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New! Download the Molecular Plant Sciences Information Brochure. The brochure contains a program overview and additional information about faculty research, facilities, assistanships, the Integrated Plant Sciences Retreat, and admissions requirements.

Molecular Plant Sciences Faculty

arrow John Browse
Lipid and membrane biochemistry; pathways and regulation of lipid synthesis and membrane formation in higher plants; chilling and freezing tolerance in plants.

arrow Asaph Cousins
Plant metabolism and physiology; plant energy metabolism; carbon and oxygen isotope exchange in plants.

arrow Rod Croteau
Terpenoid natural products chemistry; pathways and enzymes of terpenoid biosynthesis and catabolism in plants.

arrowAmit Dhingra
Horticultural genomics, plastid transformation, organelle genomics, photobiology and photosynthesis.

arrowGerald Edwards
Photosynthesis, including effects of environmental stress and potential global climate change; mechanism and evolution of carbon assimilation

arrowJohn K. Fellman
Phytochemistry, chemistry and biochemistry of fruits and their products; postharvest plant physiology.

arrowKulvinder S. Gill
Molecular basis of chromosome pairing control; genome organization and amplification; distribution of genes and recombination; characterization of agronomically important traits.

arrowHoward D. Grimes
Biochemistry, molecular biology, and genetic engineering of sucrose transport and selective proteolysis in plant cells.

arrowLee Hadwiger
Molecular biology of plant disease resistance; plant gene regulation by elicitors from fungi and bacteria.

arrowHanjo Hellmann
The ubiquitin proteasome pathway; vitamin B6 biosynthesis.

arrowMichael Kahn
Nitrogen fixation; interactions between plant and bacterial metabolism to support symbiotic nitrogen fixation.

arrowAnanth Kalyanaraman
Computational biology and bioinformatics; high-performance computing; combinatorial pattern matching.

arrowChulHee Kang
Protein and DNA X-ray crystallography.

arrowMichael Knoblauch
Cell biology and the physiology of plant tissues, especially the phloem.

arrowN. Richard Knowles
Physiological and biochemical changes associated with aging; development of oxidative stress and associated effects on intermediary metabolism; mechanisms of membrane deterioration and protein catabolism during aging.

arrowDavid Kramer
Energetics and control of photosynthesis; electron transfer reactions; coupling of electron transfer reactions to proton pumping and to ATP synthesis; evolution of bioenergetics; photosynthesis in extreme environments.

arrowMark Lange
Use and development of tools for the integration of post-genomic technologies (microarrays, proteomics, metabolite profiling) to study the global regulation of metabolic pathways; particular interest in isoprenoid metabolism.

arrowNorman Lewis
Biochemistry of plant phenolics; biochemistry of plant cell-wall synthesis and unique plant constituents; effects of gravity on metabolic pathways in plants.

arrowDorrie Main
Bioinformatics; plant genome databases; comparative genomics of rosaceous crops.

arrowAndrew G. McCubbin
Pollen-pistil interactions; floral growth and development.

arrowMichael Neff
Interactions between various signaling pathways that modulate plant development.

arrowTom Okita
Biochemistry of starch synthesis and protein localization; metabolic genetic engineering of plants for increased productivity; mRNA localization and the role of the cytoskeleton and endoplasmic reticulum.

arrowPatricia Okubara
Host responses to beneficial and pathogenic soil microbes.

arrowB. W. Poovaiah
Molecular and biochemical aspects of calcium/calmodulin-mediated signaling in plants.

arrowSanja Roje
Metabolism of tetrahydrofolate-bound one-carbon units in plastids; biosynthesis of riboflavin in plants.

arrowCamille Steber
Hormonal regulation of seed dormancy and germination.

arrowMechthild Tegeder
Molecular and physiological mechanisms of nitrogen transport; regulation of transport; flower/seed development; plant productivity.

arrowLinda S. Thomashow
Genetics, biochemistry and physiology of plant-microbe interactions; plant growth-promoting rhizobacteria; rhizosphere microbiology and ecology; mechanisms of gene regulation and expression; microbial genomics.

arrowDiter von Wettstein
Molecular biology of barley; breeding by mutation and functional genomics.

arrow John J. Wyrick
Functional genomics; regulation of gene expression; chromatin structure; covalent histone modifications.

arrowBud Ryan
In Memorium

 

   

 


 

   
                             
 


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