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The Institut des Biomolécules Max Mousseron (IBMM, UMR 5247) is a research unit of UM, CNRS and ENSCM that develops research at the interface of chemistry, biology and health, integrating the challenges of sustainable development: feed, cure, protect.
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Towards a new era of zero-waste and socially responsible leather
Thanks to an innovation resulting from the work of Gilles Subra…
16 research teams

Bioactive Lipids Syntheses
30 March 2024/by Stephanie HERNANDEZ
Analytical Sciences of Biomolecules
30 March 2024/by Stephanie HERNANDEZ
Amino acids, heterocycles, peptides & proteins
30 March 2024/by Stephanie HERNANDEZ
Cellular pharmacology
30 March 2024/by Stephanie HERNANDEZ
Polymers for Health and Biomaterials
30 March 2024/by Stephanie HERNANDEZ
Stereoselective Synthesis & Modified Amino Acids
30 March 2024/by Stephanie HERNANDEZ
Dynamics of Complex Biomolecular Systems
30 March 2024/by Stephanie HERNANDEZ
Green Chemistry and Enabling Technologies
30 March 2024/by Stephanie HERNANDEZ
Oncopharmacochemy & Skin Pharmacotoxicology
6 April 2024/by Stephanie HERNANDEZ
Glyco and nanovectors for therapeutic targeting
30 March 2024/by Stephanie HERNANDEZ
Pharmacochemistry Synaptic Transmission & Neuroprotection
30 March 2024/by Stephanie HERNANDEZ
Glycochemistry & molecular recognition
30 March 2024/by Stephanie HERNANDEZ
ChemBioNAC
30 March 2024/by Stephanie HERNANDEZ
Oncotherapy and Oncopharmacology
19 December 2024/by Caroline Clavel
Supramolecular MAchines and ARchitecture Team
10 April 2024/by Stephanie HERNANDEZ
PhD offer: Advanced 4D biomaterials for mucosa and sub-mucosa treatment in patients affected by intestinal diseases (Daedalus)
ADVANCED 4D BIOMATERIALS FOR MUCOSA AND SUB-MUCOSA TREATMENT IN PATIENTS AFFECTED BY INTESTINAL DISEASES (Daedalus) financed by the EU program HORIZON EUROPE 4D biomaterials enable new surgical treatments by autonomously acting in response to environmental stimuli, thus overcoming the limitations of standard medical strategies. DAEDALUS is a European project that gathers 13 partners and […]
PhD offer: Advanced (photo)polymers for the design of medical devices with 4D properties (4DM)
Advanced (photo)polymers for the design of medical devices with 4D properties (4DM) financed by INSTITUT CARNOT CHIMIE BALARD CIRIMAT Context: Implantable medical devices (IMDs) are a cornerstone of modern healthcare, with applications ranging from cardiovascular stents to drug delivery systems. This growth is fueled by innovations in surgical techniques, manufacturing processes (e.g., 3D printing), and […]