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A computable account of human image reconstruction from natural scenes
already been successful in studying how auditory feature extractors are reshaped by semantic representations
A genome-wide study of nucleosome positioning in Paramecium tetraurelia nuclei
Paramecium is a model for the study of the mechanisms involved in the recognition of DNA sequences that are eliminated from the genome at each sexual cycle. Our project aims at evaluating whether these sequences are packaged into chromatin or are localized in free regions, likely more easily accessible to the machineries that carry on genome rearrangements
A genomic approach to identify postzygotic mutations in mosaic developmental diseases involving the skin
patients with similar or overlapping clinical features. This proposal is a basic research project with
A la recherche du "millénaire perdu": le peuplement en Grèce du Nord et dans les Balkans au IVe millénaire av. J.-C.
al contexts in freshly excavated settlements featuring long occupation sequences where both periods (Late
A multivalent peptide library approach to identify functional TRAIL mimetics
follows treatment paradigms that attack general features of neoplastic growth (chemotherapy) and only in
A new Fragment-based Approach for inhibition of hk3 and matriptase, two up-regulated serine proteases implicated in tumor progression
Creation of an experimental pipeline dedicated to the generation of new promising inhibitors of serine protease with therapeutic interest in malignant breast and prostate cancers. The integrated platform combines protease production, parallel inhibitor syntheses and inhibition screening.
A new Generation of dRugs for ALzheimer’s disease based on in vitro and in silico experiments of beta-amyloid oligomers and in vivo tests
Alzheimer's disease is affecting more than 24 million people worlwide and represents a 1000 billion dollars cost to our society. Thus far, no disease-modifying treatments exist.
A new generation of light sheet microscope: mesofluidics and artificial assistant
SPIM in terms of photonic microscopy with novel features that we identify as the future of biology and
A new medical device to reduce the urinary lithiasis recurrence
and long-term prevention) is the main innovative feature of the proposed system. The second point is that
A new non-human primate model for translational brain research
their brain is lissencephalic while keeping key features of the primate brain. To benefit from these advantages
