(Plant Biology), Genome biology of plants including domestication, genetic diversity, pan-genome analyses and biochemical pathway discovery in model species, crops, and medicinal plants. buell@msu.edu

(USDA Avian Disease and Oncology Laboratory), Structural and functional genomics of disease resistance in chicken. hcheng@msu.edu

(Horticulture & Computational Mathematics, Science & Engineering), Plant morphology, X-ray Computed Tomography, Topological Data Analysis. chitwoo9@msu.edu

(Biochemistry and Molecular Biology; and MSU/DOE Plant Research Lab), Molecular and synthetic biology approaches for the study of cyanobacterial core metabolism and redirection of photosynthetic pathways for the production of 'green' fuels and commodity products; mixed cyanobacteria-heterotroph microbial consortia. ducatdan@msu.edu

(Horticulture), Plant Genome Evolution, Phylogenomics, Polyploidy, Hybridization and Subgenome Dominance. edgerpat@msu.edu

(Animal Science), Transcriptional regulation and QTL discovery in pigs; genetics of skeletal muscle development and behavior. ernstc@msu.edu

(Integrative Biology), The Gallant lab is interested in understanding the genomic basis for the orgin and diversification of electrogenesis in teleost fishes. jgallant@msu.edu

(Animal Science) Genetic architecture of complex traits and genomic prediction, livestock genetics, particularly beef cattle and beef quality, artificial Intelligence and computational statistics methods applied to genomics. gondroce@msu.edu

(Horticulture), Molecular genetics and genomics of plant development and disease resistance grumet@msu.edu

(Biochemistry and Molecular Biology & DOE Plant Research Lab), Hormone signaling for control of plant growth, defense, and energy partitioning. howeg@msu.edu

(Department of Biochemistry & Molecular Biology) Using experimental and computational approaches to study genome-wide mRNA translation and identify novel peptides; plant responses under diurnal cycles and environmental stress; circadian rhythms. pollyhsu@msu.edu

(Animal Science), Genetics and evolution of complex quantitative traits using a combination of computational and empirical approaches. huangw53@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), Mammalian stem cells and development. aralston@msu.edu

(Animal Science and Fisheries and Wildlife), Statistical genomics and phenomics; analysis and design of transcriptional profiling experiments; Genome-wide association analysis of quantitative traits in outbred populations; Animal quantitative genomics; Precision Animal Agriculture. steibelj@msu.edu

(Biochemistry and Molecular Biology) Molecular mechanisms of nitrogen and sulfur utilization in plants; root development, nutrient sensing, transport and metabolism. htakaha@msu.edu

(Plant, Soil and Microbial Sciences), Maize genetics and genomics; quantitative genetics; plant morphology; drought stress; high-throughput phenotyping. thom1718@msu.edu

(Horticulture), Chromatin control of gene expression in plant development, histone code, transcription, epigenomics. vannocke@msu.edu