| Research > |
| |
| K.
Adams |
Molecular and
genomic evolution, genome duplication (polyploidy), gene silencing
and epigenetics, evolution of gene regulation, evolution of
mitochondria and chloroplasts. |
| G.
Bakkeren |
Molecular Plant-Microbe
Interactions. Emphasis on cereal-infecting fungal pathogen
systems: Structural & Functional Genomic and Proteomic
analyses to discover the molecular basis of the wheat leaf
rust fungus, Puccinia triticina, and the barley smut, Ustilago
hordei, pathogenic and virulence capabilities. |
| J.
Bohlmann |
Plant molecular
biology, genomics and biochemistry. Natural products and chemical
ecology of forest trees. |
| C.
J. Douglas |
Plant molecular biology and
genetics. Gene regulation, genetic manipulation of lignin
biosynthesis in woody plants, molecular biology of phenylpropanoid
metabolism. |
| A.
Glass |
Physiology, biochemistry,
and molecular genetics of inorganic ion transport across membranes
of plant roots. Physiological aspects of hydroponic growth.
|
| B.
Green |
Genomics, molecular evolution
and chloroplast protein import in algae with chlorophyll c
(diatoms, dinoflagellates and other chromists). Evolution
of genes for light-harvesting antenna proteins and their stress-induced
relatives. Photoacclimation in diatoms. Replication and transcription
of minicircular chloroplast genes in dinoflagellates. |
| G.
Haughn |
Plant Developmental Genetics.
Molecular genetics of flower and seed coat development in
Arabidopsis thaliana. |
| R.
Jetter |
Plant biochemistry, physiology
and chemical ecology; molecular biology and enzymology of
wax metabolism; chemical composition, physiological function
and ecological roles of plant surface lipids. |
| P.
Keeling |
Early eukaryote evolution,
molecular phylogeny, protistology. |
| L.
Kunst |
Molecular genetic and biochemical
studies of seed lipid and epicuticular wax metabolism and
their regulation in Arabidopsis thaliana. |
|
J. Lee |
Molecular genetics and comparative genomics of green algae; molecular mechanisms of sexual development in green algae; evolutionary origins of plant developmental mechanisms. |
|
X. Li |
Plant molecular genetics
and genomics, specifically to understand the natural resistance
mechanisms of plants against broad-spectrum of pathogens including
fungi, bacteria, and viruses. |
| F.
Sack |
Molecular genetics and cell
biology of stomatal development including gene expression,
division regulation, patterning, and differentiation.
|
| L.
Samuels |
Plant cell biology, cellular
basis of secretion of plant cell wall components; lignification
in Lodgepole Pine xylem; epicuticular wax secretion in Arabidopsis.
|
| H.
Sanfaçon |
Molecular plant virology.
Functional studies of viral proteinases, assembly of viral
replication complexes, interaction of plant viruses with RNA
silencing and design of novel antiviral strategies. |
| G.
Wasteneys |
Plant Cell Biology and Molecular
Genetics; organization of the cytoskeleton and its role in
cell wall formation, intracellular motility and growth anisotropy
in the higher plant Arabidopsis thaliana and the characean
algae; plant responses to abiotic and endogenous signals..
|
| Y. Zhang |
We are interested in how local resistance and systemic acquired resistance are regulated in plants. |
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