MECABIONIC is a Federative Research Institute (IFR) on mechanobiology sponsored by the IdEx and the Académie Systèmes Complexes of the Université Côte d'Azur (UniCA).
MECABIONIC involves different UniCA research laboratories including LJAD, IBV, INPHYNI, IPMC and IRCAN.

The behavior, functioning and development of biological systems are controlled by the synergy of biochemical and physical cues. Mechanobiology specifically focuses on the study of mechanics in a biological context. Mechanical forces can be intrinsically generated and biochemically regulated within cells or can result from  external cues  resulting from the cell physical environment. In the last decades, ground breaking discoveries have been achieved thanks to major technological advances to test, measure, apply and synthetically reproduce mechanical forces. While now we better appreciate the role of mechanics in numerous biological processes, a joint effort of an interdisciplinary community of scientists is still necessary to unravel (i) the dynamic biochemical and molecular basis of mechanical force production, (ii) the mechanotrunsductive machinery converting forces in de novo biochemical signals, (iii) the multidimensional force fields controlling cell dynamics and (iv) the mechanisms and mechanics responsible for the emergence of higher order cell behavior (homeostasis, coordinated remodeling, flow, oscillation, wave propagation) at the tissue and organism level. To study this, a large spectrum of experimental approaches, combining molecular biology with mechanics, advanced optics and image analysis are developed and implemented. In addition, mathematical modelling is a powerful tool to explore a large number of scenarios at a lower time and cost than laboratory trials and to delineate a formal physical framework integrating experimental measurements that can theoretically reproduce processes and predict features of the system that are then back tested experimentally.

While in the past, the genetic and biochemical basis of disease have been the main focus of bio-medical studies, new advances in mechanobiology show  that changes in the mechanical properties  of cells or of the surrounding environment  are key to trigger life threatening disorders such as  atherosclerosis, fibrosis, asthma, osteoporosis, heart failure and cancer. Therefore, further work at the interface between fundamental and applied sciences is necessary to understand the mechanical basis of disease and to eventually develop new efficient therapies and treatments with lesser invasiveness.

This thematic semester will bring together an international community of scientists  with complementary background, skills and knowledge via a series of seminars, symposia, summer schools and colloquia. The goal of this academic program is to further develop and strengthen interdisciplinarity and to foster the emergence of new collaborative projects among UniCA and other international institutions.


STEERING COMMITTEE
Rachele Allena
Chloé Feral
Frédéric Luton
Benjamin Mauroy
Xavier Noblin
Matteo Rauzi

CONTACT
unica.mecabionic@univ-cotedazur.fr