AIS Biotech relies on innovative, efficient, industrializable biotechnology with low environmental impact, to develop a new class of anti-infective biomedicines. Click on the title for more information.

Moustoifa Said completed his thesis at Cermav under the co-direction of Rachel Auzely-Velty, Professor at Grenoble Alpes University, and Claire Rome and Olivier Detante (GIN U1216, Inserm/ Grenoble Alpes University). It is entitled "Development of injectable hydrogels with imaging capacity for cell therapy". Click on the title for more information.

We are looking for our future PhD student at Cermav under the direction of Sébastien Fort (Cermav) and co-supervised by Sandrine Py (Department of Molecular Chemistry), with a funding from LabEx ARCANE. Click on the title for more information.

In this publication in collaboration with the Department of Molecular Pharmacochemistry (DPM, France) and CEA-Leti, Maxime Leprince and Rachel Auzély-Velty present a promising candidate for the design of soft transient electronics for in vivo applications. Click on the title for more information.

In this book, Serge Pérez and his co-authors discuss the role of biomass in the bioeconomy and focus on the European Union and the United States, the first two regions to develop a bioeconomy strategy with a clear effect on the bioeconomy developments in the rest of the world. Important developments in other areas of the world are discussed. Click on the title for more information.

In this publication of Anne Imberty and Simona Notova, in collaboration with the University of Freiburg, Glycodiag, Malvern Instruments and Shemyakin-Ovchinnikov Institute of Bioorganic Chemistry, the authors show a concept of chimerical lectins, with an increased valence and additional specificity. Construction is specific to fucose and at-galactose and its unique protein architecture makes it possible to link these simultaneous ligands. Click on the title for more information.

In this publication of R. Borsali and Y. Sakai-Otsuka and their collaborators, the authors develop a "Green" Photosynaptic device, including a biocomposite, which is an effective guide for applications in artificial visual perception, detection and memory in neuromorphic computers and intelligent systems. Click on the title for more information.