Speaker
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Title
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PDF/PPT
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WMV
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Extras
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Introduction to GBCM 2012 |
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| Ball |
Identifiability of Aggregated Markov Models of Single Ion Channels |
|
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| Bruinsma |
Packaging yourself for success: RNA-directed Viral Assembly |
|
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| Brunner |
Exploring the generation and coordination of forces driving morphogenesis |
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| Burroughs |
Assessing mechanistic hypotheses by statistical integration of spatial imaging data and complex models |
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| Chaplain |
Multiscale mathematical modelling of cancer growth and spread |
|
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| Cowan |
Mathematical studies of networks of excitatory and inhibitory neurons |
|
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| Fahrni |
Biological imaging of trace metals: A guided tour |
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| Geitmann |
Modeling plant cell morphogenesis |
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| Giedroc |
Structural Mechanisms of Bacterial Transition Metal Homeostasis |
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| Glazier |
Multi-Scale, Multi-Cell Modeling of Development, Homeostasis and Developmental Diseases |
|
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|
| Grant |
Molecular Computers in the Brain |
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|
| Hales |
Ion conduction in Cys-loop receptors: beyond TM2 |
|
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| Hawkes |
Markov and semi-Markov processes describe the dynamics of biological ion channels |
|
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|
| Johnson |
Dynamics and Stability in Virus Maturation |
|
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|
| Knobler |
In Vitro Studies of the Assembly of ssRNA Viruses and Virus-Like Particles |
|
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|
| Krug |
Integrating signals for perceptual decision |
|
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|
| Lape |
How complex is the nicotinic receptor activation mechanism? |
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|
| Mackintosh |
Active stresses and self-organization in cytoskeletal networks |
|
|
|
| May |
Morphology of Virus Capsids: From Elastic Properties to Maturation Mechanisms |
|
|
|
| Nelson |
Keeping the physics in biophysics |
|
|
|
| Nelson |
Adaptation in mammalian retina studied via multielectrode array recordings |
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|
| O'Halloran |
DNA bending and unwinding in transcription and nucleosome binding |
|
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| O'Halloran |
Fluxes in Cellular Metal Quotas and Control of Mammalian Development |
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|
| Painter |
Models for movement and pattern formation |
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| Parker |
Structures and signals in the visual cortex |
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|
| Peyrard |
Physics of DNA: experimental observations which raise modelling questions |
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|
| Peyrieras |
Cell dynamics in animal morphogenesis |
|
|
|
| Poggio |
Visual cortex: a sketch of a mathematical theory of visual cortex |
|
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|
| Quinlan |
Tying together cell geometry with tissue shape and function |
|
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|
| Robinson |
Metals in Cells: Introduction to metallo-proteins, cellular [metal], metallo-chaperones and sensors |
|
|
|
| Serre |
Bottom-up and top-down processes in visual perception |
|
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|
| Steven |
Alternative Nucleation Complexes and Polymorphic Assembly Products |
|
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|
| Stockley |
Understanding self-assembling viral machines: A joint challenge for biology, physics and mathematics |
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| van Rossum |
Synaptic plasticity rules: biophysics, information and disease |
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