“Targeting Extracellular Matrix Remodelling in Cutaneous Wounds to Promote Better Healing” 12 doctoral (PhD) positions are available within the REMOD-HEALING doctoral network, funded by Horizon Europe’s prestigious MCSA-DN program, in Europe and Costa Rica. They cover a wide range of scientific and translational fields: in vivo preclinical models of skin wounds, proteomics/N-terminomics, artificial intelligence, structural
Read MoreThe CNRS ‘Cristal Collectif 2025’ medal has been awarded to the VERT project-team – ‘Vers une Empreinte Ecologique Réduite de nos Travaux de Recherche – Towards a Reduced Ecological Footprint of our Researches’. This collective award highlights the team’s commitment to making research more environmentally sustainable, through the implementation of greener practices in laboratories. Initiated in 2019 by the VERT
Read MoreThe LBTI is looking for a project manager to help with the coordination of a European project on wound healing. The person recruited will be responsible for coordination, communication within the research teams and with external stakeholders, and administrative management.
Read MoreLast Friday, Marion Bouvet, a second-year PhD student at LBTI (MITTIM group), proudly represented the laboratory by winning the award for Best FLASH Presentation among 53 competing students at the Summer School of the French Association for the Development of Biomaterials, held in Paris. Congratulations to Marion and to the entire LBTI !
Read MoreLast night, Chloé Chave, a 3rd-year CIFRE PhD student between LBTI and Lucas Meyer Cosmetics (Toulouse), made the LBTI proud by winning both the Audience Award and the 1st Prize of the Jury at the local final of the MT180s competition! There’s no doubt that she will continue this amazing journey at the national
Read MoreChloé Chave, a 3rd-year PhD student in a CIFRE thesis between LBTI and Lucas Meyer Cosmetics (Toulouse), will compete in the local finals of the “Ma Thèse en 180 secondes” competition at the University of Lyon. Her research focuses on the “Implication of the KIAA protein in the mechanobiology of human keratinocytes and skin aging.”
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