|Name||Position||Country||Term||Time in Office|
|J. Morrissette||Chair||US||1st||2019 06 - 2021 12|
|M. E. Marmarelis||Member||US|
|R. T. Sussman||Member||US|
The IFCC Emerging Technology Division (ETD) is dedicated to providing current awareness for emerging technologies likely to have important clinical diagnostic applications in the near future. One of those technologies is Next Generation Sequencing (NGS), which allows the detection of variants in large numbers of genes in a massively parallel fashion. The detection of these variants in tumor tissue can be diagnostic, prognostic, and/or predictive for therapeutic response. In many large academic institutions, NGS testing is performed on most tumor samples and when appropriate, the results are linked to therapy as standard of care. However, genomic testing of tumor samples is not well established in the community hospital setting and is largely not performed in emerging nations.
Provide a regularly updated perspective on the clinical diagnostic applications of NGS over the next 3 years through both the creation of a webpage and the publication of manuscripts to:
a) Create and add content to a current awareness webpage on genomics:
1. Genomics educational section
a. FDA approved/cleared molecular diagnostic test
3. Clinical Validation of a NGS assay
a. Validation document summary template
b. Tools to determine assay’ performances
a. Wet Lab
b) A manuscript of best practices for validation of clinical NGS and reporting, based on the seminal papers in the field, with links to the IFCC website.
c) A manuscript opinion on best practices for moving genomics into emerging nation settings
d) A way to identify an appropriate hospital or clinic in an emerging nation(s) to implement genomic testing associated with targeted therapy in the oncology setting.
Prof. Jennifer J.D. Morrissette, Ph.D., FACMG
Scientific Director, Clinical Cancer Cytogenetics
Clinical Director, Center for Personalized Diagnostics
Associate Professor of Clinical Pathology and Laboratory Medicine
Division of Precision and Computational Diagnostics
Department of Pathology, University of Pennsylvania
3020 Market Street
Philadelphia, PA 19104