Erbliche Neurodegnerationen, Gene, Mechanismen und Phaenotypen
abstract | referent | affiliation | title of talk |
C. Hübner | University of Jena, GER | Introduction | |
T. Schmitt-John | University of Aarhus, DEN | Intracellular vesicle traffic is critical for motor neuron degeneration | |
W. Saxton | University of Bloomington, U.S.A. | Kinesin-1, Kinesin-3, and fast transport of axonal organelles in Drosophila motor neurons | |
C. Kaether | Leibniz Institute Jena, GER | Alzheimer’s disease: insights into gamma-secretase | |
E. Rugarli | University of Milano | Mechanisms of axonal degeneration in HSP | |
cancelled | S. Zuchner | University of Miami, U.S.A. | The genotypic and phenotypic spectrum of SPG31 – implications for molecular studies |
S. Stemmler | University of Bochum, GER | SPG31: a rather frequent form of autosomal dominant HSP? | |
U. Hehr | University of Regensburg, GER | SPG11: clinics, genetics and neuropathology | |
R. Schüle | Herthie Institute for Clinical Brain Research Tübingen, GER | Effects of SPG10 mutations on KIF5A transport activity | |
cancelled | C. Neusch | University of Göttingen, GER | Time-lapse imaging of pyramidal tracts in vivo as a tool to study axonal degeneration in HSP |
C. O’Kane | University of Cambridge, UK | SPG6 and BMP signalling at the Drosophila neuromuscular junction | |
E. Reid | Cambridge Institute of Medical Research, UK | Functions of spartin, the Troyer syndrome protein | |
A. Mannan | University of Göttingen, GER | Elucidating the molecular function of ZFYVE27 (Protrudin) |
