The myriad biochemical capabilities that make up all living organisms are part of their varied function and remarkable diversity. Professor Raymond's interests are in integrating computational and experimental approaches to understand the origin, evolution and function of these molecular underpinnings of life. In particular, this includes:
- Function and evolution of metabolic networks, combining phylogenetic analysis with tools for network modeling and simulation
- Using genomics, proteomics, and metabolomics to understand cell dynamics and response to perturbations, including gene knockouts and varying growth conditions
- Environmental genomics, especially integrating genomic data with physico-chemical constraints active/measured in real environments, such as hot springs and hypersaline mats
- Deciphering the history of metabolic processes, including photosynthesis, carbon and nitrogen fixation, and aerobic respiration, especially in the context of early Earth environment
- Ph.D., 2003 — Arizona State University
- B.A./B.S., 1998 — Southwestern Oklahoma State University
