LBTI

Explore

Analyse the fundamental mechanisms  of extracellular matrix organisation in tissues.

Read More

Understand

Describe and evaluate tissue response to insults.

Read More

Innovate

Propose and test innovative therapeutic approaches.

Read More

NEWS

Open position for a post-doc or a research engineer in “Diagnosis and treatment of fibrosis”

The Moali group is looking for a talented post-doc or a research engineer to validate the use of new tools for the diagnosis and treatment of fibrosis. More information available here and here

Read More

Challenge “Mai à Vélo”: CNRS tops the ranking !

For its first participation in the Challenge Mai à Vélo, the CNRS made a strong impression, finishing on several podiums. The first podium was the employers’ ranking, with CNRS finishing 1st out of 1616 registered employers, with 149,745 km covered. The CNRS DR7, which includes IBCP, LBTI and MMSB, came 1st in the inter-delegation podium,

Read More

LBTI Scientific Day on May 31, 2024

After the memorable 2023 edition at the Clos des Capucins, LBTI members gathered for another day of science and conviviality on May 31 near the Parc de Gerland. The weather wasn’t very cooperative, but there’s no doubt that some great scientific projects have already emerged and will continue to germinate as a result of these

Read More

A study from the SKIN group suggest that cells in aged tissues transmit aging messages to neighbouring cells

Communication defects between the cells that make tissues represent a  possible cause of aging. In a study published on November 30, 2024 in the journal Aging, researchers from the SKIN team show that cells from aged skin produce a larger quantity of vesicles, whose molecular content is different from that of vesicles from cells from

Read More

Patricia Rousselle was awarded the CNRS Innovation Medal : congratulations !

Patricia Rousselle, who is a group leader at LBTI, was recently awarded the CNRS Innovation Medal. Her work is focused on skin wound healing and regeneration and led to the development of several bio-inspired molecules with great pharmaceutical and cosmetic potential. Read more

Read More

OUR RESEARCH GROUPS