Program (updated 03.12.2014)
08:30 – 10:30 | Session 8: Transmission at inner ear ribbon synapses III (Chair: Mark A. Rutherford) |
08:30 – 09:05 | Rebecca Seal “Restoration of Hearing by Viral Gene Transfer” |
09:05 – 09:25 | Jianxin Bao “Calcium signaling important for noise-induced loss of ribbon synapse in the cochlea” |
09:25 – 09:45 | Lavinia Sheets “Synaptic-ribbon size in zebrafish lateral-line hair cells influences the latency of afferent responses to stimuli” |
09:45 – 10:20 | Jean-Luc Puel “Low spontaneous rate auditory nerve fibers: the hidden component” |
10:20 – 10:30 | Farewells: Helmut Brandstätter |
10:30 – 10:45 | Coffee break |
Bourien Jérôme “A multiscale computational model of guinea pig cochlea to probe neuropathy mechanisms” |
Buniello Annalisa “WBP2-Deficient mice show progressive high-frequency hearing loss and abnormal cochlear innervation” |
Chakrabarti Rituparna “Role of Otoferlin in vesicle dynamics at the inner hair cell ribbon synapses” |
Gabrielaitis Mantas “Response heterogeneity and efficiency of sound level encoding at inner hair cell ribbon synapses in an idealized biophysical model” |
Jacobo Adrian “tba” |
Jung Sangyong “The active zone protein Rim2α is required for normal synaptic sound encoding via promoting a large number of Ca2+ channels and readily releasable vesicles” |
Katiyar Rashmi “Isolation of mouse photoreceptor to study trafficing at riboon synapses” |
Löhner Martina “tba” |
Mandad Sunit “Understanding the molecular mechanism of synaptic vesicle docking in ribbon synapses” |
Meanhwan Kim “Synaptic gain changes in the inner retina via postsynaptic plasticity” |
Mehta Bhupesh “Role of SynCAM 1 in rod bipolar cells ribbon function” |
Neef Jakob “Quantitative nanophysiology of presynaptic Ca2+ signaling” |
Panou Iliana “The tryptophan-rich basic protein (WRB) is required for hair cell exocytosis and hearing” |
Picher Maria Magdalena “The impact of Ca2+ binding protein 2 on Inner Hair Cell Cav1.3 Ca2+ channel gating” |
Regus-Leidig Hanna “Loss- and gain-of-function mutations in the Cacna1f gene differentially impact photoreceptor survival and ribbon synaptic function in the mouse retina” |
Natalia Revelo Nuncira “Inner hair cells functionally separate synaptic vesicle recycling from constitutive membrane trafficking” |
Rutherford Mark “Action Potential Generation in Spiral Ganglion Neurons” |
Sendelbeck Anna “Complexins are involved in vesicle availability at the mouse photoreceptor synaptic ribbon” |
Vogl Christian “Unconventional synaptic vesicle priming at inner hair cell ribbon synapses” |
Nayak Subhashree “Morphological analysis of ribbon synapse function” |
Van Hook Matthew “Fast replenishment of the cone photoreceptor ribbon is mediated by Ca2+/Calmodulin and sets the filtering properties of synaptic transmission” |
Vincent Philippe “Probing the Ca2+sensitivity of otoferlin-dependent exocytosis in inner ear hair cells” |