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Meetings Page Photos from 59th Annual Meeting |
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SDB 59th Annual Meeting Final Program June 7th - 11th 2000 University of Colorado, Boulder
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2:00 | The Science Squad: University Scientists in K-12 Classrooms. J. Graf., S. Messier, D. McDonough, A. Monterossa. Hughes Initiative, Univ. of Colorado, Boulder. | ||
2:35 | Placing undergraduate science majors in K-12 classrooms: teaching to learn and learning to teach. R. Nuccitelli. UC Davis. | ||
3:00 | Break | ||
3:20 | Research experiences for K-12 teachers and classroom implementation. S. Oppenheimer. Cal. State Northridge. | ||
3:50 | Improving undergraduate science education. Y. Cruz and S. Singer. Oberlin Col., Carleton Col. and Natl. Sci. Fndn. | ||
4:20 | Discussion groups: How these changes can be accomplished at your institution | ||
Opening Reception: 5:30-7 PM
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Plenary Session I The Origins of Embryonic Patterning, 9:00-11:00 AM
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9:00 | Is there a germ line determinant? Ruth Lehmann. HHMI and Skirball Inst., NYU Med. Ctr. | ||
9:30 | Development of polarity in the oocyte. Allan C. Spradling. Carnegie Inst. of Washington, Baltimore. | ||
10:00 | TGF-beta signaling pathways controlling polarity of the early mouse embryo. Elizabeth J. Robertson. Harvard Univ. | ||
10:30 | Origins of pattern in plants. Kathy Barton. Univ. of Wisconsin, Madison. | ||
11:00-11:30 AM | Break | ||
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11:30 | Mitotic spindle orientation during asymmetric cell divisions in the early C. elegans embryo. Bruce Bowerman. Univ. of Oregon. | ||
12:00 | Establishment of Drosophila embryonic polarity by RNA localization and translational control. Anne Ephrussi. EMBL, Heidelberg, Germany. | ||
12:30 | Lunch | ||
2:00 | The C. elegans gene nos-2, required for germline development, encodes a P granule associated mRNA that may be regulated at the translational level. Kuppuswamy Subramaniam* and G. Seydoux. Johns Hopkins Univ. Sch. of Med. | ||
2:15 | Zebrafish vasa RNA but not its protein is a component of the germ plasm and segregates asymmetrically prior to germ-line specification. Holger. Knaut*, F. Pelegri, K. Bohmann, H. Schwarz and C. Nüsslein-Volhard,. Max-Planck Institut für Entwicklungsbiologie, Tübingen, Germany. | ||
2:30 | Maternal cytoplasmic information and cell specification in the ascidian embryo. N. Satoh. Kyoto Univ., Japan. | ||
3:00 | Germ plasm components XDAZL, XCAT2, and DEADSouth are required for primordial germ cell formation in Xenopus. Mary Lou King*, D.W. Houston and M. Mora. Univ. Miami Sch. of Med. | ||
3:15 | The putative Wnt receptor Xenopus frizzled-7 is required for vertebrate axis induction. Saulius Sumanas*, P. Strege, J. Heasman and S.C. Ekker. Univ. of Minnesota. | ||
3:30 | Patterning by Nodal signals. A. Schier. New York Univ. | ||
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11:30 | Polarity and patterning in early embryogenesis of Arabidopsis. Gerd J�rgens. T�bingen Univ., Germany. | ||
12:00 | DWnt-4 provides two functions during Drosophila ovarian development and oogenesis. Elizabeth L. Wilder* and R.H. Wallace. Univ. of Pennsylvania Sch. of Med. | ||
12:15 | The alphaBbetaC integrin is expressed on the surface of the sea urchin egg and removed at fertilization. Robert D. Burke*, G. Murray, C. Reed, M. Marsden, M. Rise and D. Wang. Univ. of Victoria, Canada. | ||
12:30 | Lunch | ||
2:00 | Distal tip cell control of germline stem cells in C. elegans. Judith Kimble. Univ. of Wisconsin, Madison. | ||
2:30 | Embryonic polarity and asymmetric division in C. elegans. Bob Goldstein. Univ. of North Carolina-Chapel Hill. | ||
3:00 | A genetic pathway for control of embryonic polarity in C. elegans. Craig P. Hunter* and A. Kay. Harvard Univ. | ||
3:15 | A role for microtubules in the establishment of anterior/posterior polarity in C. elegans. Matthew R. Wallenfang* and G. Seydoux. Johns Hopkins Univ. Sch. of Med. | ||
3:30 | Par-1 and polarity in Drosophila. Daniel St. Johnson. Univ. of Cambridge, UK. | ||
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11:30 | Early asymmetry and development of polarity in the mouse embryo. Magdalena Zernicka-Goetz. Univ. of Cambridge, U.K. | ||
12:00 | The mesoderm development gene is essential for establishing A/P polarity and maintaining early patterning in the mouse embryo. M. Wines, C. DeRossi, K. Brown, S. Wefer and Bernadette Holdener*. SUNY at Stony Brook. | ||
12:15 | Induction of the mammalian node and derivative tissues requires the function of the novel RING domain gene Arkadia. Vasso Episkopou*, R. Arkell, P. Timmons, J. Walsh and D. Swan. MRC Clin. Sci. Ctr., London, MRC, Harwell and Univ. of Edinburgh, U.K. | ||
12:30 | Lunch | ||
2:00 | Symmetry breaking in the chick embryo. Claudio D. Stern. Columbia Univ. | ||
2:30 | Multiple pathways in the midline regulate concordant brain, heart and gut left-right asymmetry. Brent W. Bisgrove*, J.J. Essner and H.J. Yost. Univ. of Utah. | ||
2:45 | The oak ridge polycystic kidney disease gene is required for left-right axis determination. Noel S. Murcia*, W.G. Richards, B.K. Yoder, M.L. Mucenski, J.R. Dunlap and R.P. Woychik. Case Western Reserve Univ., Amgen, Inc., Univ. of Alabama, Birmingham, Children's Hosp. Med. Ctr., Cincinnati, Univ. of Tennessee and Parke-Davis Lab. for Molec. Genet. | ||
3:00 | Identifying genes involved in pattern formation using Arabidopsis genetraps. Andrew T. Groover* and R.M. Martienssen. Cold Spring Harbor Lab. | ||
3:15 | The cloning of a novel candidate gene for the Amnionless mutation. Sundeep Kalantry*, S. Manning, C. Tomihara-Newberger, O. Haub, H-G. Lee, K. Manova and E. Lacy. Mem. Sloan-Kettering Cancer Ctr. | ||
3:30 | Embryonic polarity, asymmetric division, and cell fate determination in Volvox. David L. Kirk. Washington Univ., St. Louis. | ||
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5:30-7:00 PM | Dinner | ||
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7:00 | Teaching AND research at a liberal arts college?! Y. Cruz. Oberlin Col. | ||
7:30 | From codons to concepts: science writing and editing. P. Hines. AAAS/Science. | ||
8:00 | Life outside academia: biology in the business world. R. Lundquist. Law Firm of Fish & Richardson, P.C. | ||
8:30 | High school teaching as a rewarding career option. A. Monterrosa. Manual High School | ||
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7:00 | In vivo applications of electroporation. L. Niswander. HHMI and Sloan-Kettering Inst., NY. | ||
7:20 | Developing a neurovascular relationship. Damien Bates*, D.F. Newgreen and G.I. Taylor. Royal Children's Hosp., Parkville, Australia and Jack Brockhoff Inst., RMH, Melbourne, Australia. | ||
7:40 | Two lineage boundaries and En1 coordinate AER formation. Alexandra L. Joyner. HHMI, Skirball Inst., New York Univ. Sch. of Med. | ||
8:00 | |||
8:15 | Too much interference: injection of double stranded RNA does not have specific effects in the zebrafish embryo. Robert K. Ho. Princeton Univ. | ||
8:30 | Open forum on RNA interference in vertebrates and invertebrates -- successes, problems and controversies | ||
Poster Session I (cont.), 9:00-11:00 P.M.
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Plenary Session II Downstream Effectors of Early Patterning Events, 9:00-11:00 AM
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9:00 | Transcriptional control of Drosophila and Ciona embryogenesis. Mike Levine. UC Berkeley. | ||
9:30 | Multiple roles of FGF signaling in vertebrate development. Gail Martin. UCSF. | ||
10:00 | Steroid hormones in plant development. Joanne Chory. The Salk Inst. | ||
10:30 | Cell motility and guidance. Corey Goodman. UC Berkeley. | ||
11:00-11:30 AM | Break | ||
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11:30 | RNA-based information superhighway in plants. Bill J. Lucas. UC Davis. | ||
12:00 | Encoding regulatory information processing in development. Eric Davidson. Caltech. | ||
12:30 | Lunch | ||
2:00 | Ordered assembly of the MSL dosage compensation complex at roX RNA genes and subsequent spreading into flanking chromatin. Rick Kelley. Baylor Col. of Med. | ||
2:25 | Creating endoderm and mesoderm in C. elegans. Joel H. Rothman. UC Santa Barbara. | ||
2:50 | The TBP-like factor CeTLF is required to activate RNA polymerase II transcription during C. elegans embryogenesis. Linda S. Kaltenbach*, M.A. Horner and S.E. Mango. Univ. of Utah. | ||
3:05 | Initial transcriptional regulators of cell fates in the sea urchin embryo. E.W. Howard, A.P. Kenny, L.A. Newman, D.J. Oleksyn, R.C. Angerer and Lynne M. Angerer*. Univ. Rochester. | ||
3:20 | Hey genes form a novel family of Notch target genes with Hey2 as an independent component of the somitogenesis clock. Manfred Gessler*, M. Maier, C. Steidl, A. Fischer, K. Dale, O. Pourquié and C. Leimeister. Univ. of Wurzburg, Germany. | ||
3:35 | Signaling and transcriptional control of pituitary development. Geoff Rosenfeld. UCSD. | ||
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11:30 | Signaling pathway establishing left-right asymmetry. Hiroshi Hamada. Osaka Univ., Japan. | ||
12:00 | Casein kinase I transduces Wnt signals. John Peters*, R. McKay, J. McKay and J. Graff. Univ. of Texas Southwestern Med. Ctr. | ||
12:15 | Fgf8 is required for patterning of the cranial neural crest. Henry Roehl* and C. Nüsslein-Volhard. Max-Planck-Inst., Tübingen. | ||
12:30 | Lunch | ||
2:00 | Bioactive lipid signaling and cell migration during vertebrate development. Didier Stainier. UCSF. | ||
2:30 | Does T (Brachyury) play a role in limb development? Chunqiao Liu*, S. Hunter, V. Knezevic, K. Thompson and S. Mackem. NCI, NIH. | ||
2:45 | SHH is necessary for cell survival in both the neural tube and paraxial mesoderm in the early avian embryo. Jean-Baptiste Charrier*, M-A. Teillet and N.M. Le Douarin. CNRS FRE, France. | ||
3:00 | Cell architecture in Drosophila: signalling, polarity, and tumor supressors. David Bilder. Harvard Med. Sch. | ||
3:30 | Molecular aspects of cell signaling by chordin. Eddy de Robertis. UCLA. | ||
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11:30 | Developmental regulation of cell motility. Denise Montell. Johns Hopkins Univ. | ||
12:00 | Differentiation-induced changes in trophoblast cell motility and cytoskeleton. Sean Aeder*, M. Parast and A. Sutherland. Univ. of Virginia. | ||
12:15 | One-eyed pinhead dependent cell motility in the zebrafish blastula. Rachel M. Warga* and D.A. Kane. Univ. of Rochester. | ||
12:30 | Lunch | ||
2:00 | Eph receptor activation triggers the assembly of actin structures via Rho family GTPases. Catherine D. Nobes. Univ. College London, U.K. | ||
2:30 | Molecular mechanisms of axon guidance in C. elegans. Joe Culotti. SLRI, Canada. | ||
3:00 | Axon guidance in the periphery. J. Eberhart, M. Swartz, M. Ekong, S.A. Koblar, E.B. Pasquale and Catherine E. Krull*. Univ. of Missouri-Columbia, Univ. of Adelaide, and The Burnham Inst. | ||
3:15 | Roles of the leech rPTP HmLAR2 in growth cone collapse and self-avoidance. Eduardo R. Macagno* and M.W. Baker. Columbia Univ. | ||
3:30 | Shot coordinates actin and microtubule dynamics during neuronal and tracheal morphogenesis. S. Lee and Peter Kolodziej*. HHMI and Vanderbilt Univ. Med. Ctr. | ||
3:45 | Study the function of mouse slit genes. Wenlin Yuan* and D.M. Ornitz. Washington Univ. | ||
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5:30-7:00 PM | Dinner | ||
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7:00 | Genes blossom from a weed: the Arabidopsis genome initiative. Joe Ecker. Univ. of Pennsylvania. | ||
7:30 | C. elegans functional genomics: profiling gene expression patterns with DNA microarrays. Stuart K. Kim. Stanford Univ. | ||
8:00 | Protein interaction mapping in C. elegans. Marc Vidal. Harvard Univ. | ||
8:20 | Functional genomics: from David to Goliath. Julie Baker. Stanford Univ. | ||
8:40 | Probing the expressed genome of Arabidopsis for protein localization information in a live, multicellular context. David Ehrhardt. Stanford Univ. | ||
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7:00 | Early genetic regulations during hydra regeneration. Brigitte Galliot. Univ. of Geneva, Switzerland. | ||
7:25 | Planarian regeneration: revisiting a classic problem using modern methodologies. Phillip A. Newmark*, S. Saha, R. Juste and A. S�nchez Alvarado. Carnegie Inst. of Washington, Baltimore. | ||
7:40 | A serum activity that induces cell cycle re-entry from the differentiated state. Elly M. Tanaka. Max Planck Inst. for Molec. Cell Biol, Germany. | ||
8:05 | Plasticity of postmitotic myotubes in adult regeneration. Anoop Kumar*, C.P. Velloso and J.P. Brockes. Univ. Col. London, U.K. | ||
8:20 | Molecular mechanisms of zebrafish fin regeneration. Alexei Nechiporuk, K. Poss, S. Johnson and M. Keating. Univ. of Utah and HHMI and Washington Univ. Sch. of Med. | ||
8:35 | Metazoan regeneration. Alejandro Sanchez Alvarado. Carnegie Inst. of Washington, Baltimore. | ||
Poster Session II (cont.), 9:00-11:00 P.M.
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Plenary Session III: The Academic Press Annual Symposium in Developmental Biology, 9:00-11:00 AM
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9:00 | Signaling in flower development Detlef Weigel. The Salk Inst. | ||
9:30 | A genetic approach to development of the mesodermal organs in zebrafish. Mark Fishman. Harvard Univ. | ||
10:00 | Patterning the nervous system. Tom Jessell. Columbia Univ. | ||
10:30 | The development of the vertebrate pancreas. Doug Melton. Harvard Univ. | ||
11:00-11:30 AM | Break | ||
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11:30 | Genetic control of developmental timing in C. elegans. Victor Ambros. Dartmouth Univ. | ||
12:00 | Compartments, boundaries, and signaling in the wing of Drosophila. Seth Blair. Univ. of Wisconsin, Madison. | ||
12:30 | Lunch | ||
2:00 | Genetic analysis of forebrain patterning in zebrafish. Steve W. Wilson. Univ. Col. London, U.K. | ||
2:30 | Formation of the zona limitans intrathalamica: a putative diencephalic organizer. Lori M. Zeltser*, C.W. Larsen, A. Hornbruch and A.G.S. Lumsden. Columbia Univ. and King's Col. London, U.K. | ||
2:45 | Notch activation instructs rapid glial differentiation by multipotent neural crest stem cells. Sean J. Morrison*, S.E. Perez, J.M. Verdi, C. Hicks, G. Weinmaster and D.J. Anderson. Univ. of Michigan, Caltech, UCLA and Univ. of Western Ontario, Canada. | ||
3:00 | Characterization of neural stem cells in the adult mammalian brain. Jonas Frisen. Karolinska Inst., Sweden. | ||
3:30 | Beauty is skin deep: mechanisms of growth and differentiation in the skin. Elaine Fuchs. Univ. of Chicago. | ||
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11:30 | Dissecting ventral mesoderm and hematopoietic development using the Zebrafish. Leonard Zon. Harvard Univ. | ||
12:00 | Notch signalling and the synchronisation of the somite segmentation clock. Yun-Jin Jiang*, L. Smithers, B. Aerne, C. Haddon, D. Ish-Horowicz and J. Lewis. Imperial Cancer Res. Fund, U.K. | ||
12:15 | Mutation of the Tg737 gene reveals an important role in the development and patterning of the mammalian embryo. Bradley K. Yoder*, P.D. Taulman, C.J. Haycraft, S.M. Krum, N.S. Murcia, W.G. Richards and R.P. Woychik. Univ. of Alabama at Birmingham, Case Western Reserve Univ., Amgen and Parke-Davis Lab. for Molec. Genet. | ||
12:30 | Lunch | ||
2:00 | The early steps of development of the hemopoietic and vascular systems in the avian embryo. Nicole Le Douarin. CNRS, France. | ||
2:30 | Co-ordination of early kidney development by Wnt signaling. SeppoVainio. Univ. of Oulu, Finland. | ||
3:00 | Murine Hox11 paralogs are required for metanephric kidney development. Deenen M. Wellik* and M.R. Capecchi. Univ. of Utah. | ||
3:15 | Notch and serrate specify cell fates in the Xenopus heart field. Melissa S. Rones*, K.A. McLaughlin and M. Mercola. Harvard Med Sch. | ||
3:30 | Control of heart and limb development by dHAND. Eric Olson. Univ. Texas Southwestern Med. Ctr. | ||
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11:30 | Development of the C. elegans intestine. Jim D. McGhee. Univ. of Calgary. | ||
12:00 | Zygotic functions of pal-1, the C. elegans caudal homolog, in posterior embryonic patterning. Lois G. Edgar* and W.B. Wood. Univ. of Colorado. | ||
12:15 | Coordinate signaling by two BMPs in the regional specification of the Drosophila endoderm. Kristi A. Wharton*, C. Savery and R.P. Ray. Brown Univ. | ||
12:30 | Lunch | ||
2:00 | From simple to complex: endoderm formation and embryonic patterning in Xenopus. Janet Heasman. Univ. of Minnesota. | ||
2:30 | Hedgehog signaling in morphogenesis of the gut and a gut derivative. Andy McMahon. Harvard U | ||
3:00 | Anterior endoderm specification and the development of taste buds. Linda A. Barlow*. Univ. of Denver. | ||
3:15 | Controlled differentiation of human embryonic stem cells. Meri T. Firpo*, J.J. Meneses, J. Wu and R.A. Pedersen. UCSF. | ||
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