Société Française de Biochimie et Biologie Moléculaire

The French Society of Biochemistry and Molecular Biology (SFBBM) is very pleased to announce the holding of its annual national congress on 27th and 28th May 2021 at the Faculty of Pharmacy of the University of Paris.

 Organized over two days in the heart of Paris “Quartier Latin”, this event will be an opportunity to present the diversity and dynamism of French research. The program will consist of six scientific sessions representative one part of the many activities of the SFBBM: RNA modification/Epitranscriptomics, Enzymes, Metabolic regulation, Structural biology and biophysics, Systems chemical biology, Structure/function and diversity of nucleic acids. These sessions will be introduced by renowned speakers and the program will include communications from young researchers which will be selected on submitted abstracts by the scientific committee.

 This congress will provide participants the opportunity to share their latest findings, listen to new and exciting researches, and meet and share ideas with their colleagues. Moreover, in the growing context of the development of new technologies, this congress will stimulate new interactions between national teams that will have an impact at the international level.

Committed in a voluntary approach to make this congress an unmissable and long-term annual event, the SFBBM has decided to organize its national congress this year without registration fees for participants who are members of the Society. In addition, scholarships will be offered to young researchers to participate in the congress.

We therefore invite you all to register and make these two days a scientific, lively and convivial success! 



Genetic code: Mechanisms, Evolution and Engineering

The genetic code was unraveled some 55 years ago, in a short period of time, but through arduous and insightful chemical and biochemical experimental designs. Formally, the genetic code is a cypher, a frozen table of correlations between two sets of letters with few variations. Viewed at the molecular level, however, the code as we know it now appeared in stages, resulting from the complex molecular recognition and selection processes full of contingencies at the core of the transition from chemistry to biology in biological evolution. In the last twenty years, a wealth of structures of active ribosomes and components of the translation apparatus has appeared. We now have a rich diversity of structures at sufficient resolution to integrate biochemical and biological observations in congruence with molecular data.

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