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Biophysics [112]
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METACTINO
Marco Bellinzoni
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UMR3525 CNRS/Institut Pasteur – Genetics of genomes
Eduardo Rocha
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PLUMED
Max Bonomi
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Max Bonomi
Computational Structural Biology
I am a CNRS researcher and group leader of the “Integrative structural biology of dynamic systems” team in the “Structural Bioinformatics Unit”. For more information about my research, please visit the page of my […]
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ANNA-PALM
Christophe Zimmer
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Dmitry Ershov
Bioinformatics and Biostatistics HUB
Dmitry’s background training is physics/biophysics. He obtained Master degree working in biophysics department in Saint-Petersburg University (Saint-Petersburg, Russia), where he studied radioprotective properties of plants-derived catechins and the mechanisms by which they protect DNA […]
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Charles Baroud
Physical Microfluidics and Bioengineering
Starting from a background in physical sciences, I have become interested in developing new experimental and conceptual approaches to biological systems. As such my research combines technological developments with fundamental scientific explorations in the […]
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Aleix Boquet-Pujadas
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Julia Bos
Bacterial Genome Plasticity
The focus of our research relies on basic questions underlying the adaptation and evolution of bacteria when exposed to challenging environments, such as antibiotics. Combining molecular biology techniques with fluorescence microscopy and microfluidic technology, […]
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Design for Biology
Deshmukh Gopaul
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Physics of Life at Princeton University
The laboratory for the Physics of Life at Princeton University is part of the Physics Department, the Lewis-Sigler Institute for Integrative Genomics, and the Molecular Biology Department. We study the basic physical principles that […]
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Borja Rodríguez de Francisco
Structural Bioinformatics
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Numerical methods for network analysis
Christian L. Vestergaard
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Léo Valon
Cell death and epithelial homeostasis
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Virgile Andreani
Physicist and computer scientist by training, I develop quantitative population models of antibiotic resistance, which I calibrate using optimal experimental design. I then exploit them to engineer optimal treatment strategies.