West Coast Worm Meeting Abstracts - Caenorhabditis elegans ...

West Coast Worm Meeting 2000
80. A novel lateral signaling pathway determines asymmetric olfactory neuron fates [p 90]
Alvaro Sagasti, Cori Bargmann
81. The search for dosage compensation complex binding sites on X chromosomes [p 91]
Raymond C. Chan, Tammy F. Wu, Barbara J. Meyer
82. Recognition and Assembly of SDC Protein Complexes onto Specific DNA Target Sites [p 92]
Diana Chu, Heather Dawes, Jason Lieb, Annie Kuo, Barbara J. Meyer
83. The TBP-like Factor CeTLF is Required to Activate RNA Polymerase II Transcription in C. elegans
Embryos [p 93]
Linda S. Kaltenbach, Susan E. Mango
84. The intracellular domain of the feminising receptor TRA-2A interacts directly with the transcription
factor TRA-1A [p 94]
David H. Lum, P. Kuwabara, D. Zarkower, A.M. Spence
85. chw-1 encodes a novel protein that interacts with pha-4 [p 95]
Michael Horner, Linda Kaltenbach, Susan Mango
86. The UNC-4 homeoprotein and its transcriptional co-repressor UNC-37/Groucho regulate
neurotransmitter vesicles in cholinergic motor neurons [p 96]
Kim Lickteig, Janet Duerr, Dennis Frisby, David Hall, Jim Rand, David Miller
87. The components of sensory cilia in C. elegans [p 97]
Peter Swoboda, Kerry Bubb, James H. Thomas
88. In vivo imaging of HSN outgrowth [p 98]
Carolyn E. Adler, Cornelia I. Bargmann
89. Temporal and spatial requirement of sensory cilia in the regulation of worm lifespan [p 99]
Joy Alcedo, Javier Apfeld, Bella Albinder, Jennifer Dorman, Honor Hsin, Bernadine Tsung, Cynthia
Kenyon
90. THE TTX-3 LIM HOMEOBOX GENE IS A CENTRAL REGULATOR OF INTERNEURON CELL FATE
[p 100]
Z. Altun-Gultekin, O. Hobert
91. The heterochronic gene pathway: Regulatory interactions and regulatory outputs. [p 101]
Victor Ambros, Marta Hristova, Rosalind Lee, Eric Moss
92. Genetic and phenotypic characterization of evl-14 and evl-20, genes involved in C. elegans vulva
development [p 102]
Igor Antoshechkin, Min Han
93. Caenorhabditis elegans T05H10.5, a homologue of yeast ubiquitin fusion degradation protein
(UDF-2), is expressed throughout the nervous system and in the gut [p 103]
Wanyuan Ao, Dave Pilgrim
94. Genetic analysis of neuroendocrine controls of fat metabolism in C. elegans [p 104]
Kaveh Ashrafi, Gary Ruvkun
95. zig genes and the PVT guidepost neuron [p 105]
Oscar Aurelio, Oliver Hobert
96. Analysis of GABA receptor plasticity in C. elegans [p 106]
Bruce A. Bamber, Janet E. Richmond, Pierrette K. Danieu
97. Isolation of suppressors of a dominant synapse defective mutant, syd-5(ju89) [p 107]
Renee Baran, Yishi Jin
98. Cargo recognition by synaptic vesicle kinesin [p 108]
Ewa Bednarek, Erik M. Jorgensen
99. The exp-1 locus may encode a subunit of an excitatory GABA receptor [p 109]
Asim A. Beg, Erik M. Jorgensen
100. The life span gene clk-2 is essential for embryonic development [p 110]
Claire Bènard, Brent McCright, Yue Zhang, Stephanie Felkai, Siegfried Hekimi
101. Characterization of Caenorhabditis elegans gamma-tubulin in dividing cells and differentiated tissues
[p 111]
Yves Bobinnec, Makoto Fukuda, Eisuke Nishida
102. Does CEH-20, an Exd/Pbx homolog in C. elegans, play a role in worm embryogenesis? [p 111]
Q.F. Boese, W.B. Wood
103. A-domain-containing protein family in C. elegans. [p 112]
Michael Brannan, Joaquin Muriel, Kathryn Taylor, Gordon Lithgow, Danny Tuckwell
104. Distribution and Regulation of Glutamate Receptors in the Locomotory Control Circuit of C. elegans.
[p 113]
Penelope J. Brockie, David M. Madsen, Yi Zheng, Jerry E. Mellem, Andres V. Maricq
105. Mutations That Affect Synaptic Localization Of Glr-1 [p 114]
Michelle Burbea, Joshua M. Kaplan
106. Regulation of C. elegans dauer formation by an RNA quality control pathway component [p 115]
J Burgess, JC Labbe, S Hekimi
4