Program
19.9 Thursday
9 -10. M. Dogterom, Force generation by cytoskeletal polymers
10 - 11.30 L.Mahadevan, Macromolecular assemblies 1.
11.35 - 12.35 L. Kramer, Description of excitable systems by simple
model equations
20.9 Friday
9 -10 D.Biron, Cytokinesis
10-10.30 Coffee break.
10.30 - 12 L.Mahadevan, Macromolecular assemblies 2.
12 - 13 F. Bazso, Spatio-Temporal Patterns in the Neural Systems
21.9 Saturday
9- 10.30. L.Mahadevan, Cellular mechanics 1.
10.30 - 10.45 Coffe break.
10.45 - 11.45 - E. Moses, Some Concepts of Electron Microscopy
14.00 - 19 visit of Annot
22.9 Sunday
9-10.40. A. Libchaber, RecA assembly cascade and computation
10.40-11.10 Coffee break.
11.10 - 12.30. L.Mahadevan, Cellular mechanics 2.
18.30 - 19.30 L.Kramer, Propagation failure via a Hopf bifurcation
23.9 Monday
9- 11.30 A. Libchaber, An experiment on promoters directed evolution.
11.40- 12.40 L.Mahadevan, Developmental mechanics and morphogenesis 1.
24.9 Tuesday
9 -11.30 , A. Libchaber, Some novel techniques in molecular biology.
11.40- 12.40 L.Mahadevan, Developmental mechanics and morphogenesis 2
18.30 - 19.30 - E. Moses, Some Thoughts on Thinking
25.9 Wednesday
9- 10.30 A. Ott, Biological Pattern Generation:
from D?Arcy Thomson to Gene Expression.
26.9 Thursday
9- 11.50 A. Ott, A few experiments on transport in biological systems.
12-13- Timo Mai, DNA chips 1
27.9 Friday
9-10 Thomas Neiser, DNA chips 2
10 - 10.45 P. Fernandez, Single cell (fibroblasts) force-extension measurements
11 - 12.35 Computer simulations (Marianne Hartung and A.Krekhov)
29.9 Sunday
9- 10.30 S. Takagi, DNA folding
10.50 X. Trepat. Probing cell mechanics with magnetic tweezers and Atomic Force Microscopy.
11 Essential Cell Biology, Questions and Answers.
30.9 Monday
9 -11.30 C. Weijer, Cell movement in Dictyostelium 1.
1.10 Tuesday
9 -11.30 C. Weijer, Cell movement in Dictyostelium 2.
18.30 - 19.30 M. Schnablel, Pattern formation in the Brain
2.10 Wednesday
9 -11.30 C. Weijer, Gastrulation cell movements in vertebrates.
3.10 Thursday
9 - 11.40 A.Pumir: wave propagation in cardiac muscle
4.10 Friday
9 - 11.30 J.A. Sepulchre Genetical Networks
5.10 Saturday
9 - 10.30 D. Navajas, Biomechanics of lung cells 1
11-12 Discussion
6.10 Sunday
9 - 10.30 D. Navajas, Biomechanics of lung cells 2.
11-12 Discussion
8.10 Tuesday
9. Closing of the school.
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