Webinar on Demand: Building novel pharmacodynamic models and assays to support cell and gene therapy product development
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Building biophysical models to investigate and potentially predict the pharmacodynamic property of AAV-coded molecules
- Image cytometry technology and applications to reliably count and characterize cell samples for development of cell and gene therapy products
Presenters
Biju Parekkadan, Ph.D.
Associate Professor, Biomedical Engineering and Medicine
Department of Biomedical Engineering Rutgers, the State University of New JerseyDr. Parekkadan oversees a laboratory that specializes in cell and genetic engineering. Since beginning his academic career in 2009, his research has been disseminated in >100 invited lectures (including a TEDx talk), >60 publications in high-impact journals with >8000 citations, and >10 patent applications.
He has experience in developing biotech products as a founder of Sentien, a clinical-stage pioneer of ex vivo cell therapeutics, as well as advising several companies as a founding member of CellOne Partners. Dr. Parekkadan received his Ph.D. in Chemical and Medical Engineering from the Harvard-MIT Division of Health Sciences and Technology, where he also completed all MD studies.
His efforts have been recognized through notable awards including being named Young Mentor of the Year by Harvard Medical School and a Presidential Early Career Scientist from the Office of the White House, the highest honor of an early-stage investigator.
Engineering Dynamics in Cell and Gene Therapeutics
James McDonald, Ph.D.
Field Application Scientist Nexcelom BioscienceDr. James McDonald is a Nexcelom Bioscience Field Application Scientist for the Pacific Northwest Territory. James’ background is in epigenetics and genomics with an emphasis on how DNA methylation affects transcription. He has over 10 years of research experience involving cell culture and analysis of both cell-based assays and genomics data.
Image-based high-speed, high-throughput automatic cell counting system Cellaca PLX for developing cellular therapeutic products