GT Archaea

Our community focuses on understanding the fundamental molecular mechanisms present in these microorganisms, the diversity of their viruses, and the adaptive limits of life in extreme environments.

Understanding Archaea to better decode life

Unique microorganisms, multiple fields of study

The “Archaea” thematic group was created in 2011 at the initiative of Patrick Forterre and Bruno Franzetti, with the aim of bringing together biochemists and molecular biologists from the French scientific community to exchange and discuss key topics related to the importance and role of Archaea—the third domain of life—in ecosystems, evolution, and the fundamental processes of life.
Archaea are microorganisms distinct from eukaryotes and bacteria, forming a domain of life in their own right. Their study challenges traditional evolutionary relationships among the three domains of life and provides new scenarios for the emergence of cellular life on Earth. The omnipresence of Archaea on Earth, their diversity, and their unique molecular features continue to intrigue the scientific community. Studied from every angle—by biochemists, microbiologists, evolutionary biologists, and molecular biologists—and increasingly valued by industry, Archaea have become essential model organisms for understanding life.

Scientific interests

The place of Archaea in evolution
The role of Archaea in soil and ocean microbial communities, and in the human microbiota
Molecular mechanisms underlying the extraordinary adaptive capabilities of Archaea
Harnessing the biodiversity and unique properties of Archaea to discover new molecules for biotechnological applications
Understanding fundamental cellular mechanisms using archaeal model organisms

Missions of the Archaea Thematic Group

Strengthen and foster

the Archaea community within the SFBBM

Organize

scientific activities, including annual meetings and seminars

Promote

collaborations and cooperation among teams within the Archaea Thematic Group

Conduct

outreach activities for the general public

Who leads the group?

A team committed to serving the scientific community.

Tamara Basta-Le Berre

I2BC- Gif sur Yvette

Béatrice Clouet-D’Orval , Présidente

beatrice.clouet-dOrval@univ-tlse3.fr

CBI-Toulouse

Didier Flament

Ifremer, Brest

Adrienne Kish

Muséum National d’Histoire Naturelle, Paris

Roxane Lestini

Ecole Polytechnique, Palaiseau

Hannu Myllykallio

Ecole Polytechnique, Palaiseau

Ludovic Sauguet

Institut Pasteur, Paris

Emmanuelle Schmitt, Vice-présidente

emmanuelle.schmitt@polytechnique.edu

Ecole Polytechnique, Palaiseau

Join the GT Archaea

The thematic groups are open to SFBBM members who are motivated by scientific exchange.

Become a member

The SFBBM thematic groups

Spaces for exchange and collaboration among researchers to advance research in biochemistry and molecular biology.

GT Archaea

Bringing together biochemists and molecular biologists interested in the study of archaea, a distinct domain of life, with unique adaptive and evolutionary properties.

GT Cellular proteolysis

Study protein degradation in cells, whether for renewal, signaling, or the removal of damaged proteins.

GT Enzymes

Exploring all aspects of enzymes, from the most fundamental (structure, mechanism, regulation) to the most applied (engineering, biocatalysis, enzymopathies).

GT Metabolism

Decipher metabolic pathways, their regulation, and their dysregulation, particularly in diseases.

GT SifrARN

Characterize the biogenesis, degradation, structure, and functions of RNAs in prokaryotes and eukaryotes.

GT Synthetic Biology

Design and construct new or redesigned biological systems (or components).

GT Education

Building a community of teachers and researchers committed to advancing teaching practices in biochemistry (lessons learned, tool sharing, improved learning, …).

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