| Michelle Aarts | Biochemistry and signal transduction in ischemia, proteomics, molecular biology, ion channel biology, neuroscience. | |
| Mounir AbouHaidar | Virology. Research interests lie in the area of the molecular biology of plant and animal viruses. Development of "transgenic" plants resistant to viruses: mechanisms of resistance. Research interests lie in the area of the molecular biology | |
| James B. Anderson | Population genetics & evolution of fungi | |
| Michael Barrett | Insect Physiology and Biochemistry | |
| Thomas Berleth | Developmental Genomics | |
| Rudy Boonstra | The Role Stress in Natural Populations | |
| Ian R. Brown | Molecular Biology, Neurobiology | |
| Ashley Bruce | Analysis of early development in the zebrafish | |
| Leslie Buck | Metabolic and Neurophysiology | |
| David G. Butler | Hormonal control of salt and water balance in vertebrate animals. Hormonal regulation of (a) avian nasal salt glands and kidneys; (b) thirst and sodium appetite in mammals; and (c) osmoregulation in euryhaline fishes. | |
| Malcolm Campbell | Functional genomics of plant growth and development | |
| Belinda Chang | Molecular Evolution of Vision, Experimental Studies of Ancestral Proteins | |
| Dinesh Christendat | Plant biochemistry, proteomics and analysis of protein structure. | |
| John R. Coleman | Molecular biology & biochemisty of photosynthesis | |
| Asher D. Cutter | Evolutionary Genomics; Breeding System and Sex Ratio Evolution; Population Genetics; Molecular Evolution; Caenorhabditis; Evolution of Cooperation | |
| Nancy G. Dengler | Plant Anatomy & Development | |
| Sherwin S. Desser | Study of the systematics, life history, morphology, epizootiology, ultrastructure and pathogenesis of protistan, moneran and certain viral parasites in their vertebrate and invertebrate hosts | |
| Darrell Desveaux | Mechanisms of bacterial virulence and plant disease resistance | |
| Elizabeth Edwards | Bioremediation of contaminated soil & ground water | |
| Ingo Ensminger | | |
| George S. Espie | Photosynthesis, CO2 concentrating mechanisms (CCM), membrane transport CO2 /HCO3-, carboxysome structure / function, carbonic anhydrase structure / function / evolution, microalgal photosynthesis & CCMsmitochondion / chloroplast interactions | |
| Mark Fitzpatrick | Evolutionary genetics of behaviour | |
| James H. Fullard | Insect Neuroethology and Sensory Ecology | |
| Roberta Fulthorpe | Microbial ecology | |
| Sonia Gazzarrini | Functional genomics and molecular genetics of seed germination and foliar organ identity. | |
| Robert Gerlai | Behavioural genetics and neuroscience, animal behaviour, rodents and fish | |
| Dorothea Godt | Cell and Molecular Biology of Development | |
| Daphne Goring | Cell-cell communication, receptor kinase signalling, and protein ubiquitination in plants | |
| David S Guttman | Comparative, evolutionary and functional genomics. Evolution of host specificity and virulence in pathogenic bacteria. | |
| Tony Harris | Cell Polarity and Animal Development | |
| Rene Harrison | cell biology, osteoclasts, cytoskeleton, vesicle trafficking, microscopy | |
| Clare Hasenkampf | Meiosis & chromosome function | |
| Michele C. Heath | Plant-microbe interactions and mycology. Cellular and molecular studies of plant resistance
or susceptibility to biotrophic fungal pathogens.
* Emeritus Member, no active lab. | |
| Johan A. Hellebust | Biochemistry and physiology of osmoregulation
* Emeritus Member, no active lab | |
| Verna J. Higgins | Plant pathology/host-parasite interactions. Physiological basis of genetically determineddisease resistance.
* Emeritus Member, no active lab. | |
| Linda M. Kohn | Fungal evolution: systematics, population biology and ecology. | |
| Herbert J. Kronzucker | Ion Transport in Plants | |
| Angela Lange | Integrative aspects of insect reproductive physiology | |
| Ellie W. Larsen | Developmental Genetics and Evolution | |
| Joel Levine | Circadian Clocks and Social Behavior in Drosophila | |
| David Lovejoy | Hormone form & function | |
| Nathan Lovejoy | | |
| Andrew C. Mason | Neuroethology, bioacoustics, invertebrate sensory systems | |
| Emma Master | Biocatalysts for the production of new materials from plant biomass. Enzyme Engineering, Fungal genomics and proteomics. | |
| Yoshio Masui | Developmental Biology | |
| Peter McCourt | Molecular genetics of plant hormone signal transduction | |
| Jennifer Mitchell | Genome Folding and Regulation of Gene Expression | |
| Jean-Marc Moncalvo | Mycology, molecular systematics, biogeography & biodiversity of fungi | |
| Alan Moses | Regulatory sequences and networks. Evolution of regulatory systems. Comparative genomic and other computational and experimental approaches. | |
| Nicholas Mrosovsky | Physiology and behaviour | |
| Eiji Nambara | Plant hormone metabolism and its action | |
| Joanne Nash | Cell and molecular mechanisms underlying pathogenesis and symptoms of Parkinson's disease | |
| Melody Neumann | Lecturer BIO 240/241 & CSB 349 | |
| Danton H. O'Day | Roles of calmodulin binding proteins (CaMBPs) in cell function | |
| Ian Orchard | Insect Neurophysiology | |
| John Peever | Neurobiology of Sleep | |
| Nicholas Provart | Bioinformatics; gene expression in plants in response to abiotic and biotic stresses; use of gene expression data to study genome evolution | |
| Stephen G. Reid | Respiratory Physiology and Neurobiology | |
| C. Daniel Riggs | Cellular & molecular aspects of plant development; homedomain proteins & chromatin structure | |
| Maurice Ringuette | Molecular Biology and Development | |
| Patricia Romans | Molecular Genetics of the Malaria vector mosquito, Anopheles gambiae | |
| Betty I. Roots | | |
| William Ryu | Biological Physics, Sensorimotor behavior | |
| Colin Shapiro | Psychiatry, Health & Disease | |
| J.J. Berry Smith | Sensory Physiology and Behavioural Mechanisms in Insects | |
| Marla B. Sokolowski | Behaviour Genetics | |
| Richard Stephenson | Sleep research | |
| Bryan Stewart | Neurophysiology; Molecular Genetics of Synaptic Transmission; Synaptic Development | |
| John Stinchcombe | Molecular Ecology & Ecological Genomics | |
| Ulrich Tepass | Cell and Molecular Biology of Development | |
| Mauricio R. Terebiznik | Cellular microbiology. | |
| Stephen S. Tobe | Arthropod endocrinology | |
| Vincent Tropepe | Molecular Developmental Neurobiology and Adult Neurogenesis | |
| Greg Vanlerberghe | My research program applies physiological, biochemical and molecular biological approaches to study various aspects of metabolism, nutrition, and cell physiology in plants. | |
| Sue Varmuza | Molecular Developmental Biology | |
| Kenneth Welch | muscle metabolism and mechanical performance; control, fueling and powering of locomotion; physiological ecology of nectarivores | |
| J. Tim Westwood | Regulation of Gene Expression | |
| John P. Williams | Determination of the metabolic pathways and sites of biosynthesis of lipids in plants.
* Emeritus Member, no active lab. | |
| Rudolf Winklbauer | Amphibian Gastrulation | |
| Melanie Woodin | Activity-Induced Plasticity of Inhibitory Synapses | |
| Guojun Yang | Activity, regulation and evolution of mobile genetic elements; development of bioinformatics tools | |
| Keiko Yoshioka | Plant-microbe interaction | |
| John H. Youson | | |
| Rongmin Zhao | Molecular chaperones; Cellular protein homeostasis | |
