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Fundamental Research - Faculty Members
Microorganisms and viruses provide excellent model
systems to study important cellular processes and test ecological models
and evolutionary processes. Graduate Group in Microbiology faculty engage
in a wide variety of basic research that addresses genetic systems, gene
regulation, physiological process, and biochemical pathways, in bacteria,
fungi, yeasts, and viruses. In addition, they use molecular genetic and
physiological tools to address both large and small scale ecological
processes. Students will find many opportunities to engage in studies at
the forefront of biological research.
|
|
Tel # |
Email Address |
Dept. |
Location |
| Rodrigo Almeida
Ecology of insect-associated microbes (disease ecology and insect
symbiosis).
|
642-1603 |
rodrigo@nature.berkeley.edu |
CEE |
203 Wellman |
|
Michael Botchan:
Mechanisms and regulation of eukaryote DNA replication initiation, esp.
in drosophila chromosomes and papilloma viral DNA.
|
642-7057 |
mbotchan@berkeley.edu |
MCB |
171A Koshland |
| Steven Brenner:
Computational genomic and metagenomics
|
643-9131 |
brenner@compbio.berkeley.edu
|
PMB |
461A Koshland |
|
Thomas Bruns: Ectomycorrhizal ecology and fungal molecular
systematics.
|
642-7987 |
pogon@berkeley.edu |
PMB |
321A Koshland |
|
Bob B. Buchanan: Microbial physiology and biochemistry especially
pertaining to bioremediation. |
642-3590 |
view@nature.berkeley.edu |
PMB |
411 Koshland |
|
Gertrude Buehring: Bovine leukemia virus: its genetics, cellular
effects, and possible role in causing human breast cancer.
|
642-3870 |
buehring@berkeley.edu |
SPH |
61-A Koshland |
|
Richard Calendar: Bacillus anthracis vaccine,
a phage-based integration vector for Listeria monocytogenes,
and phage recombination.
|
642-5951 |
rishard@berkeley.edu |
MCB |
534 Barker |
|
Ignacio Chapela: Fungal components for pharmaceutical and
agrochemical use, development of biocontrol agents; sustainable forest
management.
|
643-2452 |
ichapela@nature.berkeley.edu |
ESPM |
334 Hilgard |
|
Douglas Clark: Physiological and biochemistry of extremophilic
micoorganisms, particularly from high temperature pressure
environments.
|
642-2408 |
Clark@cchem.berkeley.edu |
ChemE |
497 Tan |
|
Mary Firestone: Soil microorganism physiological ecology: nitrogen
transformations trace gas production, water relations, and biodegradation. |
642-3677 |
mkfstone@nature.berkeley.edu
|
ESPM |
333 Hilgard |
|
Suzanne Fleiszig: Pathogenesis of pseudomonas aeruginosa - bacterial
infection of the cornea. |
643-0990 |
fleiszig@berkeley.edu |
OPTM |
688 Minor |
|
Louise Glass: Molecular genetics of sexual development and programmed
cell death in filamentous fungi. |
643-2399 |
lglass@uclink.berkeley.edu |
PMB |
341 Koshland |
|
Britt A. Glaunsinger: Mechanisms by which gamma-herpesviruses promote
global decay of cellular mRNAs during lytic infection.
|
642-5427 |
jbritt@nature.berkeley.edu |
PMB |
371 Koshland |
| Eva Harris
: Mechanism of dengue virus infection and pathogenesis; Molecular
epidemiology of infectious diseases. |
642-4845 |
eharris@berkeley.edu |
SPH |
424 Barker |
|
Andrew Jackson: Genetics, replication, and pathogenesis of RNA
viruses infecting plants. |
642-3906 |
andyoj@berkeley.edu |
PMB |
381 Koshland |
|
Caroline Kane: Gene regulation in eukaryotic microbes at the level
of transcript elongation using biochemistry, molecular biology, and
genetics. |
642-4118 |
kanecm@berkeley.edu |
MCB |
408 Barker |
|
Arash Komeili:
Magnetosomes as model systems for organelle biology and biomineralization
in prokaryotes.
|
642-2140 |
komeili@nature.berkeley.edu |
PMB |
261 Koshland |
|
Daniel Koshland: Structure function relationship in receptors and
bioengineering of novel proteins. |
642-0416 |
dek@berkeley.edu |
MCB |
406 Barker |
|
Sydney Kustu: Studies of biological gas channels for NH3 and CO2
(the Rhesus proteins) in microbes and other organisms. |
642-9308 |
kustu@nature.berkeley.edu |
PMB |
481A Koshland |
| Han Lim:
Gene networks and molecular mechanisms that generate phenotypic
diversity. Bacterial differentiation, evolution and pathogenesis.
|
643-5915 |
hanlim@berkeley.edu |
IB |
3060 VLSB |
|
Steve Lindow: Molecular and ecological studies of plant associated
bacteria. |
642-4174 |
icelab@berkeley.edu |
PMB |
331A Koshland |
|
Fenyong Liu: Biology of, and therapeutic intervention for human
herpes viruses. |
643-2436 |
liu_fy@berkeley.edu |
SPH |
326 Barker |
|
Terry Machen: Interactions between Pseudomonas aeruginosa and airway
epithelial cell in cystic fibrosis. |
642-2983 |
tmachen@berkeley.edu |
MCB |
231A LSA |
|
Krishna Niyogi: Molecular genetics and ecophysiology of eukaryotic
microalgae. |
643-6602 |
niyogi@nature.berkeley.edu |
PMB |
441A Koshland |
|
Daniel Portnoy: Molecular and cellular basis of microbial
pathogenesis. |
643-3925 |
portnoy@berkeley.edu |
MCB/SPH |
508 Barker |
|
Lee Riley: Epidemiology with molecular biology to characterize
pathogenesis of infectious agents e.g. tuberculosis and diarrheal
diseases. |
643-9200 |
lwriley@berkeley.edu |
SPH |
227 Hildebrand |
|
Jasper Rine: Molecular genetics, functional genomics and cell
biology of yeast, with an emphasis on epigentics. |
642-7047 |
jrine@berkeley.edu |
MCB |
374 Stanley |
|
Randy Schekman: The mechanism of membrane assembly vesicular traffic
n the secretory pathway of unicellular and multicellular eukaryotic
cells.
. |
642-5686 |
schekman@berkeley.edu |
MCB |
628 Barker |
| Kimmen Sjolander:
Phylogenomics, metagenomics, phylogenetic tree reconstruction, remote
homolog recognition, protein structure prediction
|
642-9932 |
kimmen@berkeley.edu
|
PMB/BioE |
308C Stanley |
|
Brian Staskawicz: Molecular genetics of plant pathogen interactions.
|
642-3721 |
stask@nature.berkeley.edu |
PMB |
241A Koshland |
|
Richard Stephens: Pathogenic mechanisms of intracellular agents that
cause infectious disease.
|
643-9900 |
rss@berkeley.edu |
SPH |
51 Koshland |
|
John Taylor: Molecular evolutionary biology of fungi.
|
642-5366 |
jtaylor@nature.berkeley.edu |
PMB |
321A Koshland |
|
Russell Vance:
Innate immune sensing of intracellular bacterial pathogens.
|
643-2795 |
rvance@berkeley.edu
|
MCB |
419 LSA |
|
Matthew Welch: Host-pathogen interactions, esp. how pathogens exploit
the host cytoskeleton for growth and spread during infection.
| 642-5525 |
welch@berkeley.edu |
MCB |
305 LSA |
|
Patricia Zambryski: Agrobacterium-plant cell interaction.
Arabidopsis (flower development), Plasmodesmata structure and function.
| 643-9203 |
zambrysk@nature.berkeley.edu |
PMB |
281A Koshland |
|
David Zusman: Cell-cell communication and signal transduction, and
regulation of gene expression, in fruiting bacterium Myxococcus xanthus.
| 642-2293 |
zusman@berkeley.edu |
MCB |
31 Koshland |
* All phone numbers are (510) area code.