Date: July 16, 2024 By: Nick Kolev
On July 9, Ragon faculty member and Early Independence Fellow Charles Evavold, PhD, participated in a special seminar as part of the Science Seminar Series @RCCHU titled “Synthetic Biology Strategies for Human Health: From Yeasts to Immune Cells.”
Hosted by the Real Colegio Complutense at Harvard (RCCHU) and Harvard Medical School, this seminar explored innovative approaches to engineering living cells, using advanced techniques like CRISPR-Cas genomic editing.
Evavold highlighted the potential of engineered mRNA to reprogram cell death. Victor J. Cid, PhD, of the Complutense University of Madrid shared insights on humanized yeast models for genetic and pharmacological research. And Jon Kagan, PhD, of Boston Children’s Hospital and Harvard Medical School, discussed how re-wiring pathways in lymphoid cells can lead to new therapeutic designs. The event showcased the collaborative efforts of top researchers and institutions, emphasizing the transformative potential of synthetic biology in medical and pharmaceutical sciences.
The RCC is the sponsor of Dr. Cid for his sabbatical in the Evavold lab and sponsor for this special seminar.
On July 9, Ragon faculty member and Early Independence Fellow Charles Evavold, PhD, participated in a special seminar as part of the Science Seminar Series @RCCHU titled “Synthetic Biology Strategies for Human Health: From Yeasts to Immune Cells.”
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Postdoctoral fellow Nadège Nziza was the first author of the study, published in Immunity, which explores how the immune responses of infants to RSV change over time.