> Vidéos > Sessions scientifiques > Energy, information and Evolution in Biology - 2024

Energy, information and Evolution in Biology - 2024

Thermodynamics of Chemical Reaction Networks: From Basic Principles to Fundamental Forces - Part 1 - Francesco Avanzini
Thermodynamics of Chemical Reaction Networks: From Basic Principles to Fundamental Forces - Part 2 & 3 - Francesco Avanzini
Thermodynamics of Chemical Reaction Networks: From Basic Principles to Fundamental Forces - Part 3 - Francesco Avanzini
A Thermodynamic approach to active matter - Lect.1 : Simple models of active matter and their dissipative phases - Gianmaria Falasco
A Thermodynamic approach to active matter - Lect. 2 : Dynamics and energetics active units : molecular motors, motile microorganisms, self-phoretic colloidal particles - Gianmaria Falasco
A Thermodynamic approach to active matter - Lect. 3 : Tracking dissipation through scales - Gianmaria Falasco
Damage is Inevitable and Repair is Essential – Also in Metabolism - Carole L. Linster
Implementing evolutionnary properties in biochemical reaction networks : Studying the origins of life:  methodology, RNA world - Philippe Nghe
Photosynthetic microbes in a changing world - Anupam Sengupta
Calcium dynamics as a mediator of metabolism and cell fate - Alexander Skupin
Diversity of immune repertoires - Part 1 - Aleksandra Walczak
Diversity of immune repertoires - Part 2 - Aleksandra Walczak
Diversity of immune repertoires - Part 3 - Aleksandra Walczak