|
|
Thursday,
15 November 2007 |
| 9.30 am: Welcome (Prof. R.
Nitsch) |
| Panel 1: 10.00 am –
12.30 pm |
| Simon Fisher, University
of Oxford, UK |
| FOXP2 mutations: from neurons and mouse models to human
speech |
| SFB Group A4 |
|
| The role of FoxP2 for the development and function
of neural circuits mediating vocal learning |
| Francois Guillemot, National Institute
for Medical Research, UK |
| Transcriptional control of neurogenesis |
| SFB Group A5 |
|
| Sonic hedgehog regulation during development and in disorders
of the nervous system |
| Lunch: 12.30 pm – 1.30 pm |
| Panel 2: 1.30 pm – 3.45
pm |
| Yves-Alain Barde, University of Basel, Switzerland |
| Embryonic stem cells as an experimental tool to study normal
and abnormal neural development |
| SFB Group A2 |
|
|
| Defining microRNA-mediated gene networks in neural differentiation
and development |
| Ulrike Nuber, Lund Strategic Research Center
for Stem Cell Biology and Cell Therapy, Sweden |
| Brain tumor stem cells |
| Coffee Break: 3.45 pm – 4.15 pm |
| Panel 3: 4.15 pm – 5.30
pm |
| Jean-François Brunet, École Normale
Supérieure, France |
| Phox2b and the drive to breathe |
| SFB Group A1 |
|
| Transcription factors that control the development of the
dorsal spinal cord |
| Panel 4: 5.30 pm - 20.00 pm |
| Qiufu Ma, Dana Farber Cancer Institute, USA |
| Molecular control of pain circuitry development |
| SFB Group B6 |
|
| Functional development of sensory mechanotransduction during
embryonic development: a role for neurotrophins |
| Martyn Goulding, University of California, San
Diego, USA |
| Form and function: mapping motor circuits in the spinal
cord |
| SFB Group B5 |
|
| Synaptic connectivity in the auditory pathway |
| Poster session w/ dinner buffet: 8.30 pm - 11.00 pm
|
|
| |
|
|
Friday, 16 November 2007 |
| Panel 5: 10.00 am –
12.30 pm |
| Sergio Ojeda, University of Oregon, USA |
| FXYD1, a new gene involved in the neuropathology of Rett
syndrome |
| SFB Group A7 |
|
| The role of the thyroid hormone-specific transporter MCT8
in CNS development |
| Heiko Luhmann, Johannes Gutenberg Universität,
Germany |
| Formation of early cortical networks by electrical activity |
| SFB Group A6 |
|
| Dysfunction of mitochondrial complex I as a cause of impaired
brain development in Leigh syndrome |
| Lunch: 12.30 pm – 1.30 pm |
| Panel 6: 1.30 pm – 4.00
pm |
| Oscar Marin, Instituto de Neurociencias de Alicante,
Spain |
| Molecular mechanisms controlling the migration of cortical
interneurons |
| SFB Group A3 |
|
| The ontogeny, phylogeny and pathology of NKX2.1 gene function
in the brain |
| Gord Fishell, NYU, USA |
| Genetic mechanisms controlling the determination of cortical
interneuronal subtype |
| SFB Group B3 |
|
| The role of plasticity-related genes (PRGs) in cortical
layer formation and connectivity |
| Coffee break: 4.00 pm – 4.30 pm |
| Panel 7: 4.30 pm – 6.45
pm |
| Jeffrey Macklis, Harvard Medical School, USA |
| Molecular development of cerebral cortex projection neurons |
| Rüdiger Klein, Max Planck Institute, Germany |
| Axon guidance events regulated by the bi-directional Eph/ehprinB
signaling system |
| SFB Group B2 |
|
| cGMP signaling and bifurcation of sensory axons
at the dorsal root entry zone of the spinal cord |
| Conference dinner: 8.00 pm - 23.00 pm |
|
| |
|
|
Saturday, 17
November 2007 |
| Panel 8: 10.00 am –
12.30 pm |
| Klaus Armin-Nave, Max Planck Institute, Germany |
| Molecular control of myelination |
| SFB Group B7 |
|
| The role of gap junction protein alpha 12 (connexin 46.6)
in CNS myelination |
| Marjo S Van der Knaap, VU University Medical
Center, The Netherlands |
| Astrocytes in CNS white matter myelination and myelin maintenance
- evidence from human genetic disorders |
| SFB Group B1 |
|
| Functions of Neuregulin-1 in the nervous system |
| Lunch: 12.30 pm – 1.30 pm |
| Panel 9: 1.30 pm – 2.45
pm |
| Michael Frotscher, Universität Freiburg,
Germany |
| Role of Reelin in development and maintenance of hippocampal
lamination |
| SFB Group B8 |
|
| Interference withfunctional development at the hippocampal
mossy fiber synapse by febrile seizures |
| Coffee break: 2.45– 3.15 pm |
| 3.15 pm – 4.00 pm Closing
speaker: Pasco Rakic, Yale University, USA |
| 4.00 pm – 4.15 pm Closing
Remarks |
| |
|
|