Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The present invention relates to a method for simultaneously detecting hybridization reactions and immunoreactions in a sample which may contain target analytes consisting of at least one nucleic acid and of at least one other ligand that is different in nature, characterized in that it comprises the steps consisting in: (i) depositing a known amount of volume of the sample diluted in a reaction buffer, onto a capture surface pre-coated with the partners for capturing said target analytes, said capture partners consisting of at least one nucleic acid probe and at least one antiligand, (ii) reacting at a temperature of between 15° C. and 60° C. and (iii) visualizing the hybridization reactions and immunoreactions thus obtained, and also to the use of this method for detecting diseases of infectious or metabolic origin or viral origin, for the industrial diagnosis of the presence of bacteria, and for identifying and/or quantifying biological molecules.

Abstract: The present invention relates to a method for simultaneously detecting hybridization reactions and immunoreactions in a sample which may contain target analytes consisting of at least one nucleic acid and of at least one other ligand that is different in nature, characterized in that it comprises the steps consisting in: (i) depositing a known amount of volume of the sample diluted in a reaction buffer, onto a capture surface pre-coated with the partners for capturing said target analytes, said capture partners consisting of at least one nucleic acid probe and at least one antiligand, (ii) reacting at a temperature of between 15° C. and 60° C. and (iii) visualizing the hybridization reactions and immunoreactions thus obtained, and also to the use of this method for detecting diseases of infectious or metabolic origin or viral origin, for the industrial diagnosis of the presence of bacteria, and for identifying and/or quantifying biological molecules.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: The invention concerns nucleic acids coding for polypeptides specific of the Neisseria genus pathogenic strains, the corresponding polypeptides, and their diagnostic and therapeutic applications.

Abstract: Process for depositing, on a substrate (1), a product of interest (2), according to a basic area (3) which has a low value, referred to as a “spot”, according to which process:

Abstract: The invention relates to a method for determining an analyte in a solution. This method includes the following steps: a) fixing and immobilizing said analyte, for example via the presence of a ligand L, on the inner surface of a conduit (3) having a reduced cross section over all or part (9) of it, and b) determining the variation in load loss of a fluid circulating inside the conduit, due to the analyte P which has been fixed and immobilized at least in the reduced cross section part (9) of said conduit during step a).

Abstract: The present invention relates to a method for at least one of detecting, quantifying or isolating at least one analyte from a liquid medium in which the analyte is distributed and comprises providing a reagent comprised of particles having a receptor for an analyte fixed to the particles distributed in the medium and a capturing means having an exposed surface defining an active zone. An intermediate reagent is formed by the complex of the reagent with the analyte. A second receptor is fixed in the active zone to capture either the analyte bound by the reagent or the receptor (capture partners). The active zone serves as a site of isolation and concentration of the capture partners.