The overarching goal of the BAOBAB unit is to build large instruments for neuroimaging from ultra-high magnetic fields to population imaging.
Laboratory, directed by Sébastien Mériaux, develops innovative methodologies for understanding the biophysics of brain mechanisms such as metabolism, neuronal activity and molecules transport, both in normal and pathological conditions using ultra-high and extreme field MRI and MRS, ultrasounds, and histology, following a translational strategy from animals to humans.
Laboratory, directed by Edouard Duchesnay, develops new computer vision systems dedicated to the modeling of the inter-subject variability of complex brain phenotypes, is the algorithmic forefront of the exploitation of high field MRI, designs dedicated artificial intelligence methods and software environments to exploit brain phenotypes in a variety of contexts (biomarker research, genetics, cognitive neuroscience, etc).
Laboratory, directed by Alexandre Vignaud, develops ultra-high and extreme fields MRI methods and hardware to map the human and non-human primate brains at unprecedented resolutions.