|
|
|
Reminder of the 13th International C. elegans Meeting. |
1 |
Paul Sternberg |
2001 Genetic Map of C. elegans: Call for Data. |
2 |
Jonathan Hodgkin and Sylvia Martinelli |
Practical Course Announcement: 31st Wellcome Trust Advanced Course. |
3a |
Jonathan Hodgkin, Alan Coulson and Patricia
Kuwabara |
Ver midi IV. |
3b |
Nathalie Pujol and Jonathan Ewbank |
Center for C. elegans Anatomy Expands its Archives. |
4a |
David Hall |
Postdoctoral Position Available. |
4b |
Eli Y. Adashi |
CGC Bibliographic References. |
5 |
Theresa Stiernagle and Bob Herman |
Improved Survivorship of Frozen C. elegans Deletion Mutant Libraries. |
18 |
Andrew M. Beld, David M. Miller and Kevin Strange |
Mapping Useful GFP Insertions: Evidence for Local Suppression of Recombination. |
20 |
Jonathan Hodgkin, Alan Coulson, Patricia Kuwabara and
Participants in WTAC24 and WTAC27 |
On the Reproducibility of Large-Scale RNAi Screens. |
22 |
Fabio Piano, Aaron Schetter, Diane Morton, Kris
Gunsalus, Valerie Reinke, Stuart Kim and Ken Kemphues |
N2(ancestral) Is a Mutant with Reduced Fertility and Longevity. |
24 |
Diana McCulloch and David Gems |
Tight-Seal Whole-Cell Patch Clamping of C. elegans Neurons: Erratum. |
25 |
Shawn Lockery and Miriam Goodman |
Thiabendazole (with Dimethyl Sulfoxide and Methylene Blue) as a Possible Aid in the "Limited Contamination" Culture of Caenorhabditis elegans. |
26 |
William C. Campbell |
Using Caenorhabditis elegans as a Model to Study Autophagy. |
28 |
Willisa Liou |
Characterization of rcn-1, a Cacipressin Homologue in C. elegans. |
31 |
Jin Lee, Jaya Bandyopadhyay, Tami Kingsbury, Kyle
Cunningham and Joohong Ahnn |
Microevolution of Vulval Cell Lineages within Two Nematode Genera: Caenorhabditis and Oscheius. |
32 |
Marie Delattre and Marie-Anne Felix |
Promoter Dissection of C. elegans Hox Gene egl-5. |
33 |
Yingqi Teng and Scott W. Emmons |
egl-5 Promoter Analysis Provides Clues Toward Understanding Anterior/Posterior Addressing at the Cis-Regulatory Level. |
34 |
Lisa Girard and Paul Sternberg |
Reverse Genetic Approach to Identify Genes Required for Thermotaxis in C. elegans. |
36 |
Hitoshi Inada, Hidetoshi Komatsu, Mikihiro Kosaki and
Ikue Mori |
RNAi Screen and Functional Analysis of Genes Required for Germline Development. |
37 |
Momoyo Hanazawa, Makoto Mochii, Naoto Ueno, Yuji
Kohara and Yuichi Iino |
Monoclonal Antibody MH33 Recognizes a Gut-Specific Intermediate Filament. |
38 |
Tetsunari Fukushige and Jim McGhee |
Transcript Specific RNAi Phenocopies Two Classes of mig-6 Mutant. |
39 |
Takehiro Kawano and Joseph G. Culotti |
Identification of Genes Required for Ventralward Axon Guidance in C. elegans. |
40 |
Kazuko Fujisawa and Joe Culotti |
All Available Mutations in flp-1 Also Delete daf-10 Sequences, Confounding Phenotype Interpretation. |
41 |
Michael Ailion and James H. Thomas |
GLC-3: A Fipronil and BIDN-Sensitive, but Picrotoxinin-Insensitive, L-Glutamate-Gated Chloride Channel Subunit from Caenorhabditis elegans. |
42 |
Lucy Horoszok, Valerie Raymond, David Sattelle and
Adrien Wolstenholme |
VEGF-Like Receptors in C. elegans. |
43 |
Gratien Dalpe, LiJia Zhang, Enza Colonna, Marina
Tarsitano, Paolo Bazzicalupo, Tetsunari Fukushige, Jim McGhee, Joe
Culotti and Graziella Persico |
smu-2 Affects the Alternative Splicing of unc-52 Pre-mRNA and Is Homologous to a Mammalian Spliceosome-Associated Protein. |
44 |
Angela Spartz, Jocelyn Shaw and Robert Herman |
An Attempt to Slow Aging in C. elegans. 18. No Effect of Sodium Fusidine. |
45 |
Vladimir V. Bakaev |
n Attempt to Slow Aging in C. elegans. 19. A Positive Effect of 1-Butylbiguanide Hydrochloride. |
46 |
Vladimir V. Bakaev |
Author Index. |
47 |