BRANGER Catherine

Articles

• BRANGER Catherine
  3 June 2016

  Research Topics Synthesis and characterization of porous polymer resins Molecularly and ion imprinted polymers Application to extraction and sensors (industrial and environmental field)

• Molecular recognition of autoinducers by Molecularly Imprinted Polymers as anti-biofilm strategy
  9 September, by CaB
• Synthèse et caractérisation de polymères à empreintes : intégration dans des électrodes de carbone
  25 November 2022, by CaB
• Highly selective recovery of Ni(II) in neutral and acidic media using a novel Ni(II)-ion imprinted polymer
  2 December 2022, by CaB
• Synthesis of unique hypericin adsorbents using a new molecularly imprinting approach
  3 June 2016
• From electrochemical molecularly imprinted polymer to sensor: feasibility study for the detection of Bisphenol A
  8 June 2016, by Hugues BRISSET

  Beginning: October 2014
  Defence: 12/07/2018

• PREVENT - Action 2 "Surveillance"
  6 June 2016, by Hugues BRISSET

  Acronyme: PREVENT Act 2 Description
  S’inscrivant dans la problématique de la surveillance des milieux marins côtiers, un projet de recherche interdisciplinaire a été mis en place au sein de l’Université de Toulon (UTLN) à l’initiative de l’Axe stratégique MEDD (Mer Environnement et Développement Durable) sur une période initiale de 3 ans (2015-2017). Ce projet intitulé PREVENT (PRotection du littoral méditerranéen : EValuation, surveillancE, conséqueNces et implicaTions socio-économiques - (…)

• NEw biomimetic Lab-on-Chip device for marine water MOnitoring
  11 September 2020, by CaB

  Acronym : NEMO Funding: ERANET MarTERA & ANR Short Overview: In order to sustain surface and marine water quality as advocated by international directives, there is a growing need for sensors that can enable accurate and rapid in-situ quantification of Persistent Organic Pollutants (POPs). NEMO aims to develop new generation Lab-on-Chip (LoC) miniaturized sensor platforms for the quantitative determination of POPs in marine waters. The project relies on a recognition phase based on (…)

• Surface plasmon resonance multi-sensor for real time illicit drugs detection
  26 May 2016, by webmaster

  Description:
  The general objective of this project are: Obtaining of molecularly imprinted polymers by polymerisation or electropolymerization, Obtaining of molecularly imprinted membranes by phase inversion and sol-gel process, Experiments for using MIP in SPR (Surface Plasmon Resonance) sensors for drug detection, including the soft of new sensor, Testing of the new sensors, mechanical and electronic design, validation of the technical charactertics.Personnes de MAPIEM participant au (…)

• MIP-REDOX
  26 May 2016, by webmaster

  Description
  L’objectif est de développer des capteurs électrochimiques pour la détection en temps réel de polluants organiques émergents en solution. Leur principe de détection est basé sur la reconnaissance de telles cibles par des polymères à empreintes moléculaires électrochimiques (MIPs) (brevet Français n° 12 62617, PCT n°PCT/IB2013/061196). Le programme de maturation comporte deux objectifs en lien direct avec les retours des industriels interrogés. Il permettra, d’une part de (…)