Commissariat &#xc0; L'&#xc9;nergie Atomique Et Aux &#xc9;nergies Alternatives

Commissariat a L'energie Atomique

Urgo Recherche Innovation Et Developpement

Elimaje

Frédéric Revol-Cavalier

Yves Fouillet

Patrice Caillat

Jean-Marc Pernot

Serge Lecomte

Jean-Maxime Roux

Michel Lamoise

Julien Steinbrunn

Remco Den Dulk

Philippe Combette

Marie-Line Cosnier

Manuel Alessio

Laurent Davoust

Cyril Marsiquet

Nicolas Verplanck

François Chatelain

Philippe Vroman

Nadège Nief

Anne Perwuelz

Giacomo Gropplero Di Troppenburg

Natalie Perrault

Pascal Mailley

Bernard Beneyton

Frédérique Mittler

Fabien Sauter

Aurélien Lambert

Myriam-Laure Cubizolles

Camille Laporte

Patricia Laurent

Anubhav Bussooa

Eloise Pariset

Mouna Messaoud

Nathalie Picollet-Dahan

An electrode for enzymatic biosensor being in the form of a fibrous material and comprising electrically conductive fibres and electrically non-conductive fibres, all or part of which are functionalised by enzymes, identical or different. A method for preparing such an electrode and an electrochemical detection enzymatic biosensor comprising same.

Electrode for enzymatic biosensor with fibrous material, method of preparation thereof and said biosensor

An article having properties allowing same to absorb a body fluid. The article includes at least three paths for the propagation of fluid from a fluid capture zone to at least one storage and/or evaporation area, each fluid propagation path being delimited by a fluid barrier preventing the passage of liquid from one path to another.

Article for absorbing a physiological liquid, such as a dressing

A device and method for determining an excretion flow rate of a body fluid of a person or an animal. The device includes an absorbent element equipped with at least three electrodes connected to a measuring system for measuring at least one electric parameter so as to be electrically coupled two by two and to form at least two pairs of electrodes, separating systems which include an inlet opening exposing a part of the absorbent element so as to create a diffusion path. At least two of the electrodes are first electrodes placed along the diffusion path in such a way that each of the first electrodes is at a distance from the inlet opening representative of a volume of absorbed fluid.

Device and method for determining an excretion flow rate of a body fluid of a person or an animal

The invention concerns a component for biological or biochemical analysis microsystems formed from a support and having at least one chemically functionalised surface zone, in order to allow in said zone the formation of a chemistry for anchoring biological or biochemical elements, and/or electrically, in order to allow in said zone the formation of electrical charges. The support comprises at least one part () formed of a composite material, said composite material being a mixture of at least one inert material and at least one chemically and/or electrically functionalisable material to provide said functionalised surface zone.

Composite material for biological or biochemical analysis microfluidic system

Growing community of inventors

Seyssins, France

Frédéric Revol-Cavalier