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Program
Faculty
Current
listing of MBTG trainers
An important goal of the MBTG
program is to direct trainees to those laboratories where they will receive
the best possible training in preparation for a successful career. Towards
this end, we invest a great deal of effort into identifying the top labs
on campus for training in cellular, biochemical and molecular sciences.
The process begins with a detailed application form, which is completed
by faculty who wish to join the program, as well as by all existing trainers
during the trainer review process that occurs once every 5 years. Each
application is read by at least 3 faculty members and 1 student member
of the Steering Committee. Based on this information, the Steering Committee
evaluates each trainer for the following criteria:
a) A good match between the trainer's research interests
and the MBTG program's scientific focus.
We feel that it is important
for the MBTG program to maintain an identity distinct from that of other
training programs on campus. In particular, it is important that the focus
be on basic rather than applied or clinical research, and that the emphasis
be on molecular rather than purely genetic or organismal studies. This
programmatic focus forms the basis of a common language between the trainers
and the trainees, and promotes an atmosphere of community and synergistic
interactions.
b)
A strong training record.
The training history of faculty
beyond the level of Assistant Professor is examined to assure that students
are joining the lab, that these students receive their Ph.D. in a timely
manner, and that they are successful in securing high quality positions
after leaving the lab.
c)
Active, ongoing extramural funding.
Extramural funding is important
both to assure that students will be supported after their training grant
stipend ends, and as an indicator of the quality of work being done in
the lab. New Assistant Professors are not required to have extramural
funding before they can join the training program, but are expected to
have grant proposals pending or in preparation and
to have demonstrated potential for attracting support.
d)
Willingness to participate in MBTG program activities.
To fully benefit from the
MBTG program, trainees require the support of their faculty mentor. Applicants
are asked to commit to specific program activities that require trainer
involvement, and are also judged on their past contributions to graduate
training.
Using these criteria, the
MBTG Steering Committee completed a review in early 2000 of our entire
trainer pool. The resulting trainer pool of about 100 faculty provides
a tremendous breadth of choices to matriculating trainees. The faculty
come from 23 different academic departments, and their research interests
span the fields of cell biology, biochemistry and molecular biology. The
trainers are well supported, with the majority having multiple grants.
Each year, the vast majority of trainers have space and funds available
to accept one or more new students into their lab. Students who receive
their Ph.D. with MBTG trainers generally obtain excellent postdoctoral
positions. UW-Madison is nationally recognized for the high quality of
its biological science Ph.D.'s, and the MBTG trainer labs represent the
top training labs on campus.
Program
Faculty Trainers
Ahlquist,
Paul
Plant
virology
|
Kalejta, Robert
Mammilian cell cycle progression |
Amasino,
Richard
Plant
molecular biology
|
Kawaoka, Yoshihiro
Molecular pathogenesis of influenza and Ebola virus infection |
|
Anderson,
Philip
C.
elegans developmental genetics
|
Keck, James
Mechanistic studies of genome maintenance |
Anderson,
Richard
Molecular
cell biology
|
Keely, Patricia
Integrin and small GTPase signaling pathways |
Ansari, Assem
Regulation of Gene Expression |
Kennedy, Scott
Molecular analysis of RNAi |
Attie,
Alan
Biochemistry
of atherosclerosis |
Kiessling, Laura
Protein-carbohydrate interactions, signal transduction |
Bangs,
James
Cellular
and molecular biology of African trypanosomes
|
Kiley, Patricia
Prokaryotic gene expression
|
|
Barr,
Maureen
Behavioral
genetics of C. elegans
|
Kimble, Judith
C. elegans developmental biochemistry |
Bashirullah, Arash
Molecular genetics of hormone action and developmental timing
|
Klein, Bruce
Host-fungal pathogen interactions |
Bednarek,
Sebastian
Membrane
trafficking, organelle biogenesis, cytokinesis
|
Knoll,Laura
Molecular genetics and developmental regulation in Toxoplasma |
Bement,
William
Microtubule-actomyosin
interactions in cytokinesis
|
Lambert, Paul
Replication and cell transformation by bovine and human papillomavirus |
|
Bent,
Andrew
Molecular
basis of plant disease resistance
|
Landick, Robert
Molecular analysis of transcription elongation |
Bertics,
Paul
Growth
factor regulation
|
Lee,Youngsook
Transcriptional control of cardiovascular development and disease
|
Boekhoff-Falk,
Grace
Genetic control of limb formation and patterning in Drosophila |
Loeb, Daniel
Mechanism of replication of hepadnaviruses |
Brandt,
Curtis
Herpes
molecular virology
|
Mansfield, John
Trypanosome molecular biology |
Brow, David
Transcription and pre-mRNA processing |
Martin, Thomas
Cellular endocrinology |
Butcher,
Sam
RNA structure/function by NMR
|
Mertz, Janet
Eukaryotic mRNA synthesis |
Cavagnero,
Silvia
Protein
and RNA folding/misfolding pathways |
Miyamoto, Shigeki
Cellular oxidative stress response |
Chapman,
Edwin
Molecular
mechanism of neuronal exocytosis |
Montgomery, Rebecca
Cell biology |
Coon, Joshua
Proteomics, automated protein characterization and application to cutting-edge biological problems |
O'Connor, David
Interplay of viral genetics and pathogenesis in HIV and SIV |
Cox, Michael
Nucleic acid enzymology |
Palecek, Sean
Regulation of Cellular Interactions |
Craig, Elizabeth
Molecular genetics of stress |
Palmenberg, Ann
Molecular biology of RNA viruses
|
Culbertson, Michael
Molecular biology of translation |
Paulnock, Donna
Immunology of infectious diseases |
Day, Christopher
Organogenesis in the floral meristem |
Peters, Donna
Assembly extracellular matrix in connective tissue |
Denu, John
Mechanisms of reversible protein modification |
Phillips, George
Protein structure and dynamics |
Dillard, Joseph
Molecular biology |
Polans, Arthur
Ophthalmology and Visual Sciences/Biomolecular Chemistry |
Donohue, Timothy
Molecular biology of bacterial photosynthesis |
Raines, Ronald
Protein design and engineering, enzymology, protein folding, biomolecular recognition |
Downs, Diana
Metabolic regulation
|
Record, M. Thomas
DNA physical chemistry |
Eide, David
Regulation of metal ion transporters |
Roberts, Gary
Molecular genetics of nitrogen fixation
|
Eisenstein, Richard
Posttranscriptional regulation of cellular iron homeostasis |
Ruby, Edward (Ned)
Bacterial mechanisms of host colonization |
Escalante-Semerena, Jorge
Metabolism in salmonella |
Sandgren, Eric
Growth factor/oncogene interaction during neoplasic |
Fabry, Zsuzsanna
Interactions between the cellular elements of brain microvessels and T lymphocytes |
Schwartz, David
Single molecule approaches to whole genome analysis |
Fillingame, Robert
Biomolecular Chemistry |
Sheets, Michael
Molecular and cellular mechanisms of early vertebrate development |
Filutowicz, Marcin
Molecular biology of DNA replication |
Skop, Anna
Cytokinesis and cell cycle proteomics |
Forest, Katrina
Structural biology |
Smith, Susan
Molecular embryology
|
Fox, Brian
Diiron enzyme mechanisms |
Sondel, Paul
Pediatric oncology |
Fox, Catherine
Molecular integration of DNA replication, transcriptional regulation and chromosomal structure |
Splitter, Gary
Cellular and molecular immunology of viruses and bacteria |
Friesen, Paul
Insect molecular virology |
Striker, Rob
RNA virus evolution, antivirals
|
Fritsch, Michael
Chromatin remodeling during early embryonic stem cell differentiation |
Sun, Xin
Molecular genetics of vertebrate organogenesis |
Ganetzky, Barry
Drosophila molecular genetics |
Sussman, Michael
Plant bioenergetics, genetics and molecular biology |
Gasch, Audrey
Yeast genomic expression responses to stress |
Svaren, John
Transcriptional regulation, chromatin structure |
Gomez, Timothy
Axon Guidance and Cytoskeletal Dynamics |
Talaat, Adel
Microbial Pathogenesis, Microbial Functional Gemonics |
|
Tibbetts, Randal
DNA damage signaling; signal transduction |
Goodrich-Blair, Heidi
Nematode/bacterium symbiosis specificity |
Wassarman, David
Transcriptional regulation in Drosophila |
Gourse, Richard
Bacterial gene regulation |
Wassarman, Karen
Small RNAs in bacteria |
Greenspan, Daniel
Genes important in mammalian development and human genetic diseases |
Watkins, David
HIV, vaccine, MHC polymorphism, cellular immune response |
Griep, Anne
Developmental biology of the mouse |
Weibel, Doug
Behavior and physiology of microbes; biological engineering |
Grinblat, Yevgenya
Patterning of vertebrate CNS |
Welch, Rodney
Molecular biology of bacterial pathogenesis |
Gumperz, Jenny
CD1d-restricted T cells in immune response |
White, John
Generation of cell diversity in C. elegans |
Hardin, Jeff
Gastrulation in the sea urchin embryo |
Wickens, Marvin
Molecular biology of RNA processing |
Hayes, Colleen
Cellular immunology |
Wiese, Christiane
Molecular mechanisms of mitotic spindle assembly and microtubule nucleation; centrosome structure and function |
Heideman,Warren
Signal transduction and regulation of cellular proliferation
|
Woods, Jon
Molecular genetics and pathogenesis of fungus Histoplasma |
Hull, Christina
Molecular biology of human fungal pathogens |
Xu, Wei
Epigenetic transcription control in breast cancer
|
Huttenlocher, Anna
Cell adhesion, signaling and migration |
Yin, Jerry Chi-Ping
Molecular genetics of learning and memory formation in Drosophila and mice
|
Huttenlocher, Anna
Cell adhesion, signaling and migration |
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