Author Archive for: cclavel

Entries by Caroline Clavel

POSITION FILLED

Development of peptide-based biopesticides for sustainable agriculture 6-month internship (M2/3A) – Peptide chemistry, SAR – Starting January-February 2027 Scientific background By 2050, the global population is expected to approach 9 billion, increasing pressure on agricultural production. Crop protection still relies heavily on conventional insecticides such as neonicotinoids and pyrethroids, whose poor selectivity raises major concerns […]

M2 Internship : Development of the next generation of non-invasive therapies for endometriosis

Key words: polymers, hydrogels, drug delivery, women’s health, endometriosis, ultrasounds CONTEXT Endometriosis affects approximately one in ten women of reproductive age, yet treatment options remain very limited and are often associated with significant side-effects or invasive surgery. Novel biomaterials and drug delivery technologies have the potential to transform the management of this chronic disease. PROJECT […]

Breast Cancer: Jean-Marie Ramirez Presents an Innovative Implant to Prevent Metastasis

How can cancer cells be prevented from leaving the primary tumour to form metastases? This is the challenge tackled by Jean-Marie Ramirez, Associate Professor in the Photobiology and Oncopharmacology team at IBMM. In an interview with ON HEALTH, he presents an innovative implant designed to capture circulating tumour cells before they can colonize other organs. […]

A huge congratulations to Ivaylo Stoyanov, who, alongside his second-year undergraduate studies in Chemistry, has published his first scientific work in Angewandte Chemie!

Metal-Free Active Template Recognition: A Straightforward Route to Molecular Shuttle [2]Rotaxanes Containing Two Conjugated Molecular Stations within an Aminopyridinium Motif Active template recognition is a strategy that enables the synthesis of rotaxanes devoid of formal recognition sites. Stabilization of the transition state by the macrocycle accelerates the formation of the molecular axle within the macrocyclic cavity, at […]

Chemical Analysis Assistant Engineer (M/F)

The assistant engineer will have the main mission of characterizing, purifying, and quantifying biomolecules using the state-of-the-art techniques available on the Synbio3 platform of the (IBMM – UMR 5247). He or she will be responsible for the technical and logistical management of the analytical instrumentation facilities while actively contributing to the organization and optimization of the […]

Smart mechanochemistry featured in CNRS News!

Carrying out chemical reactions without solvents and with reduced waste is the promise of mechanochemistry. The Green Chemistry and Enabling Technologies team at the Institut des Biomolécules Max Mousseron proposes using artificial intelligence–driven optimization methods to accelerate the development and implementation of these reactions activated by mechanical energy. This work was partly carried out in […]

Sébastien Ulrich awarded the Jean-Marie Lehn Prize

Sébastien Ulrich has been awarded the Jean-Marie Lehn Prize from the French Chemical Society – Organic Chemistry Division (SCF-DCO), a major distinction in the field of supramolecular chemistry. This prize recognizes his outstanding contributions to supramolecular bioorganic chemistry, particularly his work on the design of dynamic and adaptable chemical systems capable of ensuring the recognition, […]

Mechanochemistry takes the spotlight on France Culture!

Frédéric Lamaty from the Green Chemistry and Enabling Technologies Team will discuss the topic of mechanochemistry with journalist Natacha Triou on the radio program LA SCIENCE CQFD on France Culture. The live broadcast will air on March 5, 2026, from 4:00 pm to 5:00 pm. The episode will then be available as a podcast on […]

Simon Galas’ team honored in the CNRS Journal

The CNRS is highlighting the work of Simon Galas’ team (in collaboration with Aymeric Bailly, our neighbor at the CRBM) following their recent publication in Science Advances. The study demonstrates that a tardigrade gene, Dsup, can be transferred into Caenorhabditis elegans, conferring increased resistance to oxidative stress and radiation. Remarkably, this protection is accompanied by a significant extension […]

 

Institut des Biomolécules Max Mousseron
UMR 5247
Pôle Chimie Balard Recherche
1919 route de Mende
34293 Montpellier