| James
Allen |
Biophysical studies of photosynthetic systems,
crystallography of membrane |
| Charles
Arntzen |
Plant biotechnology; development of ediible
vaccines; anti-cancer compounds from desert plants |
| Scott
Bingham |
Plant molecular biology; algal transformation and
biotechnology |
| Robert
Blankenship |
Mechanism of the very early energy-storing reactions
in photosynthetic organisms |
| David
Capco |
Signal Transduction, Cytoskeleton, Early
Development |
| Douglas
Chandler |
Molecular and Cellular Biology |
| Yung
Chang |
Molecular Basis of Severe Combined Immunodeficiency
in Mice |
| Wilson
Francisco |
Mechanism of metalloenzyme oxygen and substrate
activation; copper-containing monooxygenases. |
| Wayne
Frasch |
Plant biochemistry; photosynthetic water
oxidation and ATP synthesis |
| Petra
Fromme |
Structural biochemistry and biophysics of membrane
proteins. |
| Giovanna
Ghirlanda |
Design of novel, functional membrane proteins; design
of minaturized proteins. |
| Elliot
Goldstein |
Molecular and Developmental Genetics |
| Devens
Gust |
Design, synthesis and spectroscopic studies of model
systems for photosynthesis |
| Steven
Hoffman |
Neuroimmunology, Autoimmune Diseases |
| Kenneth
Hoober |
Biogenesis of thylakoid membranes; chlorophyll
synthesis; regulation of gene expression by light; proteases |
| Bert
Jacobs |
Virus Host Interactions, Mechanisms of
Action of Interferons |
| Lokesh
Joshi |
Biochemistry and Biotechnology; recombinant
protein engineering; post-translational modifications or proteins |
| Russell
LoBrutto |
Electron Paramagnetic Resonance; ENDOR;
ESEEM; structure of electron transport proteins; metal ligands in
mucleotide-binding enzymes |
| Hugh
Mason |
Plant biotechnology; engineering plant-based
vaccines. |
| Rajeev
Misra |
Molecular Genetics, Transport and Assembly
or Membrane Proteins in Bacteria |
| Ana
Moore |
Organic synthesis and photophysics of carotenoids |
| Thomas
Moore |
Photobiology, biomimetic chemistry, artificial photosynthesis
and photoacoustic |
| Tsafrir
Mor |
Development of plant-based vaccine production; expression
of human proteins in plants; plant biotechnology |
| Stuart
Newfeld |
Molecular Genetics; Intercellular Signaling during
Development |
| Miles
Orchinik |
Neurobiology of stress, behavioral neuroendocrinology,
mechanisms of hormone action |
| Alan
Rawls |
Molecular and Developmental Biology |
| David
Rhoads |
Interorganellar communication in plant
cells; signal transduction pathways; regulation of gene expression;
plant biochemistry |
|
Robert Roberson |
Transmission electron microscopy; cryotechniques;
electron microscopic immunocytochemistry; cytology of hyphal tip
cells and tip growth of fungi |
| Milt
Sommerfeld |
Developmental morphology, life cycles and
physiology of algae; phytoplankton ecology and water quality; algae
as bioresources |
| Leslie
Towill |
Developmental botany and plant physiology;
photobiology of vascular and nonvascular plant development |
| Richard
Trelease |
Plant cell/molecular biology; biogenesis
of plant cell organelles (peroxisomes); elucidation of necessary
protein targeting signals; functions of membrane proteins in oilseeds |
| Wim
Vermaas |
Molecular genetics; functional genomics
of cyanobacteria; structure, function, and assembly of photosynthetic
pigment-protein complexes |
| Rebekka
Wachter |
Application of biophysical and biochemical
techniques to the study of proteins and enzymes. |
| Amanda
Walmsley |
Plant biotechnology; engineering plant-based
vaccines and immunocontraceptives. |
| Andrew
Webber |
Plant molecular biology and biochemistry;
biogenesis of chloroplast thylakoid membrane-protein complexes |
| Neal
Woodbury |
Mutagenesis of bacterial reaction centers, studies
of ultrafast electron transfer reactions |
