Summary: Each protein has to be a particular three-dimensional shape to work properly, and misfolded proteins cause a range of diseases. My lab studies proteins in the cell that help […]
Summary: We use genetic and genomic tools to examine: 1) the growth and health of fish and 2) the differences between fish populations with regard to their physiology. All of […]
Summary: Research in my laboratory focuses on the Nutrient metabolism × Inflammation interaction. In this context, we study biology of transition cow, mammary gland inflammation (mastitis), [...]
Summary: Vertebrate vision is mediated by the function of rod and cone photoreceptors, and each species generates and maintains characteristic (adaptive) ratios of rods to cones, and of specific [...]
Summary: The rapid spread of antibiotic resistance into bacterial pathogens is a severe problem in human health care because it restricts our ability to effectively treat life-threatening [...]
Summary: Our research delves into cellular metabolism, with an emphasis on yeast and bacteria. To achieve this, we harness the rapidly advancing field of “single-cell analysis.” [...]
Summary: Broadly, my research group focuses on synthetic chemistry; making the molecules of tomorrow…today. We challenge ourselves in both the complexity of the molecule or the methodology we [...]
Summary: My lab studies why and how some plants get sick and others don’t at molecular level. So we are interested in the molecular basis of plant-pathogen interactions, focusing on […]
Summary: We use the principles of physics along with molecular modeling to design therapeutics to fight human disease. We are particularly interested in designing peptide and synthetic small [...]
