Centre National De La Recherche Scientifique

Universitë De Bordeaux

Institut Polytechnique De Bordeaux

Université De Technologie De Compiègne

Université De Technologie De Compiègne (Utc)

Ykk Corporation

UniversitÉ De Haute-Alsace

Karsten Haupt

Yannick Fuchs

Arnaud Spangenberg

Olivier Soppera

Jeanne Bernadette Tse Sum Bui

Pinar Cakir

Arnaud Cutivet

Cédric Ayela

Frank Bokeloh

Jean-Pierre Malval

Xuan-Anh Ton

Laura Chia Gomez

Pinar ÇAkir

The present invention relates to a sensor device comprising an optical fiber to be coupled with a laser beam, a through-fiber fabricated cantilever onto one end of said optical fiber, and a light collector. According to the invention, the through-fiber fabricated cantilever is made of a polymer obtained by photo-structuring at least one photo-sensitive monomer species. The present invention also relates to methods for the measurement of parameters such as temperature, mass, viscosity, analyte concentrations, and the degree of a polymerization process, using the device of the invention.

Optical fiber based organic cantilever with integrated transduction

The invention relates to a method for preparing molecular imprint polymers (MIP) by radical polymerization that uses at least one primer including at least two chemical functions capable of forming reactive radicals, thereby providing a locally high radical concentration for priming the polymerization on or about the imprint entity or molecule. The invention also relates to molecular imprint polymers (MIP) that can be obtained by the method of the invention, and to the use thereof in the production of biomimetic biosensors, biomimetic biochips, chemical sensors, specific adsorption separation devices, as a coating, particularly for releasing active ingredients.

Method for preparing molecularly imprinted polymers (MIP) through radical polymerisation

Growing community of inventors

Pronleroy, France

Karsten Haupt