CELL BIOLOGY OF THE NEURON Polarity ... - Tavernarakis Lab

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CYFIP1, a Neuronal eIF4E‐BP, Links Local Translational Regulation to Spine Remodeling: Insights into Mental Retardation and Autism C. Bagni, S, De Rubeis........................................................................................................ 48 CNP/cGMP Signaling Regulates Axon Branching and Growth by Modulating Microtubule Dynamics L. Ma, C. Xia, Z. Zhao, Z. Wang.......................................................................................... 49 Regulating Synaptic Strength Across the Cleft by N‐cadherins N. Vitureira, M. Letellier, I. White, Y. Goda ....................................................................... 50 Presynaptic Tenacity: Insights from Live Imaging Experiments Z. Noam ............................................................................................................................ 51 Class‐specific Dendrite Morphology Control by the Actin Bundling Protein Fascin J. Negele, C. Delandre, Y. Zhang, F. Förstner, A. Moore, G. Tavosanis ............................. 52 EB3 Stably links Microtubules to Ankyrin G in the Axon Initial Segment C. Leterrier, H. Vacher, M.‐P. Fache, S. A. d'Ortoli, F. Castets, A. Autillo‐Touati , B. Dargent ........................................................................................................................ 53 Neurogenesis from Glial Cells – Novel Sources for New Neurons in the Adult Brain M. Götz ............................................................................................................................. 54 Establishment of Neuronal Polarity C. G. Dotti.......................................................................................................................... 55 Molecular Mechanisms Underlying Neuronal Polarization in vivo F. Polleux........................................................................................................................... 56 Neurotrophins Regulate Neuronal Polarity Acting Through Ca2+ and CaMKK K. Kaibuchi......................................................................................................................... 57 ADF/Cofilin Directs Neuritogenesis in the Developing Mammalian Brain K. Flynn, D. Neukirchen, S. Jacob, S. Tahirovic, B. Garvalov,R. Wedlich‐Söldner, J. V. Small, W. Witke, F. Bradke ....................................................................................... 58 Lpd Depletion Reveals a Novel SRF‐Dependent Function that Specifies Radial versus Tangential Migration of Bipolar Pyramidal Neurons E. M. Pinheiro, Z. Xie, A. L. Norovich, M. Vidaki, L.‐H. Tsai,F. B. Gertler .......................... 59 Enhancing the Regenerative Ability of Axons J. Fawcett .......................................................................................................................... 60 Signaling Axonal Regeneration in the CNS M. T Filbin ......................................................................................................................... 61 The Oriented Emergence of Axons from Retinal Ganglion Cells is Directed by Laminin Contact in vivo O. Randlett, L. Poggi, F. R Zolessi, W. A Harris ................................................................. 62 Dendrite Morphogenesis and Functional Implications Y.‐N. Jan ............................................................................................................................ 63 The role of Diverse Surface receptor Complexes in Controlling Axonal Branching D. Schmucker .................................................................................................................... 64 Controlling Axonal Polarization using Micropatterns M. Bisbal, S. Roth, J. Brocard, G. Bugnicourt, Y. Saoudi, A. Andrieux, S. Gory‐Fauré, C. Villard ............................................................................................................................... 65 viii
Characterization of Voltage and Temperature Dependent Gating of Channelrhodopsin 2, and Applications in a Dispersed Hippocampal Culture Paradigm T. Chater, J. Henley, A. Randall, J. Brown .......................................................................... 66 Small Heat Shock Proteins Protect against Neurodegeneration N. Kourtis, N. Tavernarakis................................................................................................ 67 Identification of the Nogo receptor Family Members NgR1 and NgR3 as CSPG Receptors: Evidence for a Mechanistic Link between CNS Myelin‐ and CSPG‐Mediated Growth Inhibition T. L. Dickendesher, K. T. Baldwin, Y. A. Mironova, S. J. Raiker, Y. Duan, P. Shrager, B.Zheng, L. I. Benowitz, H. M. Geller, R. J Giger ................................................................ 68 Axonal and Synaptic Degeneration is Regulated by the Hiw E3 Ubiquitin Ligase and Conditioning Lesion X. Xiong, C. Collins............................................................................................................. 69 A Growth‐Inhibitory Proteoglycan Activates Atypical PKC and Modifies Par Complex Function J. Levine, S. il Lee, W. Zhang.............................................................................................. 70 MyosinV‐Dependent Transport of PTEN Regulates PI3K Signalling and Neuronal Morphogenesis B. Eickholt, T. Perez, M. van Diepen, M. Parsons, N. Leslie ............................................... 71 Huntington's Disease: Huntingtin and the Control of Cellular Dynamics F. Saudou........................................................................................................................... 72 Regulating Mitochondrial Motility T. Schwarz ......................................................................................................................... 73 Rapid Trafficking of GABAA Receptors and the Tuning of Inhibitory Transmission J. Kittler ............................................................................................................................. 74 From Soma to Synapse: Sorting out Polarized Transport in Neurons L. Kapitein, M. Schlager, M. Kuijpers, P. Wulf, M. Van Spronsen, F. MacKintosh, C. Hoogenraad ................................................................................................................. 75 Ion‐Flux Independent NMDA Receptor Function is Required for Aβ‐Induced Synaptic Depression H. Kessels, S. Nabavi, R. Malinow ..................................................................................... 76 Homeostatic Plasticity of the Presynapse: Extensive Remodeling of the Cytomatrix at the Active Zone upon Prolonged Network Silencing E. D.Gundelfinger,V. Lazarevic,C. Schöne, M. Heine, A. Fejtova ....................................... 77 Shedding Light on the Assembly of Synapse Structure and Function S. Sigrist............................................................................................................................. 78 Axon Regeneration in C. elegans Y. Jin .................................................................................................................................. 79 ix
Page 1: Abstracts of papers presented at th
Page 4 and 5: The meeting was funded in part by E
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Page 10 and 11: POSTER ABSTRACTS Poster # [‐R(ed)
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Page 24 and 25: SESSION 10 SYNAPTOGENESIS Chairpers
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Cell Biology of the Neuron: Polarit
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Dr. Christian Alfano INSERM U636, N
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Prof. Graeme W. Davis University of
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Prof. Zhigang He Harvard Medical Sc
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Dr. Bernhard Lohkamp Karolinska Ins
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Mr. Abhishek Shrikant Sahasrabudhe
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Dr. Med. Andreas Vlachos Goethe‐U
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CELL BIOLOGY OF THE NEURON Polarity ... - Tavernarakis Lab

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