Telomere Pioneers Share 2017 Renaissance Woman Award

July 14, 2017 | Contact Author | By: Brooke Schleehauf
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Keywords: biology research | Alma Dea Morani Award | Elizabeth Blackburn | Carol Greider | Renaissance Award | telomere | telomerase | Nobel Prize Physiology | aging science | aging research | science award | female scientist

Abstract: Elizabeth Blackburn, Ph.D., and Carol Greider, Ph.D., took home this year's Alma Dea Morani, M.D., award for their work that revolutionized the study of aging through telomeres and telomerase.

Elizabeth Blackburn, Ph.D., and Carol Greider, Ph.D., were honored with the 2017 Alma Dea Morani, M.D., Renaissance Woman Award. The pair won the 2009 Nobel Prize in Physiology or Medicine after discovering telomeres' molecular nature and telomerase (with Jack W. Szostak).

Blackburn and Greider have worked together since the 1980s at the University of California, Berkeley, and in 1984 discovered telomerase, an enzyme that maintains telomere ends.

Telomeres have also been the focus of industry research for anti-aging applications. In fact, as recently reported, it is believed that telomere rejuvenation could hold the key to reversing the signs of aging.

“The Alma Dea Morani Award recognizes an outstanding contemporary pioneer in medicine or science who has demonstrated professional excellence and a thirst for knowledge and service beyond her medical practice or scientific endeavors. This year, we have the unique privilege of honoring two women, molecular biologists whose discoveries could revolutionize the treatment of illnesses relating to aging,” said Julia Haller, M.D., president, Women in Medicine Legacy Foundation.

Dedicated to the legacy left by women in medicine, the award is named after Alma Dea Morani, the first woman admitted to the American Society of Plastic and Reconstructive Surgeons.