(Computational Mathematica, Science and Engineering), Computational genomics, Applied statistical/machine learning, Integrative analysis of large-scale genomics and biomedical data, Genome-wide molecular networks, Age-specificity and sexual dimorphism in health and disease, Cross-species models for human traits & diseases, Genetic heterogeneity of complex disease and precision medicine. arjun@msu.edu

(Biochemistry, Microbiology, Molecular Biology, and Molecular Genetics), Signaling and gene regulatory mechanisms during bacterial development. kroos@msu.edu

(Biochemistry and Molecular Biology), Mechanism of gene regulation via modifications of chromatin: cell cycle regulation of histone modifications in yest S. cerevisiae. kuom@msu.edu

(Biochemistry and Molecular Biology; and Institute for Integrative Toxicology), Molecular pharmacology and toxicogenomics of the PAS family of transcription factors. lapres@msu.edu

(Animal Science), Molecular, cellular, genetic and epigenetic regulation of mammalian oocyte biology and preimplantation embryo development. Effects of environmental factors on stem cells. lathamk1@msu.edu

(Physiology), Neuronal regulation of ingestive and other motivated behaviors leinning@msu.edu

(Plant, Soil and Microbial Sciences; Microbiology and Molecular Genetics, and Integrative Biology), Genetics of evolving populations of bacteria. lenski@msu.edu

(Computer Science and Engineering), The Liu lab develops new computational methodologies for comparative genomic analyses which are then used to generate novel biological discoveries. kjl@msu.edu

(Epidemiology and Biostatistics), Statistical genetics in human complex diseases.qlu@epi.msu.edu

(Biochemistry and Molecular Biology) Plant resilience to environmental stresses; chloroplast molecular biology, biochemistry, and molecular genetics; regulation of photosynthesis and plastid metabolism pklundqu@msu.edu

(Biochemistry and Molecular Biology), I am interested in understanding the role of metabolism in supporting cancer proliferation, heterogeneity, and metastasis. sophia@msu.edu

(Microbiology & Molecular Genetics; and Large Animal Clinical Sciences), Comparative Enteric Diseases Laboratory - Our laboratory studies the enteric bacterial pathogen Campylobacter jejuni.mansfie4@cvm.msu.edu

(Physiology), The role of gut-bone signaling in the regulation of bone density under conditions of menopause and disease (diabetes, inflammatory bowel disease) as well as identification of therapeutic targets. mccabel@msu.edu

(Biochemistry and Molecular Biology; and DOE Plant Research Lab), Molecular basis of organ-specific phytochrome responses in higher plants; Light-regulated development in cyanobacteria. montg133@msu.edu

(Microbiology and Molecular Genetics), Genetics and virulence factors of pathogenic bacteria. mulks@msu.edu

(Physiology), Molecular mechanisms of inflammation and disease; Receptor biology and signal transducion. narap@msu.edu

(Plant, Soil and Microbial; Sciences), Genome plasticity and evolution of weedy species. Patte543@msu.edu

(Small Animal Clinical Sciences) Hereditary eye disease in animals, particularly in dogs and cats to identify causal gene mutations, understand disease mechanisms and explore therapeutic approaches, in particular gene therapy. peter315@cvm.msu.edu

(Biochemistry and Molecular Biology), Mammalian stem cells and development. aralston@msu.edu

(Microbiology and Molecular Genetics), Molecular genetics of microbial energy transduction: genetics and enviornmental engineering; applied microbiology for bioremediation, nanobiotechnology and bioenergy. reguera@msu.edu

(Obstetrics, Gynocology, and Reproductive Biology), Molecular genetic basis for gynecologic cancers. john.risinger@hc.msu.edu

(Physiology), Research focuses on how mouse models of drug addiction, chronic stress, and learning alter gene expression in discreet brain regions to regulate drug-, mood-, and learning- related behaviors. robiso45@msu.edu

(Plant, Soil & Microbial Sciences and Forestry), Research focuses on the use of genomic tools in conjunction with traditional pathology tools to mitigate and respond to forest tree diseases (detection, identification, pathogenicity and population analysis), emerging endemic and exotic invasive pathogens. sakalidi@msu.edu