Doris Wagner International Plant Molecular Biology Conference 2024

Doris Wagner

Doris Wagner is a DiMaura Professor of Biology and a member of the Epigenetics Institute at the University of Pennsylvania. Her research focuses on reprogramming of plant cell fate and function in response to developmental and environmental cues. As immobile organisms, plants are masters at changing the fate of cells, tissues and organs and their ability to do so under diverse environmental conditions is important not only for plant survival and reproductive success but also for human sustenance and life on earth. Wagner conducted her undergraduate studies at the Technische Universität München in Germany, her PhD at the University of California in Berkeley and her Helen Hay Whitney foundation sponsored postdoc at Caltech. Dr. Wagner has been instrumental in establishing an international Plant Epigenomics Research Network, has served as elected member of the National Association for Arabidopsis research, has organized over 20 national and international symposia and conferences, is editor in chief or Current Opinions in Plant Biology and a fellow of the American Association of Plant Biologists. At the University of Pennsylvania, her lab studies when and where flowers form, how plants withstand environmental stress and the role of the chromatin state and enzymatic modifiers thereof in enabling or preventing transcriptional reprogramming. Her studies have uncovered underlying regulatory principles, key players and their interactions that together enable changes in the fate or function of cells, tissues or organs. While her previous work has focused on how new programs are put in place to promote floral fate, she is now exploring how alternative fates are established in organ primordia for optimal tuning plant architecture to a given environment. Her lab is also elucidating the contribution of chromatin regulators of alternative states of gene activity with the goal to harness them for epigenome engineering of plant resilience and adaptability.

Abstracts this author is presenting: