Program and Abstract Book - 19th International C. elegans Meeting

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POSTER SESSION LISTINGSPhysiology: Aging and Stress203A. The novel regulators of RNT-1 stabilization in stress response.Soungyub Ahn, Kiho Lee, Peter Swoboda, Junho Lee.204B. Trade-offs and bet-hedging in reproductive performance duringheat stress. Erin Zucker Aprison, Ilya Ruvinsky.205C. Protective effect of Paullinia cupana, the Guarana, onCaenorhabditis elegans under oxidative stress. Leticia P. Arantes,Marina Machado, Daniele Zamberlan, Cintia Tassi, João da Rocha, FelixSoares.206A. Evaluation of the activity of Luehea divaricata Mart. leaf extractagainst different pro-oxidants in Caenorhabditis elegans . Leticia P.Arantes, Dirleise Colle, Marina Machado, Cintia Tassi, DanieleZamberlan, Ritiel da Cruz, João da Rocha, Melânia Manfron, MargarethAthayde, Felix Soares.207B. Screening of antioxidant organochalcogen compounds inCaenorhabditis elegans: focus on modulation of DAF-16/FOXOpathway. Daiana S. Avila, Suzi Wollenhaupt, Ana Thalita Soares, WillianSalgueiro, Diego Avila.208C. Role of amino-acid pool size in aging-related muscle atrophy.Meenakshisundaram Balasubramaniam, Ramani Alla, Robert J.Shmookler Reis, Srinivas Ayyadevara.209A. Microfluidic devices for electrical measures of pharyngeal health.Stephen A. Banse, John. H. Willis, Kristin J. Robinson, Janis C. Weeks,Patrick C. Phillips, Shawn R. Lockery.210B. Persistent effects of starvation on multiple life history traits.Moses Sandrof, Meghan Jobson, James Jordan, Ryan Baugh.211C. RER-1 - Finding New Roles For An Old Protein. Kunal Baxi, AtaGhavidel, Troy Harkness, Carlos Carvalho.212A. 7-ketocholesterol acts through steroid receptor DAF-12 toregulate dauer formation and longevity. Ben Becker, Adam Antebi.213B. Identifying the role of apl-1 through an RNAi Screen and MosaicAnalysis. Maisam T. Begum, Pei Zhao, Chris Li.214C. Modulation of HIF-1 activity and its effect on stress tolerance andlongevity in C. elegans. P. Bharill, F. Fabretti, H. Gharbi, B. Schermer, T.Benzing, R. Mueller.215A. The Mechanistic Basis of Neuroendocrine Control of Longevity.Konstantinos Boulias, Bob Horvitz.216B. Proteomics approach to identify potential targets of tyrosol, anolive oil phenol that stimulates longevity and stress resistance inCaenorhabditis elegans. Ana Cañuelo, J. Peragón, P. Pacheco.217C. Mutations in the Translation Initiation Factor Subunit eIF-3.kSuppress the Stress Sensitivity of xbp-1 Mutants. Douglas Cattie, KirthiReddy, Claire Richardson, Dennis Kim.218A. Biological behavior of carbon nanoparticles in Caenorhabditiselegans. Yun Jeong Cha, Shin Sik Choi.219B. Novel Kinases that interact with the Insulin-IGF-1-like signalingpathway to control longevity. Manish Chamoli, Awadhesh Pandit,Mukund Sudharsan, Arnab Mukhopadhyay.220C. Characterization of a gene whose expression correlates with thefood type-dependent effects on lifespan. Wolfgang Maier, RashmiChandra, Joy Alcedo.221A. daf-16/FoxO isoform-specific mutants reveal differentialcontributions to longevity in the contexts of reduced DAF-2 insulin-likesignaling and germline ablation. Albert Chen, Chunfang Guo, KathleenDumas, Travis Williams, Sawako Yoshina, Shohei Mitani, Patrick Hu.222B. Effects of C. elegans sgk-1 mutations on life span, stressresistance, and DAF-16/FoxO regulation. Albert Chen, Chunfang Guo,Kathleen Dumas, Kaveh Ashrafi, Patrick Hu.223C. Sestrin confers the regulations of muscle aging and lifespan inCaenorhabditis elegans. Ya-Luen Yang, Kah-Sin Loh, Bang-Yu Liou, I-HuaChu, Cheng-Ju Kuo, Huan-Da Chen, Chang-Shi Chen.224A. The Effect of Hydrolysable Tannins from Eucalyptus Leaves on C.elegans Lifespan. Y. chen, B. Onken, H. Chen, Q. Huang, S. Xiao, M.Driscoll, Y. Cao.225B. Nutritional Control of Insulin-Like Peptide Expression during L1Arrest and Recovery. Yutao Chen, Ryan Baugh.226C. Transcriptional profiling reveals a principle role for wdr-23 inregulating SKN-1 and potential interactions with molting and thecuticle. Lanlan Tang, Andrew Deonarine, Chi K. Leung, Keith P. Choe.227A. Peroxide Stress Response and Ferritin Synthesis Regulation bythe REF-1 Family Member HLH-29. H. T. Chou, T. K. Quach, C. M.Johnson.228B. Down regulation of miR-124 in both Werner syndrome DNAhelicase mutant mice and mutant Caenorhabditis elegans wrn-1 revealsthe importance of this microRNA in accelerated aging. A. Dallaire, C.Garand, E. R. Paquet, S. J. Mitchell, R. De Cabo, M. J. Simard, M. Lebel.229C. Activation of the hexosamine pathway improves ER proteinquality control and slows aging. Martin S. Denzel, Nadia J. Storm, AdamAntebi.230A. Proteostasis in the aging model Caenorhabditis elegans. I.Dhondt, G. Depuydt, H. Cai, J. Staal, A. Borghi, L. Verstrepen, L. Baten,R. Beyaert, B. P. Braeckman.231B. Pharmacological enhancers of physical activity and their impacton metabolic functions and longevity in C. elegans. Sharon Epstein,Matthew McGee, Pankaj Kapahi.232C. An underlying dauer-independent DAF-2 longevity programimplicates collagen homeostasis in longevity. Collin Ewald, Jess Landis,Jess Porter Abate, Coleen Murphy, T. Keith Blackwell.26
POSTER SESSION LISTINGS233A. Adaptation to hydrogen sulfide induces a reversibledevelopmental plasticity in C. elegans. Emily Fawcett, Dana Miller.234B. Examining neuromuscular deficits and oxidative damage afterexposure to common anthropogenic chemicals in Caenorhabditiselegans. Denise B. Flaherty, Christopher W. Dukes, Seth V. Malhotra,Ashlin L. Niedzwiecki, Daniel C. Kovarik, Julia M. Billington.235C. Lysosomal lipolysis promotes longevity through a lipid-responsivenuclear hormone receptor signaling pathway. Andrew Folick, HollyDoebbler, Yong Yu, Meng Wang.236A. Genes that Affect Glucose-Fed C. elegans Exposed to Oxygen-Deprivation. Anastacia Garcia, Pamela Padilla.237B. Role of Autophagy in Long-lived C. elegans Subjected to DietaryRestriction. Sara Gelino, Jessica Chang, Malene Hansen.238C. Quasi-programmed yolk synthesis contributes to C. elegansaging. Yila de la Guardia, Eleanor Tyler, Alex Benedetto, David Gems.239A. Characterizing Adult Reproductive Diapause Longevity. B.Gerisch, D. Magner, A. Antebi.240B. The Dual Roles of TCER-1/TCERG1 in Balancing ReproductiveFitness and Longevity. Francis RG Amrit, Arshi Arora, Takis Benos,Arjumand Ghazi.241C. Genetics of praziquantel resistance in C. elegans. Rajarshi Ghosh,Anya Levinson, Conrad Tenenbaum, Leonid Kruglyak.242A. The Mediator subunit MDT-15 is required for the oxidative stressresponse. Grace Y. S. Goh, Kulveer S. Parhar, Ada W. L. Kwong, MarcusA. Wong, Stefan Taubert.243B. Proteotoxicity Models of Transthyretin Amyloid Disease in C.elegans. E. Greiner, J. Paulsson, S. Choi, S. Wolff, D. Ong, A. Dillin, S.Encalada, J. Kelly.244C. The neuroglobin GLB-5 regulates C. elegans responses to hypoxicexposure. E. Gross, Z. Soltesz, V. Zelmanovich, M. de-Bono.245A. SIR-2.1, an HDAC, is required to maintain male mating abilityduring aging of C. elegans. Xiaoyan Guo, Luis Rene Garcia.246B. Bacterial nitric oxide extends C. elegans lifespan. Ivan Gusarov,Laurent Gautier, Olga Smolentseva, Ilya Shamovsky, Svetlana Eremina,Alexander Mironov, Evgeny Nudler.247C. Temperature-dependent effects of C. elegans N-acylethanolamine biosynthetic enzymes. Neale Harrison, Ifedayo VictorOgungbe, Pedro Reis-Rodrigues, Thomas Gallagher, Young-Jai You,Matthew S. Gill.248A. The E3 Ligase LIN-23/βTRCP Influences SKN-1/NRF2 Activity andReduces Toxic Proteins in daf-2 Mutants. Kyle Holden, EmmanuelSchrieber, Mani Balasubramani, Arjumand Ghazi.249B. Profiling of genotoxic stress response of C. elegans andinvestigation of protective effects of selected natural compounds. S.Honnen, C. Henninger, C. Büchter, Y. Chovolou, P. Proksch, G. Fritz.250C. A Novel Link between Ubiquitin-dependent Proteolysis andMitochondrial Metabolism. Thorsten Hoppe, Alexandra Segref.251A. The Caenorhabditis elegans homolog of co-chaperonep23/prostaglandin E synthase-3 regulates lifespan in response totemperature. M. Horikawa, A. Antebi.252B. Translational Effect of Hydrogen Sulfide and a Novel Role for HIF-1. Joe Horsman, Dana Miller.253C. SAMS-1: A protein that senses nutrient levels and mediates thelongevity response to dietary restriction in the intestine. Tsui-TingChing, Alex Kramer, Alisha Paal, Linda Zhang, Ao-Lin Hsu.254A. The role of C. elegans BRAP-2 in the SKN-1 mediated oxygenradical detoxification response. Queenie Hu, Lesley MacNeil, MarianWalhout, Terrance J. Kubiseski.255B. Nanoparticle size, shape, coat, and charge alter the bioactivity ofnanosilver in C. elegans. Piper R. Hunt, Steven J. Oldenburg, NicholasOlejnik, Robert L. Sprando.256C. Analysis of miro-1. Takao Inoue, Yanqing Shen, Natarie Pei WenLow, Thilo Hagen, Li Fang Ng, Jan Gruber.257A. AMPK regulates protein homeostasis in response to hypoxia andnutrient deprivation. Nicole Iranon, Dana Miller.258B. Genes that influence longevity, dauer formation and pathogenresponses downstream of sensory neurons in C. elegans. Dae-EunJeong, Marta M. Gaglia, Eun-A Ryu, Dongyeop Lee, Cynthia Kenyon,Seung-Jae Lee.259C. nhr-176 regulates cyp-35d1 to control hydroxylation-dependentmetabolism of thiabendazole in C. elegans. Laura M. Jones, AnthonyFlemming, Peter E. Urwin.260A. Modulation of the Ubiquitin-Proteasome System and C. elegansLongevity by Neuroendocrine and Growth Factor Signaling Pathways.Kishore K. Joshi, Tejash Shah, Christopher Rongo.261B. Role of mir-35-41 family in embryonic development and hypoxia.Konstantinos Kagias, Roger Pocock.262C. LEA genes in Antarctic nematode, Panagrolaimus davidi. HiroshiKagoshima, Yuji Kohara.263A. 20-hydroxyecdysone prevents age-associated decline in C.elegans . Shaunak Kamat, Shrutika Yeola, Monica Driscoll.264B. Quest for life-lengthening signals within gonadal longevity.Oezlem Karalay, Shuhei Nakamura, Adam Antebi.265C. The HIF-1 Pathway and organismal senescence. Jordan Kardos,Sudhir Nayak.266A. C. elegans EXO-3 contributes to progeny production by repairingAP site in gonad. Yuichi Kato, Takahito Moriwaki, Masafumi Funakoshi,Qiu-Mei Zhang-Akiyama.19th International C. elegans Meeting | 27
Page 1 and 2: 2013 C. elegans Meeting Organizing
Page 3 and 4: GENERAL INFORMATIONRegistration and
Page 5 and 6: GENERAL INFORMATIONInternet AccessU
Page 7 and 8: EDUCATION OPPORTUNITIESSaturday, Ju
Page 9 and 10: EXHIBITSMBF Bioscience Booth #11018
Page 11 and 12: PLENARY, PARALLEL AND WORKSHOP LIST
Page 27: PLENARY, PARALLEL AND WORKSHOP LIST
Page 31 and 32: POSTER SESSION LISTINGS299A. Regula
Page 33 and 34: POSTER SESSION LISTINGSRebecca Hint
Page 35 and 36: POSTER SESSION LISTINGSassess devel
Page 37 and 38: POSTER SESSION LISTINGSneurogenesis
Page 39 and 40: POSTER SESSION LISTINGSelegans nerv
Page 41 and 42: POSTER SESSION LISTINGSArantza Barr
Page 43 and 44: POSTER SESSION LISTINGSEthanol. R.
Page 45 and 46: POSTER SESSION LISTINGS742C. The Me
Page 47 and 48: POSTER SESSION LISTINGS807B. Necrot
Page 49 and 50: POSTER SESSION LISTINGSPiano.871C.
Page 51 and 52: POSTER SESSION LISTINGSMarissa Macc
Page 53 and 54: POSTER SESSION LISTINGS998A. A glob
Page 55 and 56: POSTER SESSION LISTINGS1058A. Genom
Page 57 and 58: POSTER SESSION LISTINGSmembrane tra
Page 59 and 60: POSTER SESSION LISTINGSchromosome s
Page 61 and 62: POSTER SESSION LISTINGS1243C. Towar
Page 63 and 64: POSTER SESSION LISTINGScourse. Yan
Page 65 and 66: ABSTRACTSelegans and other nematode
Page 67 and 68: ABSTRACTS13. Magnetotaxis in C. ele
Page 69 and 70: ABSTRACTSoocyte expression system,
Page 71 and 72: ABSTRACTShermaphrodites have germli
Page 73 and 74: ABSTRACTSgenes in AWC neurons, with
Page 75 and 76: ABSTRACTSpropose a model in which c
Page 77 and 78: ABSTRACTSXSEs counter ASEs. Instead
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ABSTRACTSUNC-84 P91S mutation that
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ABSTRACTSdevelopment and physiology
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ABSTRACTSthe Eu form. Extra copies
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ABSTRACTSconserved. From an egl-9 s
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ABSTRACTSsenescence, and suggest th
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ABSTRACTScomposition of histone mod
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ABSTRACTS100. Periodic A/T rich DNA
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ABSTRACTSdemonstrates that seemingl
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ABSTRACTSSimilarly, Proteobacteria
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ABSTRACTSduring development of the
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ABSTRACTScoordinates to the time se
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ABSTRACTSresponse to light/H 2O 2.
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ABSTRACTS145. A Comprehensive Expre
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ABSTRACTS152. Silencing of Germline
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ABSTRACTSunderstood. In early C. el
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ABSTRACTSThe conserved E3 ubiquitin
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ABSTRACTSextract the locations of a
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ABSTRACTSPQC of the SAX-3/Robo rece
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ABSTRACTSmeasured by qPCR was reduc
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ABSTRACTSparent) abolishes transact
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ABSTRACTSAbrupt changes in environm
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ABSTRACTSdeclines through larval de
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ABSTRACTSbehind a biological behavi
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ABSTRACTSsets previously reported t
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ABSTRACTS234B. Examining neuromuscu
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ABSTRACTS241C. Genetics of praziqua
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ABSTRACTStype animals. The levels o
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ABSTRACTSfrom fish and rodents indi
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ABSTRACTScoming from the somatic go
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ABSTRACTScontrol of the elt-3/elt-5
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ABSTRACTSregulates SIR-2.1 in C. el
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ABSTRACTS287A. New roles for wdr-23
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ABSTRACTS295C. Does iron dyshomeost
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ABSTRACTS302A. HIF-independent proc
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ABSTRACTSduring aging. We found H3K
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ABSTRACTSNAD/sir2 pathway nor mitoc
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ABSTRACTSdetermine if there are pos
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ABSTRACTScondition. Furthermore, we
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ABSTRACTSdigested by Lys-C, and ana
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ABSTRACTSthe bulk of the aging rese
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ABSTRACTSa non-canonical CB recepto
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ABSTRACTS363B. Targeting Obesity: a
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ABSTRACTS(SREBP-1) ortholog (sbp-1)
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ABSTRACTSunderlying how animals ada
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ABSTRACTSfrom anoxia (Mendenhall et
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ABSTRACTSAnimals must coordinate nu
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ABSTRACTSexpression experiments, C.
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ABSTRACTSentomopathogenic nematodes
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ABSTRACTSpathogen.414B. Whole genom
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ABSTRACTShumans, making it an attra
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ABSTRACTSscreenings, in which the i
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ABSTRACTScentral regulator of the U
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ABSTRACTSwhipworms, and recent stud
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ABSTRACTSinteractions. The characte
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ABSTRACTStransformed each strain wi
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ABSTRACTSReconstitution Across Syna
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ABSTRACTSdendrite branching in the
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ABSTRACTStechniques we periodically
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ABSTRACTSmechanosensory PVD, is the
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ABSTRACTSsurvival, differentiation,
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ABSTRACTS503A. The effects of aging
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ABSTRACTS5 inhibits unc-2/unc-36 Ca
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ABSTRACTSsites and mediate excitato
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ABSTRACTSheterophilic interactions
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ABSTRACTS532C. A PCP-like pathway a
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ABSTRACTSobstacles: (1) the challen
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ABSTRACTSsynapses. The failure of t
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ABSTRACTSmutants have normal distri
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ABSTRACTSactivate selective neurons
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ABSTRACTS570B. Pattern generation i
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ABSTRACTSmutations disrupted UNC-43
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ABSTRACTSfor sharing unpublished da
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ABSTRACTSloss of the Notch receptor
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ABSTRACTStransiently increase by od
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ABSTRACTSreversals decremented with
Page 229 and 230:
ABSTRACTSmeasure of phenotypic simi
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ABSTRACTSimplicated in mammalian sy
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ABSTRACTScomparison to behavior on
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ABSTRACTS640C. How do worms choose
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ABSTRACTSlarval training disrupts p
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ABSTRACTS1. Ishihara T et al. Cell,
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ABSTRACTSencoding gene, nlp-3, in t
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ABSTRACTSthat males exhibit defects
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ABSTRACTStargets for research. Our
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ABSTRACTSof ethanol increase BK cha
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ABSTRACTS693B. Exploring the role o
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ABSTRACTSdirected nematode behavior
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ABSTRACTS709C. Regulation of Coinci
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ABSTRACTS61 generation. We are plan
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ABSTRACTS724C. Robustness of the vu
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ABSTRACTSwas confirmed to be subcel
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ABSTRACTS739C. Investigating the ro
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ABSTRACTS746A. HAM-1: An asymmetric
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ABSTRACTSvulva formation. We examin
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ABSTRACTSof skn-1 function in the e
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ABSTRACTSPrevious work revealed tha
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ABSTRACTSour AB-enriched or P1-enri
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ABSTRACTSdisorders.783B. Blocking N
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ABSTRACTStouch receptor neurons we
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ABSTRACTSexpression of the ortholog
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ABSTRACTSdiseases from neurological
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ABSTRACTSthrashing, suggesting age-
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ABSTRACTSThese studies show that li
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ABSTRACTSdemonstrated; however enzy
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ABSTRACTS833A. Dynamically-expresse
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ABSTRACTSmultiple molecular cues wi
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ABSTRACTSMATLAB programs to quantif
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ABSTRACTSwith HPK-1::mCherry-expres
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ABSTRACTSThese results imply that t
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ABSTRACTS870B. Nuclear Envelope Com
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ABSTRACTShomolog-independent mechan
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ABSTRACTSand DNA repair. To determi
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ABSTRACTSpairs during meiotic proph
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ABSTRACTSdirect testing of our hypo
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ABSTRACTSsuggesting UNC-84 plays un
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ABSTRACTSIrradiation induced DSBs d
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ABSTRACTSof males. Genes involved i
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ABSTRACTSundertaken in order to det
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ABSTRACTS937C. Interactions of C. e
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ABSTRACTSrelevant polymorphisms ind
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ABSTRACTS952C. Gene-environment int
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ABSTRACTSfunctional conservation of
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ABSTRACTS967C. Identification of es
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ABSTRACTS974A. Actively Transcribed
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ABSTRACTSIn parallel we are develop
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ABSTRACTS989A. Altered-function mut
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ABSTRACTSwell-defined neurons. Netw
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ABSTRACTSmutation together with a C
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ABSTRACTScoupled with whole-genome
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ABSTRACTSchemosensory receptor prom
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ABSTRACTS1025A. Cytoplasmic versus
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ABSTRACTSUniv. of California Rivers
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ABSTRACTSoffers an invaluable addit
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ABSTRACTS1047B. Analysis of PUF-9 a
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ABSTRACTSreplicates that reliably d
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ABSTRACTSthe mutation lies. The sam
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ABSTRACTSchromatin factors in estab
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ABSTRACTSA genome-wide RNAi screen
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ABSTRACTS1084C. Dynamics of nuclear
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ABSTRACTSWe also found that, in bet
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ABSTRACTSLET-99 localization, we te
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ABSTRACTSTo discover novel genes in
Page 363 and 364:
ABSTRACTSimportance of timing of co
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ABSTRACTSon the motor’s stalk dom
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ABSTRACTSZK185.1, and the allele fr
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ABSTRACTS1135C. Anatomic Expression
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ABSTRACTSsignals between different
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ABSTRACTSinhibition of LPAAT or inj
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ABSTRACTS1157A. Towards the Complet
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ABSTRACTSmorphogenesis.1164B. UNC-5
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ABSTRACTSundergoing morphogenesis.
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ABSTRACTSEukaryotes have different
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ABSTRACTSidentified the ataxin-2 ge
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ABSTRACTSdivision defects, such as
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ABSTRACTSaffect either of two highl
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ABSTRACTSWhether to continue or to
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ABSTRACTS1215B. Study of arrhythmog
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ABSTRACTStraining and expensive equ
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ABSTRACTSparticle verification (opt
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ABSTRACTS1238A. High-throughput beh
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ABSTRACTSDetermination (BLIND) - wh
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ABSTRACTSroles of CAR-1 during embr
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ABSTRACTS1261C. Cell type-specific
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ABSTRACTSthere is a great need for
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ABSTRACTSmicrofluidic device for me
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ABSTRACTSmanipulates neural activit
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ABSTRACTSinhibition assays that emp
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ABSTRACTSpresentations allow the st
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AUTHOR INDEXBharill, P., ..........
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AUTHOR INDEX334C, 335A, 337C, 800A,
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AUTHOR INDEXHolick, Michael, ......
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AUTHOR INDEXLee, Se-Jin, ..........
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AUTHOR INDEXOhkura, M., ...........
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AUTHOR INDEXShan, Alan, ...........
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AUTHOR INDEXWilliams, Claire R., ..
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WORMBASE GENETIC INDEX TO ABSTRACTS
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• Fully op en -ac c ess journ al
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