Les allergies représentent un enjeu sociétal majeur dans nos sociétés modernes. Les outils de diagnostics actuels permettent la mesure de concentration d’anticorps spécifiques IgE responsables des réactions allergiques contenus dans le sérum de patient. L’intégration de nano-micro particules diminue les distances de diffusion permettant de miniaturiser les dispositifs, de diminuer le temps de réaction et d’améliorer l’efficacité du diagnostic. C’est dans cette perspective que cette thèse se positionne en développant une méthode innovante de détection des anticorps IgE par l’utilisation de microbilles polystyrènes 10µm (PS) et superparamagnétiques 1µm (SPM).L’idée explorée dans cette thèse est d’utiliser les microbilles PS comme support d’i...
In the present article, a novel microfluidic immunosensor coupled with electrochemical detection for...
L’augmentation continue de la circulation des populations et des biens ces dernières décennies accen...
In this paper, we have developed and characterized a microfluidic magnetic immunosensor coupled to a...
Allergies represent a major social issue for modern societies. Current diagnostic tools enables to m...
In the field of allergy diagnosis, the most used in vitro approach consists in quantifying Immunoglo...
Allergen microarrays are under development for a component-resolved diagnosis of Type I (IgE-mediate...
Recombinant and purified allergens are currently available for determining specific IgE targe...
The present work reports on the quantification of total IgE in human serum using a microanalytical d...
Allergic reactions are pathological immune reactions against common, harmless environmental proteins...
The ever-increasing exchange of people and goods these last decades creates pandemic risks that shou...
Allergies represent the most prevalent non infective diseases worldwide. Approaching IgE-mediated se...
Cette thèse traite un sujet pluridisciplinaire, la conception d’un prototype de micro-capteur biolog...
BACKGROUND: Allergies represent the most prevalent non infective diseases worldwide. Approaching IgE...
IgE antibodies serve as the gatekeeper for the release of mediators from sensitized (IgE positive) m...
Abstract Background sIgE and s...
In the present article, a novel microfluidic immunosensor coupled with electrochemical detection for...
L’augmentation continue de la circulation des populations et des biens ces dernières décennies accen...
In this paper, we have developed and characterized a microfluidic magnetic immunosensor coupled to a...
Allergies represent a major social issue for modern societies. Current diagnostic tools enables to m...
In the field of allergy diagnosis, the most used in vitro approach consists in quantifying Immunoglo...
Allergen microarrays are under development for a component-resolved diagnosis of Type I (IgE-mediate...
Recombinant and purified allergens are currently available for determining specific IgE targe...
The present work reports on the quantification of total IgE in human serum using a microanalytical d...
Allergic reactions are pathological immune reactions against common, harmless environmental proteins...
The ever-increasing exchange of people and goods these last decades creates pandemic risks that shou...
Allergies represent the most prevalent non infective diseases worldwide. Approaching IgE-mediated se...
Cette thèse traite un sujet pluridisciplinaire, la conception d’un prototype de micro-capteur biolog...
BACKGROUND: Allergies represent the most prevalent non infective diseases worldwide. Approaching IgE...
IgE antibodies serve as the gatekeeper for the release of mediators from sensitized (IgE positive) m...
Abstract Background sIgE and s...
In the present article, a novel microfluidic immunosensor coupled with electrochemical detection for...
L’augmentation continue de la circulation des populations et des biens ces dernières décennies accen...
In this paper, we have developed and characterized a microfluidic magnetic immunosensor coupled to a...