NEW HAVEN, Conn., Sept. 24, 2024 /PRNewswire/ -- Yale School of Medicine (YSM) developmental biologist Dr. Valentina Greco has been named one of Cell Press's "50 Scientists that Inspire." Cell Press curated the list as part of its 50th anniversary celebration.
Greco is the Carolyn Walch Slayman Professor of Genetics and professor of cell biology and dermatology at YSM, a member of Yale Cancer Center and the Yale Stem Cell Center, and co-chair of the Status of Women in Medicine. She is president-elect of the International Society for Stem Cell Research.
Valentina Greco, PhD, professor Genetics at Yale School of Medicine, is recognized by Cell Press for her scientific contributions to the field of cell biology and stem cell research.
"I am thrilled that Dr. Greco is receiving recognition for her excellence in science and leadership," said Nancy J. Brown, MD, dean of YSM.
Currently, Greco's lab is examining the cell types that make up skin to better understand its ability to regenerate and heal itself.
"We understand cell behaviors as an expression of the architectures and principles that govern the tissues these cells inhabit," Greco said, "much like human behaviors are an expression of the systems and structures in which they are embedded — like a lab or an organization."
In a field designed by men for men, Greco is aware of the impacts of systems and structures. "My own experience as a woman has been that for me to succeed, I am asked to have all the scientific talents, plus the ability to morph into the language, the behaviors, and even the appearance that men recognize and value," she said. "Asking women, explicitly or tacitly, to conform to male norms robs the field of its diversity and women of their identity."
Greco hopes young, aspiring scientists follow her lead. "I think there is so much this profession can offer, and we need you!" Greco said.
About Yale School of Medicine
YSM is one of the world's leading centers for biomedical research, advanced clinical care, and medical education. YSM's research ranges from basic science research on the molecular mechanisms and underpinnings of diseases to translational and clinical studies aimed at improving diagnosis and treatment.
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