Funding :
CD83-APRI Short Overview:
L’objectif premier est de tester l’activité d’inhibition du quorum sensing (QS), sur des bactéries marines et autres souches bactériennes, de nouveaux composés synthétisés à dessein au laboratoire de type polymères à empreintes moléculaires (molecularly imprinted polymers ou MIP).
Pour des MIP révélant une activité de séquestration d’AHL intéressante, il s’agira d’analyser leur effet sur le développement de biofilms et sur le métabolisme cellulaire. (…)
Home > Keywords > Axis > IMIP
IMIP
Articles
-
Evaluation et caractérisation de l’activité anti-biofilms marins de nouveaux inhibiteurs du quorum sensing, des MIP anti-AHL
1 September 2023, by JFB -
Design of an histidine-based imprinted polymer as a selective receptor of copper(II) for its detection in seawater
10 January 2024, by CaB -
Towards novel sensing receptors based on modified gold electrodes by active molecularly imprinted polymers
8 December 2023, by CaB -
Ionic Imprinted Polymers PEGDA-based for Selective Binding of Lithium Ions
28 June 2024, by CaB -
Controlled synthesis of a molecularly imprinted polymer film on a gold surface through “grafting from” approach for the detection of PAH
18 July 2023, by CaB -
LEMARCHAND Mathieu
31 October 2023From 01/10/2023 to 31/09/2026 Research Topics
Molecular imprinted polymers used as Quorum Sensing inhibitors for marine anti-biofilm applications -
Molecularly imprinted polymer films grafted on gold electrodes as smart electrochemical receptors for the detection of PAH
25 June 2024, by CaB -
Molecular imprinted polymers used as Quorum Sensing inhibitors for marine anti-biofilm applications
31 October 2023Beginning: October 2023
-
Molecularly imprinted polymer electrodes for benzo(a)pyrene detection prepared by surface-initiated photopolymerization
8 December 2023, by CaB -
Design of turn-on fluorescent imprinted polymers for sensing of lead in complex water samples
25 June 2024, by CaB