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2021 Symposium
Our 5th Annual Symposium will take place Thursday and Friday, March 25th and 26th, 2021, 11:00–2:30 EST. VIRTUAL and NOT RECORDED, free and open to all – registration required. RNA research shapes revolutionary scientific paths, from fundamental science discoveries in the labs to powerful biomedical applications for patients. The rapid rise of RNA-guided genome…
After COVID-19, mRNA vaccines could treat flu, HIV and even cancer
By Justin P. Hicks | jhicks3@mlive.com Vaccines to protect against severe illness and death from COVID-19 started as the key to a return to normal, but they could wind up unlocking much more for the future of health care. The mRNA vaccine technology used by Pfizer/BioNTech and Moderna for their respective coronavirus vaccines has been heavily…
March 27, 2020 U-M Center for RNA Biomedicine 5th Annual Symposium
Initially scheduled for March 27, 2020, our 5th Annual Symposium “From RNA Biology to Medicine” is rescheduled for March 26, 2021 University of Michigan, Biomedical Research Science Building, 109 Zina Pitcher TOGETHER, WE SOLVE … Morning Welcome and Introduction, Mark Schlissel (President, University of Michigan) Afternoon Welcome and Introduction, Srijan Sen (Associate Vice President for…
From our 5th Annual Symposium: Advice to Trainees and Mentors
Top left to right: Markos Koutmos, Sara Aton, Chris Lima, and Kevin Weeks; bottom left to right: Feng Zhang, Tracy Johnson and Brenda Bass. At the panel discussion of our 5th Annual Symposium held March 25–26, 2021, we asked the keynote speakers for advice for trainees and mentors. Brenda Bass from the University of Utah,…
Feng Zhang, Ph.D. – Keynote speaker, 2021 RNA Symposium
KEYNOTE SPEAKER 3: March 25, 2021, 1:35–2:30 pm More information on the Symposium Blog by MiSciWriters “Exploration of Biological Diversity to Discover Novel Molecular Technologies” Feng Zhang, Ph.D. James and Patricia Poitras Professor of Neuroscience at MIT, Howard Hughes Medical Institute Investigator, Professor, Brain and Cognitive Sciences and Biological Engineering at MIT Core Member, Broad…
CRISPR to KLIPP cancer
While most efforts involving CRISPR are focused on genome editing, the CRISPR machinery could also be used as a molecular weapon to slice up chromosomes of cancer cells. Research has shown that chromosomes may undergo a “catastrophic” event early in the process of carcinogenesis causing multiple breakages. While many cells die in such events, some…