Making Cells Work 2026
Event Date:
Join researchers, clinicians, biotechnology leaders, and industry partners for a FREE one day symposium exploring the latest advances in engineered cell therapies and regenerative medicine.
Event Details
Date
Time
7:30am - 4:00pm
Speakers
Branden Moriarity
PhD, Professor, Division of Pediatric Hematology/Oncology
Shalmica Jackson
PhD, Associate Director of CGT Market Development at Lonza Biosciences.
Charlie DeLisle
PhD, Sr. Biopharma Account Manager at Waters
Mary Garry
PhD, Professor of Medicine, Cardiovascular Division
Saad Kenderian
M.B., Ch.B., Assistant professor and consultant in the departments of oncology, medicine, immunology, and molecular medicine at Mayo Clinic
Isaac Adjei
PhD, Field Applications Scientist for Cytiva Nanomedicine
PhD, Daryl Gohl
Associate Research Professor Group Leader, UMGC Innovation Lab
John Garbe
Information Technology Professional, Genomics Center
Beau Webber
PhD, Associate Professor, Division of Pediatric Hematology/Oncology
Molly Lynch
Research Professional, Masonic Cancer Center
Elizabeth Hirsch
PharmD, FCCP, FIDSA, FIDP, Associate Professor, Department of Experimental and Clinical Pharmacology (ECP)
Branimir Bugarija
PhD, is the CRISPR Field Application Scientist Manager at Integrated DNA Technologies (IDT)
Walter Low
PhD, Professor, Neurosurgery
Rita Perlingeiro
PhD, Lillehei Professor, Stem Cell and Regenerative Cardiovascular Med
Christine Robinson
Miltenyi Biotec
Rubayat Jamal
PhD, Cell Therapy Application Specialist at Cytiva
Michael Kyba
PhD, Professor, Pediatrics
Andrew Crane
PhD, MS, Assistant Professor, Division of Gastroenterology, Hepatology and Nutrition
Matthias Koenning
PhD, Senior Field Application Scientist
David Largaespada
PhD, Professor, Department of Pediatrics
Agenda
Agenda
Making Cells Work: Advancing Engineered Cell Therapies from Discovery to Translation
Participants will discuss:
- Cutting-edge research in genetically engineered cell therapies
- Emerging sequencing and analytical technologies that enable cell therapy development
- Pathways for translating discoveries into IND-ready therapies