News

Marien Solesio Mitochondrial inorganic polyphosphate (polyP) as a key regulator of mammalian mitochondrial physiology; NSF $949.958 Mitochondrial inorganic polyphosphate in the mammalian stress response; NIH R35 $1,956,467

Xingyun Qi BRC-BIO: Investigation of the role of ABA in stomatal formation in a novel drought-tolerant mutant; NSF $445,676 Osmotic regulation of a peptide ligand-mediated signaling; NIH R35 $1,956,467

Anthony Geneva Evolutionary Genomics of Atadenoviruses; NSF $502,001 Codes For Life – Artificial Intelligence and Sustainable Software for Biomolecular Interactions (co-PI, with PI Grace Brannigan); NSF Training Grant $1,999,999

Eric Klein RUI: Mechanisms and physiological functions of bacterial sphingolipids (with co-PI Grace Brannigan); NSF $756,559

Nathan Fried to Associate Teaching Professor Kwangwon Lee to Professor

By Jeanne Leong Original story from https://news.camden.rutgers.edu/2021/09/ph-d-student-wins-prestigious-national-science-foundation-grant-to-study-lizard-evolution-that-could-aid-in-understanding-how-animals-and-humans-evolve/?utm_source=rss&utm_medium=rss&utm_campaign=ph-d-student-wins-prestigious-national-science-foundation-grant-to-study-lizard-evolution-that-could-aid-in-understanding-how-animals-and-humans-evolve A National Science Foundation Graduate Research Fellow, Cleo Falvey is studying lizards in the Rutgers University‒Camden Center for Computational and Integrative Biology Ph.D. program. The five-year NSF fellowship includes three years of financial support with an annual $34,000 stipend. In the lab of Anthony Geneva, a Rutgers‒Camden assistant professor of biology, Falvey will be … Continue reading Ph.D. Student Wins Prestigious National Science Foundation Grant to Study Lizard Evolution that Could Aid in Understanding How Animals and Humans Evolve…