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PRAGmatics and Trust In Communication in eArLy Life – PragTICAL
Humans have some faith in what is communicated to them, even when their informants are complete strangers, who could be mistaken or lying. Where does this trust come from? Although this question was raised more than two centuries ago (e.g. Hume, 1748), it remains largely unanswered, in great part because of a lack of appropriate empirical evidence. The project PRAGTICAL capitalized on the tools of infancy research to probe the origins of trust in communication in the first years of life.
Laboratory of Printable Protective Package – Lab3P
In the growing area of packaging, the joint laboratory Lab3P - Laboratory of Printable Protective Package, offers to build up a research programme targeting to set up innovative aqueous varnishes, whi
Improved microbial quality and safety of fish – SAFEFISHDISH
Norway and Iceland are among the world's leading seafood nations and this has been achieved by increased value adding and knowledge-based management of resources. France is an important producer but a
Can carbon nanotube scrutinize intimate tissue organizations? Uncovering early dys-organization of the brain extracellular space in Parkinson disease – nanoSPACE
Most types of cell communication in the brain require the transfer of molecules through the extracellular space (ECS). A correct transfer of molecules within the ECS is thus essential to convey both l
Regulation of cell adhesion and migration during vertebrate gastrulation – ICM (Intercellular motility)
A fundamental property of animal cells is their ability to form coherent yet highly dynamic tissues. While the migration of single cells on extracellular support is quite well understood, the movement
Using Drosophila melanogaster to study hereditary kidney diseases – NEPHROFLY
Next-generation sequencing technologies have enabled rapid identification of many genes contributing to human disease. One of the major difficulties with this new approach is to prove pathogenicity of
DNA damage signaling studied by in-cell NMR: Structural and functional regulation of Mdm2 through its phosphorylation status. – Mdm2-StructReg
DNA damage signaling studied by in-cell NMR: structural and functional regulation of Mdm2 through its phosphorylation status
