Vectorology Core Facility (part of the Cellular Engineering and Vectorology platform) provides specialized, high-level expertise, tools, and services for designing, producing, and validating viral vectors used in neuroscience research and gene therapy development. It supports academic and industrial partners by generating modified, safe viral vectors (e.g., AAV, lentivirus) for gene transfer and cellular, including human iPS, engineering.

Core facility provides infrastructure and services to academic researchers, biotech companies and industry partners that need vectors or cell culture models for their studies.
Focuses on generating cell models, genetic modification, viral vector development, and advanced flow cytometry analysis.

Core facility ICV–iPS proposes the generation and the genetic engineering of human induced pluripotent stem cells to internal research teams, external academic teams, and industrial partners. Services include Generation of human iPSc, Full molecular and functional characterization of iPSc clones, Genetic engineering of human iPSc, Generation of human iPS-derived neural stem cells, Theoretical and practical learning sessions on human iPSc culture. Provides access to L2 cell culture box dedicated to human iPSc culture.

Core provides expertise in optical microscopy, electron microscopy, and image analysis for neuroscience research. The platform is open to all researchers. Offers access to advanced technologies, including electron microscopy, confocal microscopy, two-photon imaging, and super-resolution microscopy.

Core develops solutions to meet your needs in electrophysiology data. Provides electrophysiology services to the neuroscience scientific community. Core has standard recording equipment such as patch clamp techniques or electroencephalographic (EEG) recordings.

Core facility dedicated to the study of human cognition and normal and pathological human behavior either via computer tests or in simulations, including using virtual reality.