Share

    


In This Section

BiomarkerLIVE Overview

The role of biomarkers and molecular profiling in cancer diagnosis and treatment continues to expand. In oncology, a biomarker can indicate cancer type, how a cancer will progress if left untreated, what specific treatment may be most effective for a given cancer, and how well treatment is working over time. For five of the most common types of cancer (lung, prostate, colorectal, breast, and skin), there are more than 75 biomarkers used in clinical practice. The sheer number of treatment options across tumor types and the complexity of delivering care makes it difficult for cancer care providers to integrate new therapeutics, like biomarker testing, into their practices.

Barriers to using biomarker testing are common. Respondents to ACCC’s 2018 Trending Now in Cancer Care Survey indicate that insurance coverage, reimbursement, and insufficient protocols are among the issues working against the widespread implementation of biomarker testing in oncology practices.

To help cancer care providers surmount these and other barriers and enhance their knowledge of this rapidly evolving treatment area, ACCC launched the first phase of BiomarkerLIVE in April 2019. Since then, ACCC has worked with clinical experts and industry leaders to develop a common lexicon of biomarker terminology to promote better communication among cancer care teams; establish a resource library of materials relevant to cancer biomarkers and biomarker testing; and host a how-to webinar that explores how cancer programs can use these tools to implement effective biomarker testing protocols for their patients.

Building on the success of BiomarkerLIVE’s launch, Phase 2 will help cancer providers better understand what is needed to facilitate the integration of precision medicine into everyday practice. The objective of this phase is twofold:

  • Support the multidisciplinary cancer care team with the development of the infrastructure and expertise necessary to facilitate the integration of precision medicine into everyday practice.
  • Develop new tools and platforms to disseminate relevant educational resources to the multidisciplinary cancer care team.
For more information on this project, please contact the ACCC Provider Education department.

On-Demand Webinars

  • This webinar will review how the steps in the life cycle of a patient specimen can affect its molecular integrity and molecular analysis results. Our expert speaker will define the roles of stewardship across the specimen chain of custody, discuss common factors that compromise specimen fitness for molecular testing, and describe solutions to improve preanalytics and tissue stewardship.

  • Two thought leaders who have deep knowledge of—and experience in—biomarker testing in patients with hematologic malignancies will discuss best practices for biomarker testing in chronic lymphocytic leukemia (CLL) and multiple myeloma based on patient case discussions and the latest guidelines.

  • Take a deeper dive into the differences between germline and somatic mutations and what this means for patients with cancer and their families. Considerations for tumor types where somatic and germline testing comes into play for colorectal, ovarian, pancreatic, and prostate cancers will be discussed.

  • This webinar will help participants better understand the role of laboratory medicine professionals and pathologists in biomarker testing and incorporate a review of testing techniques and applications, lab-specific regulations, and the impact of those regulations on biomarker testing.

  • This on-demand panel discussion provides a review pf the current policies and regulations that drive costs related to biomarker testing.

  • This on-demand webinar will explore the differences between germline and somatic mutations (with case examples), review AMP/ASCO/CAP guidelines, give somatic testing examples, and share findings from a LUNGevity/FORCE patient survey.

  • Gain an introduction to cancer biomarkers and its relevant terminology, review different types of biomarkers, discuss the current landscape of biomarker-driven therapies by tumor type, and implications for cancer care delivery.

Presentations & Abstracts

Publications

accc-biomarker-provider-guide-77x100Talking with Your Patients About Biomarker Testing in Cancer Care - Provider Tips
This fact sheet supplies information to assist providers in talking with patients about biomarker testing and its role in their care.

accc-biomarker-patient-guide-77x100Conversation Guide: Biomarker Testing and its Role in Your Cancer Journey
A set of questions to guide patient-provider conversations related to biomarker testing. Type answers in this fillable PDF, or print blank copies for patients to write their own notes.

Biomarker Testing in Practice: Process Improvement Toolkit
Review the four key elements needed when developing a precision medicine program that successfully incorporates biomarker testing.

Application of Biomarkers in Clinical Trials
This white paper details considerations when determining to conduct biomarker testing on a patient, and the role the test results may play in potentially making that patient eligible for future clinical trials.

Cancer Buzz Podcasts

From the ACCCBuzz Blog

MMR/MSI Testing Guidelines Proposed—Comments Due March 13


March 03, 2020
Cancer Cell and DNA Strand-cropped

Molecular biomarker testing is enabling the delivery of precision oncology treatments, but developing processes and pathways for integrating these complex tests into practice can be challenging. Guidelines are necessary to help oncology stakeholders—not only pathologists, but also oncologists and laboratory personnel—make informed decisions about bringing new biomarker tests into practice and workflow. As the role of biomarkers in cancer diagnosis, prognosis, and treatment continues to grow, clinicians need access to reliable information on the appropriate use of molecular testing for the delivery of precision oncology therapies.

In response, the College of American Pathologist (CAP)is collaborating with the American Society of Clinical Oncology, the Association for Molecular Pathology, and Fight Colorectal Cancer to develop clinical guidelines for testing DNA mismatch repair (MMR) and microsatellite instability (MSI) status in patients with advanced solid tumor malignancies being considered for checkpoint inhibitor therapy. The guidelines will impact testing for patients with a range of cancers, including colorectal, endometrial, gastroesophageal, and small bowel.

CAP and its partner organizations are encouraging pathologists, oncologists, laboratory personnel, and allied health professionals to provide feedback on the draft recommendations, titled “MMR and MSI Testing in Patients Being Considered for Checkpoint Inhibitor Therapy,” to help ensure that the final recommendations are clinically practical. The panel will review and consider all comments received. The guideline manuscript will be submitted to Archives of Pathology & Laboratory Medicine later this year. All comments must be submitted by March 13 to be considered.

To better understand what these guidelines will mean to oncologists in particular, ACCCBuzz spoke to Timothy C. Allen, MD, JD, FCAP, Professor and Department Chair of Pathology at University of Mississippi Medical Center. Dr. Allen serves on the College of American Pathologists Board of Governors. He is the immediate past-president of the Pulmonary Pathology Society and a past-president of the Texas Society of Pathologists.

ACCCBuzz: How will these testing recommendations influence cancer care delivery for patients treated with checkpoint inhibitors? 

Dr. Allen: These guidelines, by providing some degree of standardization of MSI/MMR testing, should—as standardization typically does—increase the occurrence of, improve the timeliness of, and minimize the overall cost of MSI/MMR testing.

ACCCBuzz: What will these guidelines mean for front-line clinicians? 

Dr. Allen: These guidelines on the testing of MSI/MMR are primarily meant to guide the pathologist in the testing of cancers for which MSI/MMR testing has been shown beneficial. These guidelines should provide front-line clinicians peace of mind that the testing is being performed on their patients using the appropriate platforms, that the testing is interpreted accurately, and that any discordant or indeterminate results are dealt with correctly. Beyond that peace of mind, these guidelines hopefully will help some front-line clinicians better understand the molecular theory and reasoning behind testing. 

ACCCBuzz: How important is it for non-pathologist oncology professionals to understand these recommendations?

Dr. Allen: While written as guidelines for pathologists ordering MSI/MMR testing, these guidelines should also be shared with non-pathologist oncology professionals, including oncologists, nurse coordinators, etc., so those team members have a deeper understanding of the reason for MSI/MMR testing of a variety of cancers by various platforms. That will allow these professionals to better understand the reasons for, complexities of, and limitations of MSI/MMR testing. In turn, these professionals should be able to communicate more clearly with patients and their families, as well as payers, regarding the value of MSI/MMR testing in the variety of cancers for which testing is applicable.  

ACCCBuzz: Why is clinician feedback on this draft guidance so important?

Dr. Allen: Feedback is necessary from all stakeholders so any issue that the expert panel dealt with is fully vetted by the team who will actually be instituting the guidelines in practice. Although pathologist feedback will be extremely important, non-pathologist clinician feedback is no less vital, so the final guidelines are fully vetted, practical, and more likely to be accepted by all stakeholders. 

Read the CAP press release here.

News & Media

 
 

Our Partners


Fight-CRC-225x80
LBBC-185x80

Clearity-Foundation-211x80

Our Supporters

logo-abbvie-200x80 AstraZeneca_200x80 This project is supported by AbbVie, AstraZeneca, Lilly Oncology, and Merck & Co., Inc. BMS-330x80 Phase one of this project was supported by Bristol Myers Squibb.