Plenary Keynote Program

THURSDAY, JUNE 23

PLENARY KEYNOTE SESSION
INNOVATION IN DRUG DISCOVERY AND PRECLINICAL R&D: 20 YEAR ANNIVERSARY

3:45 pm Chairperson's Remarks
Nadeem Sarwar, PhD, Global Head, Genomic Strategies & Global Head, Digital Therapeutics Strategies, Eisai

3:50 pm Plenary Keynote Introduction (Opportunity Available)

4:00 pm Talk Title to be Announced
Nadeem Sarwar, PhD, Global Head, Genomic Strategies & Global Head, Digital Therapeutics Strategies, Eisai

4:30 pm Keynote Panel: Celebrating 20 Years of Innovation: Discussion with Past Keynote Speakers
Moderator:
Sarwar_NadeemNadeem Sarwar, PhD, Global Head, Genomic Strategies & Global Head, Digital Therapeutics Strategies, Eisai
Panelists:
John_BinoBino John, PhD, Global Team Leader, Director, Data Science and AI Group in Clinical Pharmacology and Safety Sciences, AstraZeneca
zhen-suZhen Su, MD, MBA, CEO, Marengo Therapeutics
Walters_PatrickPatrick Walters, PhD, Chief Data Officer, Relay Therapeutics, Inc.
Henstock_PeterPeter V. Henstock, PhD, Machine Learning & AI Lead, Software Engineering & Statistics & Visualization, Pfizer, Inc.


FRIDAY, JUNE 24

PLENARY KEYNOTE SESSION
FUTURE OF COMPLEX MODELS

8:05 am Plenary Keynote Introduction (Sponsorship Opportunity Available)

8:15 am Programmable Organoids with Mammalian Synthetic Biology
Weiss_RonRon Weiss, PhD, Professor, Biological Engineering, Massachusetts Institute of Technology


8:45 am Microphysiological Systems – Looking to the Future
Low_LucieLucie Low, PhD, Scientific Program Manager, NCATS, NIH
Microphysiological systems – also known as “tissue chips” or “organs-on-chips” – have seen extensive development over the last decade and show great promise for use in understanding diseases and development of therapeutics. Many areas of potential use are yet to be recognized and challenges remain to be overcome for more widespread adoption of the technology. This talk will briefly cover some highlights of the NIH Tissue Chip program from the last decade and detail broader challenges and opportunities that remain in the field.


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