Systems biology [108]
BACNET : A Java platform to create “multi-omics” website.
Christophe Becavin
Intermuse
Pierre Legrain
François Bertaux
InBio: Experimental and Computational Methods for Modeling Cellular Processes
I am an engineer and mathematician by background, now a quantitative biologist. I find living systems fascinating to study and I believe that their engineering has the potential to transform our health and reduce […]
Comprehensive characterization and effective combinatorial targeting of high-grade serous ovarian cancer via single-cell analysis (HERCULES)
Benno Schwikowski
Anđela Davidović
Expertise group : ALPS – Algorithmics and programming in science
Violaine Saint-André
Translational Immunology
Passionate about gene expression regulation, I performed my PhD in epigenetics at Institut Pasteur. During my PhD, I contributed to the discovery of a new mechanism of alternative splicing regulation, involving histone protein post-translational […]
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 […]
Design for Biology
Deshmukh Gopaul
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 […]
Listeriomics: an Interactive Web Platform for Systems Biology of Listeria
Christophe Becavin
Numerical methods for network analysis
Christian L. Vestergaard
Sebastián Sosa Carrillo
I am a PhD candidate at the InBio research group. In 2015 I obtained a bachelor’s degree in Biotechnology at the University of València (Spain), and in 2018 a master (M1 and M2) degree […]
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.
Jakob Ruess
Originally trained as a mathematician (probability theory and statistics), I moved on to do my PhD in a control engineering institute with John Lygeros at ETH Zurich. I graduated receiving the ETH Medal and […]