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. (…)
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BRANGER Catherine
Articles
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Use of in situ complexation for the synthesis of ion-imprinted polymers
17 April 2018, by CaB -
Copper (II) – imprinted polymer : an original material for the selective binding and detection of copper (II) in marine environments
2 November 2021, by CaB -
Evaluation et caractérisation de l’activité anti-biofilms marins de nouveaux inhibiteurs du quorum sensing, des MIP anti-AHL
1 September 2023, by JFB -
Benefit of ion imprinting technique in solid-phase extraction of heavy metals, special focus on the last decade
23 October 2021, by CaB -
Des polymères innovants pour la surveillance de la qualité des eaux
3 June 2016 -
Designing ion-imprinted polymers for metal trace determination in environmental conditions: influence of synthesis parameters
17 June 2022, by CaB -
Impact of thermal treatment on bentonite retention ability toward nickel and silver retention
5 February 2021, by CaB -
Linking polymer science and environmental studies: Development of new specific tools for trace metal analysis
3 June 2016 -
Imprinted polymers as antibody mimicking synthetic materials: application to extraction and sensing
6 June 2016 -
Synthesis and characterization of copper-imprinted polymers for the design of modified electrodes
4 December 2018Beginning: November 2018
Defence: October 3rd, 2022