819a McArdle Lab
Analysis of breast development, signaling and disease
Molecular genetics of C. elegans
348 Horticulture-Moore Hall-Plant Sciences
Our lab studies symbiotic associations between plants and microbes (bacteria and fungi) using genetic, molecular, and biochemical approaches.
534A Biochemistry Addn
Genetics of type 2 diabetes and related metabolic diseases.
5214A Biochemical Sciences Bldg
Regulation of vesicle biogenesis and membrane transport during development
5123 Rennebohm Hall
Regulation of tissue remodeling during post-embryonic development
1111 Highland Ave (WIMR II), Room 4551
Cell and Regenerative Biology (CRB)
Regulation of terminal differentiation and functional maturation of stem and progenitor cells, regenerative biology of the endocrine pancreas, genetics of type-1 and type-2 diabetes
MSC, Room 417
Planar cell polarity in mammalian skin development and cancer
K6/460 Clinical Sciences
Ophthalmology and Visual Sciences, Medical Genetics
We study signaling and protein trafficking in the Drosophila eye and use Drosophila as a model to identify novel loci in human blinding diseases.
441E Biochemistry Addition
Protein folding in the cell â€” the function of molecular chaperones in facilitating protein folding, remodeling of protein:protein complexes and protein translocation across membranes
340B Nutritional Sciences
We study mechanisms cells and organisms use to survive and thrive under nutrient-deficient conditions
6260B Biochemical Sciences Building
Diabetes and metabolic disorders, organelle dysfunction, stress responses, beta cell biology.
6305 Microbial Sciences Building
Regulation of DNA replication and transcription
5204C Biochemical Sciences Bldg
Mechanisms required for genome duplication and stability in eukaryotic organisms
Genetics and Medical Genetics
Discovery and characterization of genetic and molecular mechanisms that underlie synaptic growth, maintenance, and repair.
353 Bardeen Labs
My laboratory's focus is development and disorders of the visual system using the mouse as the model system.
307 Zoology Research
Our research is aimed at understanding mechanisms controlling development of the nervous system.
327 Zoology Research
We use the C. elegans embryo as a model for investigating cell movement and cell adhesion during embryonic development; understanding how cells move, and how they make and break adhesions has important implications for understanding birth defects during human development and for understanding cancer progression.
2214 Biochemical Sciences Building
RNA splicing, gene expression, fluorescence microscopy, RNA/protein complexes, molecular mechanism, gene regulation, yeast genetics and biology
1111 Highland Avenue, 5453 WIMR II
Neurology and Nueroscienc
Neural stem cell regulation of brain vessel development
Neuron and glial cell fate specification
Cortical neuron migration, layer formation, and neuronal differentiation
Heterotrimeric G protein signaling
Germinal matrix hemorrhage
Neuronal migration disorders
4205 Microbial Sciences Building
Our laboratory aims to identify genes involved in aging, cell proliferation and neovascularization using mouse genetics as a tool.
341E Biochemistry Laboratories
Biochemistry, Molecular Biology and Medical Genetics
Molecular regulation of germline self-renewal and differentiation in C. elegans
608-256-1901 x 12861
WSM VA Hospital
Biology of aging and age-related diseases, diabetes, cancer, Alzheimer’s disease
5441 Microbial Sciences Building
RNA polymerase structure/function; regulation of RNA chain elongation
Genetics of Root Growth Behavior Using Arabidopsis thaliana as a Model System.
Morgridge Institute for Research, 3266
Germ cell development and regeneration in planarians; developmental biology of parasitic flatworms
227D Bock Labs
We are interested in understanding the genes and molecular mechanisms that regulate synapse formation and plasticity.
B119 Birge Hall
Botany and Genetics
Cellular trafficking and signaling
Genetics and Medical Genetics
Analysis of cellular and developmental mechanisms involved in the vertebrate egg-to-embryo transition and early cell fate specification
Genetics and Life Science Communications
asymmetric cell division, cytokinesis, cell polarity & cell cycle genomics and proteomics
Genetics of Mammalian Development and Disease
777 Highland Ave.
School of Pharmacy, Pharmaceutical Sciences Division
Genetic dissection of blood-brain barrier development
4262 Genetics and Biotechnology Center
Mechanisms underlying neurodegeneration
2204 Biochemical Sciences Building
How neuronal structure and function is shaped by the microtubule cytoskeleton and polarized transport
Genetics and Neurology
We study how the cAMP/PKA/dCREB2 signaling pathway is involved in neuronal function (sleep and memory formation) and dysfunction (neurodegenerative diseases and developmental disabilities).
417A McArdle Laboratory
We use genetically engineered mouse models to study normal and mutant hematopoietic stem cell functions.