Search for a funded project
Privacy Protection and ePrivacy Compliance for Web Users – PrivaWEB
Privacy Protection and ePrivacy Compliance for Web Users
Role of Type IV pilus retraction in bacterial pathogenesis – RETRACTOPATH
Type IV pili (Tfp) are highly dynamic long filamentous structures that are produced by numerous pathogenic bacteria. They mediate an extraordinary array of functions, including motility, DNA uptake, bacterial aggregation or adherence to host cells. Pilus retraction generates remarkably high force. Such force acts as a mechanical signal to both bacteria and host cells. To date how such force is sensed in host cells and contribute to bacterial pathogenesis has been poorly explored.
Cloud Adaptation for an Agile Supply Chain – CAASC
The CAASC project is a collaborative corporate/public research project. It aimes at developing services for taking account uncertainties in the collaborative planning of a supply chain made up of independent partners. CAASC focuses on 3 aspects: (i) measuring uncertainties linked to the rolling horizon in plans received from partners, (ii) taking these uncertainties into account in planning, (iii) calculating compiled plans formalizing decision-makers' preferences to facilitate replanning.
Electron Spin for CULtural heritage And PEople's safeguard – ESCULAPE
Use metal ions, impurities and paramagnetic defects to reveal the origin and evolution of materials that make up heritage objects
Cavitation and Confinement – CAVCONF
Cavitation, i.e. the formation of a vapor bubble in a stretched liquid, is of fundamental interest and plays a central role in many fields. The consensus is that its occurrence is described by the Classical Nucleation Theory. <br />Building on the experimental and theoretical expertise of the four laboratories involved, the CavConf project aims to precisely test the validity of this consensus, both in bulk liquids, and in confined liquids for which the fluid-wall interaction comes into play
FoldaRotaxanes for the Versatile Synthesis of Improbable Interlocked Molecules – FoldaRotaxanes
The most popular chemical access to interlocked molecules is currently based on the recognition between the molecular elements to be assembled. Hence, they do not allow the access to any kind of interlocked molecules, especially those that are devoid of any site of interactions. This project aims at solving this problem of limitation by using a strategy based on a novel foldarotaxane structure.
Ultradispersed metal catalysts for energy applications involving hydrogen – UltraCat
Ultradispersed metal catalysts for energy applications involving hydrogen
Postwar agrarian capitalisms. A comparative perspective – PWACCOP
The PWACCOP project is a research project coordinated by Jacobo Grajales, Professor of Political Science at the University of Lille. It involves researchers from CERAPS (University of Lille), the Institute of Ethno-Sociology (Université Félix Houphoët-Boigny, Abidjan) and the University of Magdalena (Colombia). The project started in October 2017 and lasted 60 months. It received an ANR grant of €164,719.
Quantitative study of a threshold response of ERK signalling – ERKtivation
A quantitative study of an ERK-mediated transcriptional threshold response during neural induction of ascidian (sea squirt) embryos
