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The European Institute of Membranes (IEM) was founded in 2000. The institute brings together approximately 75 permanent staff members and about 100 non-permanent staff (master’s students, doctoral candidates, postdoctoral researchers, and visiting professors) to work on research, commercialization, and training projects in the field of membrane materials and processes. IEM with the École Nationale Supérieure de Chimie de Montpellier (ENSCM), the University of Montpellier (UM), and the National Center for Research (CNRS), and is located on the Triolet campus (UM). IEM objectiveIEM the development of membranes and membrane processes that are likely to have significant societal implications in the fields of energy, water treatment, environmental protection, health, and food. It therefore brings together scientists from complementary disciplines to conduct multidisciplinary research that leverages highly specialized expertise in: understanding the nature and structure of membranes, in terms of the materials used, their morphology, and the configuration employed; identifying and controlling interactions between the membrane surface, the environment, and the solutes to be separated; the development of a process engineering and membrane engineering approach to model phenomena and perform scale-up. IEM organized into three scientific departments: “Design of Membrane Materials and Multifunctional Systems – DM3”; “Membrane Process Engineering – GPM ; “Interfaces, Physical Chemistry, Polymers – IP2”. The DM3 and IP2 departments are affiliated with the Balard Doctoral School of Chemical Sciences (ED SCB 459), and the GPM department GPM affiliated with the Doctoral School of Biodiversity, Agriculture, Food, Environment, Earth, and Water (ED GAIA 584). In addition,IEM various analytical services (see website). Label: Joint Research Unit Research UMR)Main sponsoring bodies: CNRS, UM, ENSCMP Research cluster: ChemistryDoctoral schools: Balard Chemical Sciences; Biodiversity, Agriculture, Food, Environment, Earth, WaterHAL portal: publications of the unit Website HAL publications

https://youtu.be/PTKznZXTjBU Les missions premières de l’ICSM répondant aux enjeux énergétiques consistent à : développer une recherche fondamentale en chimie et physico-chimie des procédés de la chimie séparative nécessaires à l’essor des énergies décarbonées, dans un contexte de raréfaction des ressources naturelles, en innovant pour séparer, trier et recycler (métaux stratégiques) ; concevoir et optimiser des matériaux pour anticiper les cycles du futur en développant une recherche pour un nucléaire durable et des énergies alternatives, avec l’ambition de recycler les matières valorisables. Label : Unité Mixte de Recherche (UMR)Tutelles principales : CNRS, CEA, UM, ENSCMPôle de recherche : ChimieÉcole doctorale : Sciences Chimiques BALARDPortail HAL : publications de la structure SITE WEB

https://youtu.be/VdXYTpmxIl4 Les recherches menées à l’ICGM s’intéressent à l’élaboration, la caractérisation et la mise en forme de matériaux fonctionnels à différentes échelles, de la molécule au dispositif en passant par les nanomatériaux. L’unité contribue au développement de solutions innovantes pour la résolution des enjeux sociétaux actuels que sont l’énergie, la santé et l’environnement, et développe de très nombreuses collaborations et projets qui sont pour la plupart de dimension internationale, avec des partenariats établis avec des laboratoires et universités du monde entier. L’ICGM est labélisé Institut Carnot Chimie Balard Cirimat et accompagne à ce titre, les industriels de plusieurs secteurs dans leurs projets R&D en science chimique et ingénierie, de la molécule au matériau. Label : Unité Mixte de Recherche (UMR)Tutelles principales : CNRS, UM, ENSCMPôle de recherche : ChimieÉcoles doctorales : Sciences Chimiques BALARD ; Information, Structures, Systèmes ; Sciences Chimiques et Biologiques pour la Santé ; Biodiversité, Agriculture, Alimentation, Environnement, Terre, EauPortail HAL : publications de la structure SITE WEB

The IBMM conducts research on biomolecules (lipids, sugars, proteins, and DNA/RNA), which are the building blocks of life. This research at the intersection of chemistry and biology contributes to a better understanding of physiological and pathophysiological mechanisms, as well as to the development of innovative tools for healthcare: new, more effective treatments (for cancer, cardiovascular diseases, and neurodegenerative diseases), new medical devices, new approaches in cosmetology, and new diagnostic systems. The expertise of the IBMM teams includes: the design via molecular modeling and the synthesis of biomolecules and derivatives using more efficient, environmentally friendly methods; the development of analytical methods for characterizing biomolecules and their analysis in biological environments; in vitro pharmacological, toxicological, and biological studies of these biomolecules to validate their properties and select the most promising ones to enable their development into new therapeutic and diagnostic systems and devices; The IBMM’s expertise makes it a unique laboratory for commercializing its research, which has notably led to the market launch of two drugs (Macrilen, Sébivo) and the creation of several companies. Immersion within the IBMM provides a unique training opportunity for students wishing to tackle the future challenges of life sciences. Label: Joint Research Unit Research UMR)Main sponsoring bodies: CNRS, UM, ENSCMResearch cluster: ChemistryDoctoral schools: BALARD Chemical Sciences; Chemical and Biological Sciences for HealthHAL Portal: publications of the unit WEBSITE

The Bacterial Virulence and Chronic Infections Laboratory (VBIC) (University of Montpellier, INSERM) was established on January 1, 2011, and is located at the Faculty of Medicine and Health Sciences in Nîmes. Since January 2023, the "Staphylococcal Infection Biology Project Team," located at the Triolet Site in Montpellier, has joined the VBIC. We take a "bench-to-bedside" approach, using basic and translational research to address clinically relevant problems. Through close collaboration between basic scientists, clinicians, and biologists at the Nîmes University Hospital, we use integrative and multidisciplinary approaches to understand the cellular and molecular basis of host-pathogen interactions and microbial interactions in chronic wounds, and to apply our findings in clinical practice. We are also the National Reference Center for Brucellosis. We focus on the following conditions: Brucellosis; Opportunistic infections caused by the Burkholderia cepacia complex; Chronic wound infections; Staphylococcal infections. Label: Joint Research Unit Research UMR)Main sponsoring bodies:UM, InsermResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

https://youtu.be/b6lRTV9H6AA?list=PL6WmOx60MnJe_iazdaxlxc1zC3Mx1K3Z0 Le laboratoire de Physiologie et Médecine Expérimentale du Cœur et des muscles, PhyMedExp, est une unité mixte de recherche (INSERM, CNRS, Université de Montpellier) créée le 1er janvier 2011. C’est une unité pluridisciplinaire fédérée autour de la physiologie et la physiopathologie des tissus contractiles (muscles cardiaque, lisse et strié), et leurs interactions avec leur environnement. Elle regroupe plus de 150 personnes sur 5 équipes et développe une stratégie de recherche allant de structures élémentaires (gènes et molécules), à l’organisme entier en passant par les cellules et les tissus. Les 5 équipes de la nouvelle unité PHYMEDEX sont : Équipe N°1 : Dynamique des couplages cardiaques. Équipe N°2 : Muscle et Déficiences d’Organes. Équipe N°3 : Maladies respiratoires et environnement. Équipe N°4 : Digestif : Développement et pathologies. Équipe N°5 : Maladies neuromusculaires et héréditaires. Label : Unité Mixte de Recherche (UMR)Tutelles principales : UM, Inserm, CNRSPôle de recherche : Biologie SantéÉcoles doctorales : Sciences du mouvement humain ; Sciences Chimiques et Biologiques pour la SantéPortail HAL : publications de la structure Site web

A multidisciplinary research unit composed of INSERM scientists, university researchers, and university hospital researchers. With expertise in the field of infectious disease research, UMR 1058 promotes translational research—bridging basic and clinical science—on the pathogenesis, transmission, and control of HIV, other chronic infections (hepatitis viruses, mycobacteria), and emerging infections (arboviruses, prions), most often in partnership with research teams from the Caribbean and countries in the Global South (sub-Saharan Africa and Southeast Asia). UMR 1058 is supported by and has received research funding from ANRS, ANR, the European Union (EDCTP and FP7), NIH/NIDA, and various foundations. Label: Joint Research Unit Research UMR)Main sponsoring bodies:UM, Inserm, U ANTILLESResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

The MMDN is an interdisciplinary laboratory dedicated to research on the biology of aging and neurodegenerative diseases. We seek to understand the molecular mechanisms underlying normal and pathological aging and to propose new approaches for diagnosis and treatment.Using animal models such as Drosophila, zebrafish, mice, and lemurs, and employing approaches from molecular biology, cell biology, and pharmacology, we focus on neurodegenerative diseases (Alzheimer’s, Parkinson’s, Huntington’s, amyotrophic lateral sclerosis), rare diseases, and spinal cord injury. Label: Joint Research Unit Research UMR)Main Affiliations:UM, Inserm, EPHEResearch Cluster: Biology and HealthDoctoral School: Chemical and Biological Sciences for HealthHAL Portal: publications of the unit WEBSITE

The research conducted by the LPHI teams aims to advance our understanding of biological membranes, particularly in the context of parasitic (malaria, toxoplasmosis), bacterial (tuberculosis, salmonellosis, staphylococcal infections), and viral (antiviral defenses) infectious processes. The LPHI unit prioritizes high-quality, innovative basic research in the field of biology. The research relies on integrated approaches involving genetics, molecular biology, biochemistry, structural biology, and in vitro and in vivo cell biology. The laboratory collaborates with chemists and hosts a team of theorists, physicists, and mathematicians to combine biology, chemistry, physics, and mathematics in comprehensive or targeted multidisciplinary approaches to the biological processes under study. Label: Joint Research Unit Research UMR)Main sponsoring organizations: CNRS, INSERM, UMPResearch cluster: Biology and HealthDoctoral schools: Information, Structures, Systems; Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

The goal of the research conducted by the Bioengineering and Nanoscience Laboratory is to contribute to the application of nanoscience in the fields of health and biology, with a particular focus on dentistry. The primary goal is to advance the clinical application of nanomaterials and nanosensors through a high-quality methodological approach. Label: UR_UM104Primary affiliation: UMPResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

The IRMB brings together scientists and clinicians involved in regenerative medicine and immunotherapies, encompassing both fundamental biology and innovative applications of regenerative therapy. The goal is to facilitate the transfer of stem cell biology research to clinical applications in coordination with clinicians specializing in chronic diseases (aging, rheumatoid arthritis, rare genetic diseases, diabetes, liver diseases, neurodegenerative diseases, musculoskeletal disorders). Label: Joint Research Unit Research UMR)Main sponsoring bodies:UM, InsermResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

Infectious diseases account for 35% of deaths worldwide and are the leading cause of death among children and young adults. In addition, it is estimated that 17% of new cancer cases are caused by infectious agents. Research in infectious diseases is therefore essential to better understand how an infectious agent multiplies within a living organism in order to prevent, treat, and even cure the diseases caused by these infections. The IRIM (Montpellier Institute for Research Infectious Diseases) is a research center focused primarily on high-quality basic research in the fields of bacteriology, virology, and immunity. Label: Joint Research Unit Research UMR)Main sponsoring bodies: CNRS, UMPResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications of the unit WEBSITE

The IRCM conducts cognitive, multidisciplinary, and applied research in the field of oncology. This research involves researchers and clinicians and aims to understand the various stages of tumorigenesis and, ultimately, to identify new diagnostic and therapeutic strategies for cancer. The Institute’s overarching theme is “Molecular Targets and Cancer Therapy: Discovery, Biology, and Clinical Applications.” The teams’ projects focus on two main areas: Therapeutic Antibodies in Oncology: innovation, engineering, biological response; Plasticity of solid tumors and their microenvironment: phenotypic and signaling pathway plasticity, genetic and epigenetic alterations, treatment resistance. Label: Joint Research Unit Research UMR)Main Affiliations:UM, Inserm, ICMResearch Cluster: Health BiologyDoctoral Schools: Information, Structures, Systems; Chemical and Biological Sciences for HealthHAL Portal: publications of the unit WEBSITE

The Montpellier Institute of Neuroscience aims to study the pathophysiology and treatments of sensory (hearing, vision, somatosensory) and motor deficits. In their research, the teams rely on multidisciplinary approaches—ranging from molecular genetics, cellular imaging, and electrophysiology to the study of integrated systems—to develop preclinical trials. The INM teams address various research topics: Genetics and therapy of retinal blindness; Physiology and pathophysiology of the inner ear; Development and pathophysiology of proprioceptive systems; Physiology and therapeutic approaches to spinal cord disorders. Label: Joint Research Unit Research UMR)Main sponsoring bodies:UM, InsermResearch cluster: Biology and HealthDoctoral school: Chemical and Biological Sciences for HealthHAL portal: publications by the unit WEBSITE

Label: UR_UM103Primary affiliations:UM, Nîmes University HospitalResearch cluster: Biology and HealthDoctoral schools: Chemical and Biological Sciences for Health; Information, Structures, SystemsHAL portal: publications from the unit

The IGMM conducts innovative, world-class basic research with potential applications in the fields of biomedicine and molecular and cellular medicine, particularly for the treatment of cancer and certain infectious or genetic diseases. The IGMM has a long-standing, internationally recognized reputation in the disciplinary fields that constitute its main research areas: RNA Biology; Gene Regulation and Epigenetics; Tumorigenesis/Cell Cycle and Cell Death; Immunology/Virology/Biotherapies. In addition to these main areas, the IGMM is also driven by a cross-disciplinary approach involving mathematical/computational modeling and machine learning to better understand the pathophysiological phenomena at the heart of its scientific interests.Translational research plays an increasingly important role in the IGMM’s work, with a growing number of hospital partnerships in and outside Montpellier and the inclusion of hospital practitioners in its teams. Label: Joint Research Unit Research UMR)Primary Sponsors: CNRS, UMPResearch Cluster: Biology and HealthDoctoral School: Chemical and Biological Sciences for HealthHAL Portal: publications of the unit WEBSITE