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Quantitative Life Sciences
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2016
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Winter School on Quantitative Systems Biology (smr 2879)
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Evolution of an Intercellular Signaling Network
1. Research Areas
Applied Physics
Condensed Matter and Statistical Physics
Earth System Physics
High Energy, Cosmology and Astroparticle Physics
Mathematics
Quantitative Life Sciences
2016
Winter School on Quantitative Systems Biology (smr 2879)
Biophysics of Tissues
Biotechnology for Degenerative Disorders
Cell and Tissue Mechanics during Zebrafish Gastrulation
Chemical Waves in Developmental Biology
Conservation Laws, Pseudotime and Manifold Learning for Single Cell Data Analysis
Control of Biological Pattern
Control of Cell Proliferation during Morphogenesis
Control of Organ and Tissue Size
Evolution of an Intercellular Signaling Network
Gene and Cell Mechanics during Embryonic Development
Gene Regulatory Logic of Sonic Hedgehog Morphogen Patterning of the Vertebrate Neural Tube
Introduction and Concepts in Single Cell Analysis
Mechanics of Morphogenetic Flow
Modeling Cell Fate by Quantitative Clonal Analysis
Modeling Development in vitro
Morphogen Tissue Patterning
Principles of Biological Control
Quantitative Genetic Analysis of Natural Variation
Regenerating the Infarcted Heart from within
The Early Life of an Embryo: from Fertilization to the Midblastula Transition
The Embryo as a Laboratory
The Genetics of Pattern Formation in Drosophila
The Genotype-Phenotype Map: Mutational Properties of a Developmental System
The Segmentation Clock
Transcription and the Molecular Biology of Cell Identity in Drosophila
Transcriptional Networks and Cellular Decision Making
Workshop on Knots and Links in Biological and Soft Matter Systems (smr 2881)
2017
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4. Mathematics - Basic Notions
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Evolution of an Intercellular Signaling Network
Marie-Anne FĂ©lix (ENS, Paris) Winter...
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