|
DATE
|
SPEAKER
|
AFFILIATION
|
TOPIC
|
|
1-11
|
Claire
Fraser
|
The
Institute for
Genomic Research
|
Microbial
Genome Sequencing: New Insights into Physiology and Evolution
|
|
1-18
|
Bruce
Futcher
|
Cold
Spring Harbor
Laboratory
|
The
Cell Cycle Genes of Yeast on Shades of Green and Red
|
|
1-25
|
Harry
Noller
|
UC
Santa Cruz
|
Functional
Complexes of the ribosome at 7.8Å Resolution: First Glimpses
into the Sealed Chamber
|
|
2-01
|
Mitzi
Kuroda
|
Baylor
College of
Medicine
|
Non-Coding
RNAs X Chromosome Recognition and dosage Compensation in Drosophila
|
|
2-08
|
Jay
Dunlap
|
Dartmouth
Medical
School
|
Genetic
and Molecular Dissection of a Simple Circadian System
|
|
2-15
|
James
Bardwell
|
University
of
Michigan
|
Catalysis
of Protein Folding and New RNA-Binding Heatshock Proteins
|
|
2-22
|
Juan
Bonifacino
|
National
Institutes
of Health
|
Molecular
Mechanisms of Protein Trafficking in the Endosomal/Lysosomal System
|
|
2-29
|
Olaf
Schneewind
|
UC
Los Angeles
|
Suface
Protein Anchoring and Display in Gram-Positive Bacteria
|
|
3-07
|
Jeffrey
Cox
|
Albert
Einstein College of Medicine
|
Novel
Mechanisms of N. Tuberculosis Pathogenesis
|
|
3-14
|
Carolyn
Bertozzi
|
UC
Berkeley
|
Metabolic
Engineering and Cell Surface Selections
|
|
3-21
|
Greg
Odorizzi
|
UC
San Diego
|
[Physiology
search ]
|
|
3-28
|
Corey
Goodman
|
UC
Berkeley
|
Wairing
up the Brain: Molecular Mechanisms that Control
|
|
4-04
|
Daphne
Preuss
|
University
of
Chicago
|
Talking
Through Walls: Cell Signaling in Arabidopsis Reproduction [WILS
sponsored]
|
|
4-11
|
Connie
Cepko
|
Harvard
University
|
Cell
Fate Determination in the Vertebrate Retina
|
|
4-18
|
Craig
Mello
|
University
of
Massachusetts
|
Genetic
Analysis of RNA in C. elegans
|
|
4-25
|
Allan
Spradling
|
Carnegie
Institute
|
Initiating
Oogenesis in Drosophila: From Stem Cell to Follicle
|
|
5-02
|
Eric
Phizicky
|
University
of
Rochester
|
A
Biochemical Genomics Approach for Identifying Genes by the Activity
of Their Products
|
|
5-16
|
Joe
Heitman
|
Duke
University
Medical Center
|
Genetic
Control of Differentiation and Virulence of Cryptococcus Neoformans
|
|
5-23
|
Shirleen
Roeder
|
Yale
University
|
Meiotic
Chromosome Synapsis and the Regulation of Meiotic Cell Cycle Progression
|
|
5-30
|
Rong
Li
|
Harvard
Medical School
|
Filaments,
Rings and Morphogenesis: Genetic and Biochemical Studies of Bud
Formation in Yeast
|
|
6-06
|
Peter
Sorger
|
MIT
|
Building
a Simple Kinetochore
|
|
6-13
|
John
Gurdon
|
CRC
Institute, Cambridge University
|
Cells
Perception of Signalling Factor Concentration
|
|
Summer
Break (July August)
|
|
9-19
|
Barry
Ganetzky
|
University
of Wisconsin, Madison
|
Molecular
Analysis of Segregation Distortion in Drosophila: Closing the (Ran)GAP
|
|
9-26
|
Edward
DeRoberts
|
UCLA
|
Chordin
as a Paradigm for Understanding Growth Factor Regulation in the
Extracellular Space
|
|
10-03
|
Ron
Milligan
|
Scripps
Institute
|
Structure
and Action of Molecular Motors
|
|
10-10
|
Steve
Elledge
|
Baylor
College of Medicine/HHMI
|
Cell
Cycle Control
|
|
10-17
|
Tony
Pawson
|
University
of Toronto
|
Protein-Protein
Interactions in Cell Signaling
|
|
10-24
|
J.
Troy Littleton
|
MIT
|
Genetic
Dissection of Neuro Transmitter Release in Drosophila
|
|
10-31
|
Eva
Nogales
|
UCSF
|
Structural
Studies of Eukariotic Transcription
|
|
11-07
|
Elaine
Ostrander
|
Fred
Hutchison Cancer Center
|
Of
Dog Genetics and Human Biology: Pulling Timmy's Genes from the Well
|
|
11-14
|
Gerald
Crabtree
|
Stanford
University
|
Signals
Transduced by Ca2+, Calcineurin, NF-ATc3 and NF-ATc4 are Essential
to Pattern the Mammalian Vascular System
|
|
11-21
|
Bruce
Hay
|
California
Institute of Technology
|
Turning
on Cell Death in Drosophila
|
|
11-28
|
Rudolf
Aebersold
|
University
of Washington
|
Quantitative
Proteome Analysis: Technology and Applications
|
|
12-05
|
Raymond
Deshaies
|
California
Institute of Technology
|
Prospecting
at the Intersection of Ubiquitin Dependent Proteolysis and Cell
Cycle Control
|
|
12-12
|
Pernille
Rorth
|
EMBL
|
Regulation
of Cell Migration during Drosophila Oogenesis
|
| |
|
|
|