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TERNANOMED
| 01/6/2010 | Cross-functional disciplines:Chemistry;Health ＆ life sciences:Diagnosis and innovative treatment:Nanomedicine

The TERNANOMED project, involving Bernard Rousseau (former head of SCBM), aims at developing terpenoid-based nanoassemblies to improve the treatment of severe diseases such as cancer, infectious diseases. The approach consists in linking a terpene (synthetic or natural) to a biologically active drug in order to obtain a bioconjugate able to self-assemble in water in the form of nanoparticles.
Neuroconsc
| 01/7/2010 | Health ＆ life sciences:Brain;Health ＆ life sciences:Brain:Cognition

Stanislas Dehaene, aims to find, through the NEUROCONSC project, the limits of subliminal information processing, with the goal of clarifying the brain mechanisms of conscious processing and paving the way for clinical intervention studies in patients with consciousness disorders.
NeuroSyntax
01/10/2016

With the NEUROSYNTAX project, Stanislas Dehaene aims to explain the brain mechanisms responsible for human abilities for language and abstraction, and to shed light on their ontogeny and phylogeny using behavioral measures, functional MRI, magnetoencephalography (MEG), electro-cortigraphy (ECOG) and "machine learning" techniques.
PHOTPROT
| 01/2/2011 | Energies:Renewable energies:Bioenergy:Photosynthesis;Tools ＆ research instruments:Microscope

With the PHOTPROT project, Bruno Robert and Rienk Van Grondelle aim to study the role of protein matrix dynamics in photosynthetic processes. To do so, they will develop advanced biophysical approaches and new spectroscopic techniques. Among these, a method capable of extracting very high resolution images from images obtained by conventional confocal fluorescence microscopy.
Babylearn
| 01/9/2016 | Health ＆ life sciences:Brain

With BABYLEARN, Ghislaine Dehaene-Lambertz seeks to explain the specificities of the functional neural architecture that are critical for learning in humans from the very beginning of the cortical circuits.
SUPER-RESOL
| 01/12/2014 | Energies:Renewable energies:Bioenergy:Photosynthesis;Tools ＆ research instruments:Microscope

SUPER-RESOL is a project that complements PHOTPROT, funded by an ERC Advanced (n° 267333) and is a direct consequence of it. With this "proof of concept" project, Bruno Robert and Rienk Van Grondelle propose to further improve the super-resolution confocal fluorescence microscopy method developed in PHOTPROT in order to patent it and to start contacting industrials.
NEURAL-PROB
| 08/9/2020 | Health ＆ life sciences:Brain

With the Neural-PROB project, Florent Meyniel seeks to understand how the human brain estimates and uses uncertainty and the impact of these mechanisms on our ability to adapt to change in an uncertain world. Part of the project aims to determine the factors that influence our adaptability, particularly in learning situations.

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