January
12: Michael Galko
Cellular and Genetic Analysis of Epidermal Wound Healing
in Drosophila
11:30-12:30, Jordan Hall Rm 1-17
January
22: Xiaowei Lu
Planar cell polarity genes in mammals: roles in neurulation
and sensory hair cell development
12:30-1:30, Jordan
Hall 1-5
January
30: David Drubin, University of California
Berkeley
(Joint with Biology) February
3: David Sherwood
Analysis
of cell-invasive behavior in vivo: anchor cell invasion
in C. elegans
12:00-1:00, Jordan Hall 1-17
February
9: Jennifer Zallen
Molecular control of polarized cell movement
12:15-1:15, Jordan 1-14
February 12:Fabrice
Roegiers
IIb or not IIb: Asymmetric division and cell fate determination
in the Drosophila peripheral nervous system
1:00-2:00, Jordan Hall 1-14
February
25: Clare Waterman-Storer, Scripps Institute
March 1: Le Ma, Stanford University
Shape control of developing sensory axons at the spinal cord
12:00-1:00, Jordan Hall 1-5
March 4: Jeremy
Nance, Fred Hutchinson Cancer Research Center
Cell polarity and gastrulation in the C. elegans embryo
12:00-1:00, Jordan Hall 1-5
March 18:
Yang Hong, UCSF
Molecular Control of Epithelial Polarity and Cellular Morphogenesis
in Drosophila
12:00-1:00, Jordan Hall 1-5
March 22: Jonathan Terman, Johns Hopkins University
Molecular Mechanisms of Repulsive Axon Guidance and Their Modulation During
Development
3:00-4:00, Jordan Hall 1-5
March 15: Tudorita Tumbar, Rockefeller University
Characterization of the hair follicle stem cell niche
3:00-4:00, Jordan Hall 1-5
April
2: Steve Kay, Scripps Institute
(Joint with Biology)
April
29: Wolf Almers, Oregon Health Sciences
Univ.
(Joint with Mol. Physiol. Biol. Physics)
May
12: Anne Ridley, Ludwig Institute for Cancer Research,
London, England
May
18: Nina Tang Sherwood, California Institute
of Technology
Spastin, The major gene underlying autosomal dominant-hereditary
spastic paraplegia (AD-HSP), is necessary for normal
motor function in Drosophila
1:30-2:30, Jordan Hall 3006
May
26: Debbie
Andrew, Johns Hopkins University
Orchestrating Organogenesis: The Molecular and Cellular
Events Underlying Drosophila Salivary Gland Formation
12:15-1:15, Jordan Hall 1-17
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