Program of the 2004 East Coast Worm Meeting - Caenorhabditis ...

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81. Using enriched populations of single neuron types and microarrays to identify sensory neuron-specific genes Marc Colosimo, Adam Brown, Anne Lanjuin, Saikat Mukhopadhyay, Piali Sengupta 82. Modulations of thermotactic behavior by food Adam Brown, Damon Clark, Chris Gabel, Steven Lin, Ares Perides, Piali Sengupta, Aravi Samuel 83. A Systematic Genome-Wide Genetic Interaction Analysis of Signaling Pathways in C. elegans Alexandra Byrne, Scott J. Dixon, Jason Moffat, Peter J. Roy 84. Temporal regulation of postmitotic neural differentiation by heterochronic genes including the microRNA lin-4 Katherine O. Carter, Kristy Reinert, Shin-Yi Lin, Frank Slack 85. Identification of genes acting redundantly with lin-35 Rb Julian Ceron, Abha Chandra, Khursheed Wani, Jean-Francois Rual, Marc Vidal, Sander van den Heuvel 86. Functional analysis of AMPA-type glutamate receptor tail sequences in C. elegans. Howard Chang, Chris Rongo 87. Feeding status and serotonin modulate a chemosensory circuit in C. elegans Michael Y. Chao, Hidetoshi Komatsu, Hana S. Fukuto, Heather M. Dionne, Anne C. Hart 88. D1- and D2-like dopamine receptors antagonistically modulate C. elegans behavior through Galphaq and Galphao signaling Daniel Chase, Judy Pepper, Michael Koelle 89. Germline establishment and maintenance in the early embryo Paula M. Checchi, Christine E. Schaner, William G. Kelly 90. GUM-1, a protein affecting the subcellular localization of RME-1, is required for endocytic recycling in the C. elegans intestine Carlos Chih-Hsiung, Chen, Peter Schweinsberg, Eric Lambie, Barth Grant 91. Translational control in the germ plasm: nos-2 RNA regulation. Pei-Lung Chen, Ingrid D’Agostino, Geraldine Seydoux 92. Translational control in the germ plasm: nos-2 RNA regulation Pei-Lung Chen, Ingrid D’Agostino, Geraldine Seydoux 93. Age-associated feeding decline in C. elegans can be modulated by genetic and environmental inputs David K. Chow, Catherine A. Wolkow 94. An Investigation into the potential regulatory relationships between components of a network specified by pal-1 Julia M. Claggett, L. Ryan Baugh, Craig P. Hunter 95. Genome-wide RNAi analysis of Caenorhabditis elegans distal tip cell migration Erin J. Cram, Jean E. Schwarzbauer 96. Characterization of the DTC niche and germline stem cells in C. elegans Sarah L. Crittenden, Dana Byrd, Kim Leonhard, Judith Kimble 97. Structure/function studies of the polarity regulator PAR-1 in C. elegans Adrian Cuenca, Geraldine Seydoux
98. Experimental Design for C. elegans Microarray Yuxia Cui, Sandra J. McBride, Jonathan H. Freedman 99. Tracking the mid-life crisis of C. elegans Diana David-Rus, Peter J. Schmeissner, Beate Hartmann, Christophe Grundschober, Uri Einav, Eytan Domany, Patrick Nef, Garth Patterson, Monica Driscoll 100. An HCP-6 Suppression Screen for Genes Involved in Centromere Resolution Tovah A. Day, Landon Moore 101. Analysis of sel-2, an enhancer of lin-12 activity in vulval precursor cells Natalie de Souza, Laura G. Vallier, Hanna Fares, Iva Greenwald 102. Function of a novel protein EFF-1 in cell fusion Jacob J del Campo, Ariel B Issacson, Morgan Tucker, Min Han, William A Mohler 103. Degenerate binding sites for the FAX-1 nuclear receptor predict potential downstream target genes Stephen DeMeo, Rebecca Lombel, Danielle Snowflack, Aaron Wagner, Eric Smith, Sheila Clever, Bruce Wightman 104. Mapping transcription regulatory networks in C. elegans B. Deplancke, D. Dupuy, M. Vidal, A.J. Marian Walhout 105. SYP-3, a coiled-coil protein required for chromosome synapsis and chiasma formation in C. elegans Andreas Eizinger, Allison Hurlburt, JoAnne Engebrecht, Kirthi Reddy, Anne Villeneuve, Mónica Colaiácovo 106. A genetic screen for mutants defective in male leaving, a mate-searching behavior of C. elegans Chunhui Fang, Rajarshi Ghosh, Scott W. Emmons 107. DKF-2 is a Novel Target-Effector of Protein Kinase C Hui Feng, Min Ren, Charles S. Rubin 108. A novel mutant that partially suppresses the daf-2 (e1370) Daf-c phenotype Manuel A. Fidalgo, Manuel J. Munoz 109. Specificity of the C. elegans Putative Transmembrane Channel SID-1 Michael C. Fitzgerald, Craig P. Hunter 110. SMA-9, a Protein Involved in Patterning of the C.elegans M Lineage Marisa L Foehr, Ming Xu, Jun Liu 111. Cloning and characterization of the C. elegans post-embryonic cytokinesis gene unc-85 Iwen Fu, Jason W. Reuter, Fern P. Finger 112. CeMyoD(hlh-1) in embryonic muscle fate determination Tetsunari Fukushige, Joan McDermott, Thomas Brodigan, Michael Krause 113. Quantification of electrotaxis Chris Gabel, Albert Kao, Dmitri Pavlichin, Aravi Samuel 114. Barotaxis Chris Gabel, Alex Dahlen, Aravi Samuel 115. Genetic analysis of mutations that suppress dauer arrest in age-1/PI3 kinase mutants Minaxi S. Gami, Keaton Hanselman, Catherine A. Wolkow
Page 1 and 2: Program of the 2004 East Coast Worm
Page 3 and 4: 32. Frogs and snails and puppy dog
Page 5: 63. Characterization of the Synthet
Page 9 and 10: 134. Form and function of glia-neur
Page 11 and 12: 168. Global transcriptional changes
Page 13 and 14: 203. Transcriptional regulation and
Page 15 and 16: 238. EGL-26 controls vulF morphogen
Page 17 and 18: 274. Tracking the mid-life crisis o
Page 19 and 20: 2. Two controls of FBF expression i
Page 21 and 22: 4. The NR4A nuclear receptor is req
Page 23 and 24: 6. Sperm-oocyte interactions in C.
Page 25 and 26: 8. A Vesicle-Budding Model for the
Page 27 and 28: 10. RGS-7 Completes a Receptor-inde
Page 29 and 30: 12. Automated production of standar
Page 31 and 32: 14. Enhancers of ksr-1 lethality de
Page 33 and 34: 16. eak (enhancer-of-akt-1) genes e
Page 35 and 36: 18. Control of aging and developmen
Page 37 and 38: 20. Regulation of chemoreceptor gen
Page 39 and 40: 22. Genes Involved In Serotonergic
Page 41 and 42: 24. KEL-8, a novel Kelch-like prote
Page 43 and 44: 26. A non-developmental role for li
Page 45 and 46: 28. UNC-55, a Nuclear Receptor, is
Page 47 and 48: 30. A genomic approach to the devel
Page 49 and 50: 32. Frogs and snails and puppy dog
Page 51 and 52: 34. Caenorhabditis phylogeny predic
Page 53 and 54: 36. cdc-14 regulates cki-1 to contr
Page 55 and 56: 38. EPS-8 regulates LET-23/EGFR loc
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40. PKC2 A Calcium-Diacylglcerol Ki
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42. LIN-28 and LIN-46 converge at a
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44. An FGF Signaling Pathway Regula
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46. MLS-2, an HMX class homeodomain
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48. Mutations in him-8 suppress dev
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50. Characterization and cloning of
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52. RME-6 is a new regulator of Rab
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54. An Essential Role for HTP-3, a
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56. Genetics of telomere replicatio
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58. Identification and Characteriza
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60. Octopamine Inhibits Pharyngeal
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62. The let-7 and mir-35 Families o
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64. met-1 and met-2, Two Putative H
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66. Alterations of the C. elegans E
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68. Association of Oscheius species
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70. Genome-wide RNAi screen to iden
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72. Towards cloning mutations isola
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74. Study of the genetic and cellul
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76. A Genetic Screen for New Genes
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78. A germline-specific RNA-binding
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80. Development of high-throughput
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82. Modulations of thermotactic beh
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84. Temporal regulation of postmito
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86. Functional analysis of AMPA-typ
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88. D1- and D2-like dopamine recept
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90. GUM-1, a protein affecting the
Page 109 and 110:
92. Translational control in the ge
Page 111 and 112:
94. An Investigation into the poten
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96. Characterization of the DTC nic
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98. Experimental Design for C. eleg
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100. An HCP-6 Suppression Screen fo
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102. Function of a novel protein EF
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104. Mapping transcription regulato
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106. A genetic screen for mutants d
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108. A novel mutant that partially
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110. SMA-9, a Protein Involved in P
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112. CeMyoD(hlh-1) in embryonic mus
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114. Barotaxis Chris Gabel, Alex Da
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116. spe-19, a Gene Affecting Sperm
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118. An in vivo analysis of age-rel
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120. Functional Characterization of
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122. RecQ Helicases, Genomic Stabil
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124. The genes tra-4 and mog-7 are
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126. LON-2 is a glypican heparan su
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128. High Throughput TILLING, Ecoti
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130. Visualizing activity of C. ele
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132. An RNAi-based suppressor scree
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134. Form and function of glia-neur
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136. COMPUTER MODELING, SIMULATION
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138. Genetic variation reveals diff
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140. Guidance and cell-matching of
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142. Combinatorial control of lin-4
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144. GNA-2, Chitin and the Function
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146. Cytological screening of the g
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148. Genes controlling the developm
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150. Characterization of sel-6, a s
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152. Expression, function and regul
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154. nhr-67 and nhr-111, two NR2E n
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156. Sex-specific centrosome inheri
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158. The Regulation of the CDC-6 Re
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160. Identification of CUL-4 comple
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162. A screen for suppressors of cy
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164. Reiteration of a lineage branc
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166. A him-8 mutation suppresses th
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168. Global transcriptional changes
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170. sma-9, A Gene that Regulates B
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172. CaM KII Regulates Neurotransmi
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174. End-to-end chromosome fusions
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176. Genetic Analysis of the Putati
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178. Nog mutants and early germline
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180. The molecular analysis of ego-
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182. n3263 is a mutant with persist
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184. EGL-32 Functions in Sperm to R
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186. him genes and X chromosome mei
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188. Functional Analysis of the Mic
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190. Analysis of an UNC-13 protein
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192. Identification of genes regula
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194. Uncovering the role for sperm
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196. Evidence that lin-35 Rb functi
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198. A germline-specific cell cycle
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200. High throughput genetic screen
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202. Some Dauer Formation, Social F
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204. Characterization of mutants de
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206. The Identification of Factors
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208. Investigating interacting part
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210. A screen for axon branching an
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212. Components of the dosage compe
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214. Characterization of UNC-43/CaM
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216. Histone variant H2A.Z is essen
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218. DKF-1 is A Diacylglycerol-regu
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220. Dissecting the role of CNK-1 i
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222. C. elegans rme-3 encodes a cla
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224. The mutation bc202 blocks phys
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226. The BarH Class Homeodomain Gen
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228. Toward expression and biochemi
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230. The Unfolded Protein Response
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232. Regulation of gene expression
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234. Move or Die: Epidermal Migrati
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236. How are cytoplasmic asymmetrie
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238. EGL-26 controls vulF morphogen
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240. The Wnt genes egl-20 and cwn-1
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242. SRY-box containing protein SOX
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244. Genetic screen for factors fun
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246. Suppressors of pha-4/FoxA loss
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248. Genetic Screens for Suppressor
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250. Half-molecule ATP-binding cass
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252. Modifiers of polyglutamine-med
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254. Regulation of Cell Death in th
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256. Regulation of RNA Polymerase I
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258. Identification of regulatory s
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260. The nuclear receptor gene fax-
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262. sid-5 is required for robust e
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264. MSP signals microtubule reorga
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266. Functional genomic characteriz
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268. Alteration of Pax protein DNA
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270. Characterizing the Cell Biolog
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272. Identification and characteriz
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274. Tracking the mid-life crisis o
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276. Abstract for Leica Microsystem
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Boxem, Mike 79, 162 Boyd, Windy A 8
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Fukushige, Tetsunari 112 Fukuto, Ha
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Kao, Gautam 148 Karakuzu, Ozgur 149
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McClinic, Karissa 215 McDermott, Jo
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Roehrig, Casey 34 Rongo, Chris 86 R
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Tyler, Carolyn 30, 245 Ugel, Nadia
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