparison to other
ordering professionals; and
``(ii) include data for ordering professionals
for whom prior authorization under paragraph
(6)(A) applies.
``(C) Use of two years of data.--The Secretary shall
use two years of data to identify outlier ordering
professionals under this paragraph.
``(D) Process.--The Secretary shall establish a
process for determining when an outlier ordering
professional is no longer an outlier ordering
professional.
``(E) Consultation with stakeholders.--The Secretary
shall consult with physicians, practitioners and other
stakeholders in developing methods to identify outlier
ordering professionals under this paragraph.
``(6) Prior authorization for ordering professionals who are
outliers.--
``(A) <<NOTE: Effective date.>> In general.--
Beginning January 1, 2020, subject to paragraph (4)(C),
with respect to services furnished during a year, the
Secretary shall, for a period determined appropriate by
the Secretary, apply prior authorization for applicable
imaging services that are ordered by an outlier ordering
professional identified under paragraph (5).
``(B) Appropriate use criteria in prior
authorization.--In applying prior authorization under
subparagraph (A), the Secretary shall utilize only the
applicable appropriate use criteria specified under this
subsection.
``(C) Funding.--For purposes of carrying out this
paragraph, the Secretary shall provide for the transfer,
from the Federal Supplementary Medical Insurance Trust
Fund under section 1841, of $5,000,000 to the Centers
for Medicare & Medicaid Services Program Management
Account for each of fiscal years 2019 through 2021.
Amounts transferred under the preceding sentence shall
remain available until expended.
``(7) Construction.--Nothing in this subsection shall be
construed as granting the Secretary the authority to develop or
initiate the development of clinical practice guidelines or
appropriate use criteria.''.
(2) Conforming amendment.--Section 1833(t)(16) of the Social
Security Act (42 U.S.C. 1395l(t)(16)) is amended by adding at
the end the following new subparagraph:
``(E) Application of appropriate use criteria for
certain imaging services.--For provisions relating to
the application of appropriate use criteria for certain
imaging services, see section 1834(q).''.
(3) Report on experience of imaging appropriate use criteria
program.--Not later than 18 months after the date of the
enactment of this Act, the Comptroller General of the United
States shall submit to Congress a report that includes

[[Page 128 STAT. 1070]]

a description of the extent to which appropriate use criteria
could be used for other services under part B of title XVIII of
the Social Security Act (42 U.S.C. 1395j et seq.), such as
radiation therapy and clinical diagnostic laboratory services.

....SEC. 219. USING FUNDING FROM TRANSITIONAL FUND FOR SUSTAINABLE 
GROWTH RATE (SGR) REFORM.

SVC Medicaid Web page (2016 11 29)

$
0
0
http://www.svcinc.org/our-expertise/medicaid.html

MEDICAID:




Managed Care


SVC provides complete support for States considering or implementing a Medicaid managed care strategy. SVC spearheaded a study of managed care for the disabled and for individuals requiring long-term support services in Indiana and helps states develop, design and implement managed care programs including developing managed care RFPs.  The SVC team leads states through the program development process from policy design, stakeholder communications, waiver development, and identifying operational needs through post-implementation.  This includes identifying policy and program options and facilitating state decision-making. Specifically, SVC develops:
• Requests for Information (RFI) and Requests for Proposals (RFP)
• Methods for CMS coordination and negotiation
• MCO and Vendor readiness reviews
SVC develops Requests for Proposals for different States and led a study of managed care for the State of Indiana. In addition, SVC supports States through the procurement process and implementation as well as preparing the necessary federal waivers and State Plan Amendments. SVC provides Medicaid managed care services to Indiana, Idaho and Iowa.

Coverage Expansion

S
SVC has a long history working with States on Medicaid and health policy issues reform. SVC served as the architect of Governor Mitch Daniels' Healthy Indiana Plan (HIP) and has remained directly involved in HIP program policy and operational developments as well as developing the HIP 2.0 program, under Governor Mike Pence. SVC's role with HIP included not only the design but development including creating the Request for Proposal, drafting the initial 1115 waiver, negotiating the waiver special terms and conditions with the Centers for Medicare and Medicaid Services (CMS), managing the implementation, developing the waiver renewal applications and overseeing the evaluation of the plan.
Additionally, SVC has taken the lead on new 1115 waiver development in states such as IowaIdaho, Tennessee as they consider Medicaid expansion.  SVC has also worked with many states including Maine, Nebraska and South Carolina on Medicaid strategy and policy evaluation, waiver development, ACA and Exchange issues.  SVC has also worked with counties and local health departments as they consider the impact of the ACA and recent coverage expansions on their programming.  SVC has a firm grasp of the nationwide Medicaid landscape and consistently applies our entire breadth of regulatory knowledge and real world experience to our clients projects no matter the scope.

1115 Waivers 

S
SVC has been instrumental in innovative 1115 wavier demonstration development for several of our clients. In addition to being the architect of Indiana's Healthy Indiana Plan, SVC developed both of Iowa’s Medicaid Expansion 1115 demonstration proposals and assisted Michigan with program implementation.  SVC brings extensive expertise in designing and creating unique Medicaid programs for our State clients. Our 1115 products share common elements of private market coordination, consumer direction, and incentives for prevention and healthy behaviors, but are specific to each State’s market, politics and unique population needs.
SVC has in depth experience:
  • designing 1115 waiver programs
  • supporting the waiver development and negotiation process with CMS
  • assuring that the proposal is structured appropriately, contains all the required elements and aligns with the state’s political needs
  • leading implementation efforts for waiver programs, including implementing policy, eligibility system changes and developing request for proposals to contracting with managed care companies
  • developing stakeholder education materials
  • ensuring vendor readiness for go-live


S
SVC has led many successful analytic research efforts involving special populations (e.g. long-term care, aging and disability, and home and community based services). SVC has assisted State governments in the research, analyses and development of various Medicaid programs that have included vulnerable populations such as those with disabilities and behavioral health challenges. 
SVC led efforts to develop the State of Indiana's Behavioral and Primary Healthcare Coordination (BPHC)program, a Section 1915(i) home and community-based services program specifically designed to maintain Medicaid eligibility for a portion of Indiana's chronic mentally ill population who would have otherwise lost access to coverage for intensive community-based behavioral health services when the State transitioned from 209(b) to 1634 status. SVC's work included identification of the population at risk of losing services, development of policy options for program design, identification of assessment processes and services package design. SVC provided project management and technical support through implementation including developing the State Plan Amendment, administrative rule draft and stakeholder communication materials.
The SVC team was also a key component of the State of Indiana Aged, Blind and Disabled (ABD) Task Forceconvened to complete a comprehensive review of the current ABD population, expenditures, programming and nationwide trends.  SVC analyzed public input, researched ABD options across the nation and considered Indiana's current managed care landscape in order to create the final Aged, Blind and Disabled Report for the Indiana General Assembly. 


I
In 2013, Maine's Department of Health and Human Services contracted with SVC, Inc. and Milliman, to provide expertise, research, and data analysis services to the redesign effort and to give a national perspective on Medicaid cost containment strategies in an effort to realize $5.25 million in Medicaid savings. SVC led the Task Force in reviewing the MaineCare program and potential cost containment strategies. Part of this analysis focused on coverage categories, the nature and extent of covered benefits, the cost-sharing requirements, enrollment trends, and analysis of expenditure data. SVC helped facilitate Task Force meetings, prepared analyses and presentations and drafted the final report to be submitted to the State legislature. Recommendations in SVC's report projected total State savings in fiscal years 2013-15 of $35.22 million. Through thorough reviews of strategies nationwide, targeted data analysis, and knowledge of Medicaid program operations, SVC, Inc. was able to help the MaineCare Redesign Taskforce identify and validate strategies to improve care delivery and realize cost savings.

Myriad on Prolaris and Vectra LCDs - Dec 22 2016

$
0
0
http://www.streetinsider.com/Corporate+News/Myriad+Genetics+(MYGN)+Disappointed+that+the+MolDx+Program+Published+a+Draft+Non-Coverage+Decision+for+Vectra+DA/12370402.html

Myriad Genetics (MYGN) Disappointed that the MolDx Program Published a Draft Non-Coverage Decision for Vectra DA 
December 23, 2016 10:45 AM EST



Myriad Genetics (NASDAQ: MYGN) issued the following statement to StretInsider.com, saying they are disappointed that the MolDx program published a draft non-coverage decision for Vectra DA and strongly disagrees with the conclusions. News of the non-coverage decision for Vectra DA has shares of MYGN down 5.7%.

Myriad Genetics statement:

We are excited that Palmetto, the Medicare administrative contractor (MAC) in charge of the Mol Dx program, has issued a draft LCD for Prolaris, recommending coverage for Medicare beneficiaries with favorable intermediate localized prostate cancer. The decision is an important step in expanding Medicare reimbursement for this life-saving test and will significantly increase patient access to Prolaris testing in the United States.

Favorable intermediate is defined as prostate cancer patients with: “Predominant Gleason grade 3 (i.e. Gleason score 3+4=7), percentage of positive cores <50%, and no more than 1 NCCN intermediate-risk factor) NCCN intermediate risk factors include T2b-T2c, Gleason score 7, and PSA 10-20 ng/mL.”

We believe this criteria applies to approximately 25 percent of men with prostate cancer. Since Medicare is the payer for approximately 60 percent of men with prostate cancer, this draft LCD if approved would expand coverage for about 15 percent of men or approximately 30,000 additional men per year in the United States.

We believe this LCD will be reviewed at the CAC meeting in February and be subject to a 45 day comment period along with a 45 day waiting period if approved. Consequently we would expect the potential impact of this decision from a revenue perspective to be a fiscal year 2018 event.



At the same time, we are disappointed that the MolDx program published a draft non-coverage decision for Vectra DA based on data from the recently published AMPLE study.[1] Myriad strongly disagrees with the conclusions of this study as published, which had significant limitations and shortcomings as described by Dr. Jeff Curtis in his scholarly response to the paper.[2]

For example, a major shortcoming of the AMPLE publication was an unconventional statistical analysis of radiographic progression. When the data are reanalyzed using a more conventional approach, the findings are consistent with multiple prior studies that show Vectra DA accurately predicts radiographic progression in patients with rheumatoid arthritis (RA).[3]-7

The efficacy of Vectra DA has been demonstrated in more than 20 studies with more than 3,000 patients. The strength of the clinical evidence for Vectra DA has been widely recognized as 3 out of 4 rheumatologists have experience with Vectra DA and have ordered it for ~300,000 patients in the United States. Recently, Vectra DA was included in guidelines published by United Rheumatology and will be evaluated for inclusion in the American College of Rheumatology (ACR) guidelines.

Vectra DA remains an important test for rheumatologists and their patients with RA. The Company stands behind the science supporting Vectra DA, and we will work to ensure continued access to this important molecular diagnostic test for all Medicare patients with RA.

German Tech Assessment of Breast Cancer Molecular Prognostics

$
0
0
Direct Google Translation

https://www.iqwig.de/de/presse/pressemitteilungen/pressemitteilungen/biomarker-tests-bei-brustkrebs-entscheidung-uber-chemotherapie-bleibt-schwierig.7700.html

Cited in my January 2017 blog:
http://www.discoveriesinhealthpolicy.com/2017/01/results-may-differ-even-in-evidence.html

[This study focuses on MINDACT because a prior broader review of the field was negative.  The question was whether MINDACT would significantly update the 2015 review.]

See responses in German press at:
  http://www1.wdr.de/wissen/mensch/brustkrebs-biomarker-test-100.html
  http://www.tagesspiegel.de/wissen/grenzen-der-gewissheit-streit-um-gentest-bei-brustkrebs-geht-weiter/14934896.html



Biomarker tests in breast cancer: decision about chemotherapy remains difficult

Preliminary MINDACT results make it possible to estimate the disadvantages of a therapy disability / scarcely practical advantage

The Institute for Quality and Efficiency in Health Care (IQWiG) has examined the utility that certain breast cancer patients have in biomarker tests to decide for or against adjuvant systemic chemotherapy. These are women with primary hormone receptor-positive, HER2 /neu-negative breast cancer and up to three infected lymph nodes.

When the Institute presented its preliminary report in November 2015 [one year ago], the data was not sufficient to prove the benefit or damage of such tests.

However, results of further relevant studies were announced for early 2016. At the request of the Joint Federal Committee (G-BA), the IQWiG therefore waited after the scientific discussion on the preliminary report.



MORE AFTER BREAK




In the summer of 2016, the first results of one of these studies, MINDACT, were published, which could be included in the final report and are now the focus of the debate. The new study data provide valuable information on the possible consequences of a chemotherapy waiver due to a biomarker test result.

However, a clear benefit of the test under MINDACT can not be said.

On the one hand, the observation period of five years is too short: many long-distance metastases - ie, metastases away from the affected breast - occur only in the following years.

On the other hand, it is questionable whether one to two per cent more deaths are really insignificant due to a recurrence and spread of cancer because of a decision to avoid chemotherapy.

Biomarkers should show who benefits from chemotherapy

The IQWiG should investigate the benefits of using biomarkers for the therapy decision of women, who are unclear as to whether they would ever experience a recurrence of the disease (a recurrence) or whether their cancer would respond to chemotherapy. If [they will not recur], chemotherapy is an unnecessary burden. This is open in patients with primary hormone receptor-positive, HER2 /neu-negative breast carcinoma, with a maximum of three lymph nodes infected.

With chemotherapy after a successful tumor surgery one wants to switch off possible micrometastases and thus prevent a recurrence. However, most patients do not suffer from a recurrence without such chemotherapy. Based on established factors such as age, lymph node status and grading, the group of patients who really benefit from chemotherapy can not be determined reliably. From so-called biomarkers, it is hoped that the use of such additional therapy will be safe.

Many study results could not be considered
In the evaluation of the literature, eight studies proved to be relevant to the question.

In six of these studies, the data of many patients are missing, for example because samples were already consumed for other analyzes or were not suitable for the test, or because no consent was given to the reuse of the samples.

If the data base is so incomplete, especially for the important long-term evaluations, this can lead to misrepresentations. The results of these studies could not therefore be used for the benefit assessment.

In another study, the decision was examined between two chemotherapies, but not a possible renunciation of chemotherapy. Therefore, the following [review] is exclusively the eighth study, MINDACT.

Almost every second with a high clinical risk score has a favorable test result

In this randomized controlled study, the tumor tissue of nearly 7,000 women with breast carcinoma in the early stage after tumor surgery was also tested with a biomarker, namely MammaPrint, in addition to clinical risk assessment. In this test the reading of 70 genes is determined. On the basis of this so-called gene expression profile, the risk that the cancer is producing remote metastases is either classified as low or high.

Most of the study participants met the inclusion criteria for the present assessment. In half of the women, the conventional clinical risk classification was low. In the other half, the clinical classification posed a high risk that distant metastases would develop later - possibly after many years. Once these have occurred, two out of three affected women die from cancer within ten years.

The additional biomarker test revealed a low genetic risk score for 46 percent of women with high clinical risk. In order to determine whether women with such a contradictory risk assessment benefit from chemotherapy,


Five-year results only allow cautious assessment

In the opinion of the IQWiG, the experts agreed on the following: Distant metastases and other consequences of breast cancer can still occur many years later, so that the situation must be kept in view for at least ten years. However, MINDACT's first results were published after five years. Therefore, no reliable assessments of the advantages and disadvantages of a chemotherapy renunciation due to low biomarker risk indicators are possible. The IQWiG could only make a rough estimate of the results to be expected after ten years.

"No one knows exactly whether the differences between the groups with and without chemotherapy will grow or shrink in the next few years, or there will be the same number of additional metastases in both groups," says Stefan Lange, deputy head of IQWiG.

"But the results now available are the best we can work with at the moment. It is good that this great and carefully planned study was carried out. Among the more than 70,000 women who receive a breast cancer diagnosis in Germany in one year, roughly 20,000 are unaware of whether they benefit from chemotherapy. These women and their doctors provide MINDACT with important data to discuss the pros and cons of chemotherapy and the limited power of biomarker tests.


Hurdle skipped barely - or ripped down?

The study authors primarily wanted to check whether a decision on the biomarker results in a decision based on the clinical risk factor. To this end, they determined in advance that, after five years - statistically confirmed - at least 92 percent of women with a clinically high and genetically low risk level who did not receive chemotherapy still had to live and be free from metastases. In fact, this was 94.7 percent, with the 95 percent confidence interval ranging from 92.5 percent to 96.2 percent. The crucial lower limit of this interval is haarscharf over the hurdle of 92 per cent, whereby according to the authors the non-defeat is proven.

This is, however, an unorthodox understanding of non-subordination: instead of looking at only one study arm, one would have had to compare the distance of metastasis with women with and without chemotherapy. Also, the hurdle of 92 percent after five years is not derived - in contrast to the limit value set by the IQWiG, namely, 95 percent relapse-free survival after ten years. This limit is already below today. Other specialists are more liberal than the IQWiG and demand that after ten years at least 90 percent of the participants have to be free of metastases. This criterion is also not expected to be met: as experts say that many recurrences occur late, the confidence interval should fall below 90% in the next five years.

One and a half percent difference - or even four?

For the order given by the G-BA to the IQWiG, other results of this study are more important anyway: if women with high clinical and low genetic risk factors receive chemotherapy or do without them, the figures differ after five years Of women with local recurrences or distant metastases and, in particular, deaths? The study authors have determined that 95.9 percent of women were free of metastases after five years without chemotherapy and 94.4 percent without chemotherapy: a statistically not significant difference of about one and a half percent, which, however, due to the uncertainty due to the restricted number of participants also up to scarce Four percent.

For the affected women, however, the survival of the disease and the so-called overall survival are at least as relevant as the survival of the survivor of metastases. In the study, all three endpoints were in the same direction. Therefore, if 1000 women fail to undergo chemotherapy due to a low biomarker tester result, there are about 32 additional relapses (including deaths) and 11 additional deaths. Because of the uncertainty, however, there could also be 61 additional recurrences of all kinds and 26 additional deaths.


How many deaths from therapy are insignificant?
"According to the authors, the differences are so small that they can spare chemotherapy for women," says Stefan Lange. "I would like to discuss this more closely with the affected women and experts. In the debates, for example, the introduction of colorectal cancer or prostate cancer screening, presumed increases in survival rates by a fraction of a percentage point than absolutely necessary targets are put into the field. And here it should be insignificant, if up to 260 more dying of the approximately 10,000 women per year, who according to the manufacturers could give up the chemotherapy by the new tests, die up to 260 more? "

How is chemotherapy harmed against cancer?
This would be understandable if there were very clear advantages to the higher risk. A woman whose tumor has a high clinical criterion and a low risk of distant metastases according to genetic criteria must balance the potential side effects and sequelae of chemotherapy on the one hand and a higher risk of developing distant metastases as well as dying of cancer.

Unfortunately, most statements on the disadvantages of chemotherapies are quite vague, "explains Daniel Fleer from the Department of Non-Mediated Procedures, who supervised the biomarker report at IQWiG. "It is often said that two or three percent of the chemotherapies are estimated to cause serious damage, such as permanent damage to internal organs such as the heart or kidney, and even death. These are, however, only 'house numbers', which are often placed in the room without documents. Thanks to MINDACT, the affected women now know much better than before what the risks of a renunciation of chemotherapy are. However, no information is given to the decisive side effects. So what lies in the other scale is unclear. "

Overall, the IQWiG concludes that for any of the currently available biomarkers, there is evidence of a benefit or damage to a biomarker-based strategy for the decision to or against adjuvant chemotherapy in the primary breast carcinoma. At present, a woman with a clinically high and genetically low risk can not advise against chemotherapy. The actual 'added value' of the biomarker tests for those affected can only be assessed if further results of the ongoing studies are available.


The expiration of the report creation

The preliminary results, the so-called preliminary report, had been published by IQWiG in November 2015 and submitted for discussion. After the end of the opinion procedure, the preliminary report was revised and sent to the client as a final report in October 2016. The written submissions will be published in a separate document in parallel with the final report. The report was prepared jointly with external experts.

WDR DE WISSEN / Breast Cancer: After Surgery?

$
0
0
Direct Google Translate, German > English

Breast Cancer: After surgery, chemotherapy - or not?  December 2016
By Christina Sartori



In determining whether chemotherapy is necessary after a breast cancer operation, biomarker tests could help. The Institute for Quality and Efficiency has now analyzed their usefulness and published the results on Monday (05.12.2016).

For some women with breast cancer, the question arises after the operation: Now a chemotherapy - or rather not? In many cases, the doctor can give a clear recommendation depending on clinical factors such as age of the woman, size and shape of the tumor, and state of the lymph nodes: if these clinical factors give a certain risk that the cancer might return in a few years, then He will advise his patient to chemotherapy - otherwise not.

MORE AFTER BREAK



In some cases, however, the clinical factors do not give a clear picture. It is then necessary to balance the side effects of chemotherapy and the risk of tumors occurring in the near future, so-called recurrences. In this situation, biomarker tests could help to analyze the genes or proteins of cancer cells. But how reliable the testimony of such biomarker tests is, was hitherto unclear.

The Iqwig examines the benefits of biomarker tests
The Institute for Quality and Efficiency in Health Care (Iqwig) has analyzed studies that have examined the utility of three biomarker tests over the last few years: MammaPrint, EndoPredict and Oncotype DX.

The results are poor: Only for the MammaPrint test, the scientists of Iqwig found a study that meets their requirements, so they do not make any statement about EndoPredict and Oncotyp DX [due to the exclusion of studies].

And to the MammaPrint test, they base their assessment on a single study. The conclusion: There is no clear advantage of the biomarker test MammaPrint. On the one hand, the study has only been running for five years. However, breast cancer can also return after more than 5 years, so these are preliminary results. The results will be more important after ten years of observation.

Surgery in a patient with breast cancer.  After surgery, chemotherapy?
On the other hand, the study showed that in the group of 1,000 women who failed chemotherapy for the biomarker test, there were 21 additional recurrences and 11 additional deaths from the group of women who had chemotherapy. "According to the authors, the differences are so small that they can spare chemotherapy for women," says Stefan Lange, Deputy Head of Iqwig. But he himself sees this differently: "I would like to discuss this more closely with the affected women and experts."

Each patient is concerned about survival
Prof. Dr. Stefan Wiemann, Head of the Department of Molecular Genome Analysis at the German Cancer Research Center in Heidelberg, will be able to understand the concerns regarding the biomarker test MammaPrint: "The test would lead to incorrect decisions not to perform chemotherapy, ultimately leading to serious consequences For each individual patient, it is a question of personal survival, and the negative side effects of chemotherapy are usually accepted rather than the possibility of dying due to a non-performed treatment. "

However, Prof. Wiemann estimates the benefit of the biomarker test Oncotyp DX differently than the Iqwig: "The Oncotype DX test has shown the efficacy or the benefit for the therapy decision in a number of studies and is therefore also recognized by several relevant Societies. "

Side effects of chemotherapy -- or cancer return

 So there is currently no undebated conclusion on the topic biomarker test.

For affected women, this means that if the results of the biomarker test are not followed by chemotherapy after surgery, there is little risk that the test was wrong. If they are to be as safe as possible, they can do chemotherapy with all their side effects, although this may be superfluous. "The side effects of chemotherapy can also be serious, so they should also be included in the overall review," says Dr. Stefanie Seltmann from the German Cancer Research Center in Heidelberg. "Not all, but some chemotherapies can have serious consequences, Such as the fatigue syndrome, depression, or even heart or kidney damage. "

 Decision on the cost
Up to now, such biomarker tests, which cost several hundred to a thousand euros, are paid in Germany only by the German statutory health insurance companies in individual cases.[*]

This would only change if the joint federal committee of the (G-BA [**]), the highest decision-making body of the joint self-administration of doctors, hospitals and health insurance funds in Germany would oblige the [100 regional] health insurance funds to reimburse a biomarker test in general. It is difficult to predict how the G-BA will decide - but it is probable that this decision is expected in a year at the earliest. [***]

____


[*] Most Germans are covered by one of about a regional insurance plans, which are closely regulated in terms of coverage rules that are set by a national body rather than by the plan.  

[**] G-BA doesn't have a ready equivalent in the US.  It might be a bit like the CMS agency using NCDs and thousands of pages of policymaking to regulate the 10 Medicare contractors, but that is not an exact analogy.   However, unlike CMS, it controls about 90% of the insurance plans.     

[***]  Sounds like the IQWiG assessment is contributory to, but not directly binding on, the G-BA.



TAGESSPIEGEL on IQWIG Breast Cancer

$
0
0

Direct Translation Google Translate German >> English

12/2016: German Newspaper TAGESSPEIGEL

Debate over Gentest in breast cancer continues

Chemo yes or no? This decision to make due to a gene expression test is too uncertain for breast cancer patients, writes the IQWiG - and thus fires again the dispute. 




BY ADELHEID MÜLLER-LISSNER

Difficult Decision. It is not always clear which breast cancer patient really needs chemotherapy. Gene expression tests should help
 .  

"Overall, the IQWiG concludes that there is currently no evidence for a benefit or harm to a biomarker-based strategy to decide whether or not to undergo adjuvant chemotherapy for primary breast cancer."

MORE AFTER BREAK




For outsiders, this rate may sound specialist-chinese. The analysis published today by the Institute for Quality and Efficiency in Health Care (IQWiG), commissioned by the Federal Joint Committee (G-BA), is likely to be affected by affected women.

With the tests, whose usefulness is questioned here, they ultimately combine the hope of saving themselves with a lengthy, strenuous and possibly purchased with life-long health problems.

"To withhold a test from a woman, despite all the recommendations from the scientific side and the big breast cancer congresses in the USA and here in Germany, is similar in my eyes to a personal injury," says one of the emotional (open) letters of affected women In 2013 with the then Federal Minister of Health Daniel Bahr.

Who needs a chemo? Whom does she do more than she does?

Why is? Around 70,000 women are diagnosed with breast cancer every year in Germany. The question of whether further treatment is necessary in addition to an operation is then quickly in the room. With the greatest anxiety, the women usually wait for a supportive chemotherapy. It is intended to prevent the cancer from returning and spreading elsewhere in the body. Women who have only a minimal risk of such a relapse would be unnecessarily burdened with the toxic treatment for cells. Others are very likely to save their lives. But who belongs to which group?

"The chemotherapy has improved the cure rate in breast cancer - but it has been chemotherapy too much," says gynecologist Isabell Witzel, head of the breast center at the University Hospital in Hamburg (UKE). The guidelines list criteria for the physicians to address and discuss them in their tumor conferences. This includes questions such as: How big is the tumor? Are lymph nodes infected? How fast do cancer cells grow? What is the proportion of cells that multiply? Last but not least: Do receptors for female sex hormones, which influence the growth, and large amounts of the growth factor HER2 in the cancer tissue are found? Usually, the answers are a clear decision.

The tests determine which genes are active in the tumor

But there are controversial borderline cases - especially when the tumor has receptors for estrogen and progesterone when it is HER2-negative and no or at most three lymph nodes are infected. "The patient's individual risk must be discussed here," says Michael Untch, chief physician of the women's clinic and head of the Interdisciplinary Breast Center at the Helios Clinic in Berlin-Buch. Tests that help in the decision are basically welcome.

In the meantime, pathologists are investigating the two proteins uPA and PAI 1 more frequently during the surgical operation, in order to estimate the prognosis of breast cancer patients without involvement of the lymph nodes.

And there have been several tests on the market, with which one can find out how strong up to 70 different genes in the tumor are active. Partially, one can use paraffin-preserved tissue for this purpose. Oncotype DX, EndoPredict, PAM 50 and MammaPrint - these are currently the best known names.

According to IQWiG, such tests are questionable [?under consideration] for about 20,000 women every year.

The experts of the IQWiG were waiting for a large study

They should be used "only in selected patients, if all other criteria do not permit a therapy decision," according to a current opinion of the Arbeitsgemeinschaft Gynäkologische Onkologie.

The 2012 breast cancer guideline, which is currently being revised, states: "The use of analyzes for gene expression to assess prognosis or therapy responses is not sufficiently validated and therefore can not be recommended."

The IQWiG had retained its final assessment in order to await the results of the so-called Mindact study on the MammaPrint test from the Dutch company Agendia. Six other studies had previously excluded the investigators from the analysis because of missing data or not quite appropriate questions. The PlanB study of the West German study group (WSG) on the Oncotype DX test produced encouraging results, but can only date with an observation period of three years.


"You can not advise against conscience chemotherapy"

For the Mindact study, which focuses on IQWiG, 6696 women were diagnosed with the risk that the cancer could report again after the first treatment, according to the conventional criteria and the gene expression test MammaPrint. If clinical and genetic assessments were consistent with the risk, a clear decision for or against chemotherapy could be made. If they diverged from one another, this important point was randomly placed with the consent of the participants. In August, the first results of the investigation were published in the "New England Journal of Medicine".

It was important for the assessment of the IQWiG as to how those 46 per cent of the women after five years had, which had a favorable result in the biomarker test, but high clinically recognizable risks. 94.4 percent of the women in this group who had not received chemotherapy had not received any long-distance resettlement of the tumor, 95.9 percent of women with chemotherapy had spared this fate, a statistically insignificant difference of 1.5 percent . Due to various uncertainties, however, he could also be up to four percent, according to the IQWiG. "At the present time, a woman with a clinically high and genetically low risk can not advise against a good chemotherapy chemotherapy", says the press release.

"A Conclusion beyond the clinical routine" [Outside of today's clinical practice]

In the other scale, however, the hardships and also the possible late effects of chemotherapy occur. The side effects at the heart can be seen years later. "The calculation of the IQWiG has been set up outside the clinical routine and would hardly be reproduced by a patient who is undergoing six-month chemotherapy," says Oleg Gluz, Oberarzt at the Brustzentrum Niederrhein in Mönchengladbach and Scientific Coordinator of the WSG.

The situation was exacerbated by the fact that the patients were generally older than those included in studies during the care day. Up to now there have been only vague statements on the side effects, says Daniel Fleer from the IQWiG Department of Non-Medication, who supervised the report. The authors of the Mindact study, gathering information about this, missed the opportunity to make public their findings on the undesirable effects [harms] of chemotherapy.

That the tests could spare some women a too far-reaching therapy is, however, only one side of the coin. If a test with a low clinical risk poses a high risk in the gene signature, it can look exactly the opposite. However, Untch criticizes the fact that chemotherapy is of use in these cases, but it has not yet been proved, even if the advertising brochures of some manufacturers are different. It would be very difficult to decide if a woman with an average risk of chemotherapy should be advised. "Again, the data is unclear," he says.

"The evaluation puts us back in the 1980s"

The IQWiG calls for long-term results. "Five years of follow-up are much too short," says Brecht-cancer expert Untch. Especially in patients who have breast cancer antennas for female sex hormones and is Her2 negative, metastases often occur much later - "up to 25 years after the diagnosis". On this point the IQWiG's perspective is understandable, says Stefan Wiemann, head of the Molecular Genome Analysis department at the German Cancer Research Center in Heidelberg. "The five-year period of the Mindact study is, in fact, inadequate to make a final assessment of the predictive power of this test."

Should use of the test be delayed under these circumstances? This is a difficult question, especially for doctors who have to make therapy decisions daily with their patients. According to Untch, the tests were on the market precisely because the so-called group had so much uncertainty as to whether they still needed chemotherapy in addition to antihormonal treatment. There is something more secure now, says his colleague Isabell Witzel. "The Mindact study confirms that in low-risk women, according to genetic testing but high clinical risk, chemotherapy can be dispensed with." Oleg Gluz demands that at least the well-tested tests are paid by the health insurance companies in these patients. "Unfortunately, the IQWiG assessment in Germany is returning to the 1980s, 1990s, when the knowledge of tumorbiology was still insufficient."


Politics on the back of the patients

The scenario is tricky. This is partly due to the fact that diagnostic tests are different from those for medicinal products. The breast cancer expert Rolf Kreienberg, president of the Arbeitsgemeinschaft der Wissenschaftliche Medizinische Fachgesellschaften and external expert for the IQWiG investigation, calls for such tests to clarify the evidence before the market launch by studies "so that a clear starting position exists and not with the Patients or their back policy. "

In this case it is too late. Patients can only hope that in five years more clarity will prevail.

Google Translate for Business:Translator ToolkitWebsite TranslatorGlobal Market Finder




Viewing all 853 articles
Browse latest View live