Abstract: The method of labeling an image of cells of a patient, in particular an immunocytochemistry image comprises the following steps. First, a digital image of a stained immunocytochemistry biological sample of the patient is received. Following by the step that a computerized classification of cells in the digital image based on color, shape or texture in the digital image, the digital image is labeled by application of a trained neural network on at least one portion of the digital image which comprises a digital image of one cell classified under a first category during the computerized classification.

Abstract: The disclosed method proposes, for the mixing of a solid and dry granular mixture and a liquid bituminous binder, the solid and dry granular mixture being a mixture of two fractions of constituents, one of which is a coarse fraction including aggregates, the other fraction a fraction of submillimeter fines, that the mixing includes at least two consecutive mixing steps: an aggregate-preimpregnation step, consisting of mixing the coarse fraction of the granular mixture with a part of the bituminous binder, in a quantity at least sufficient for coating the aggregates and at least partially filling the open pore spaces of the aggregates; and a covering mixing step, which consists of mixing the preimpregnated coarse fraction of bituminous binder and originating from the first mixing step, with the balance of the bituminous binder, required for the manufacture of the electrodes, and with the fraction of fines of the granular mixture.

Abstract: The disclosed method proposes, for the mixing of a solid and dry granular mixture and a liquid bituminous binder, the solid and dry granular mixture being a mixture of two fractions of constituents, one of which is a coarse fraction including aggregates, the other fraction a fraction of submillimetre fines, that the mixing includes at least two consecutive mixing steps: an aggregate-preimpregnation step, consisting of mixing the coarse fraction of the granular mixture with a part of the bituminous binder, in a quantity at least sufficient for coating the aggregates and at least partially filling the open pore spaces of the aggregates; and a covering mixing step, which consists of mixing the preimpregnated coarse fraction of bituminous binder and originating from the first mixing step, with the balance of the bituminous binder, required for the manufacture of the electrodes, and with the fraction of fines of the granular mixture.

Abstract: The subject matter of the present invention concerns the preparation of a coated solid surface wherein the coating contains at least one in-plane oriented layer of anisotropic shaped objects through a specific spraying method, and the device enabling this method.

Abstract: The invention relates to a method for providing organic, semi-organic, mineral, inorganic and hybrid thin layers and thin layers containing nanoparticles, by simultaneous or alternate spraying of solutions of reactive partners (that is polymer/polymer interacting by hydrogen bonding, polyelectrolyte/small oligo-ion, inorganic compounds, etc.) on the surface of a solid substrate.

Abstract: The present invention relates to a novel process for synthesizing nanomaterials by mixing liquids in a quasi-2D microfluidic reactor. The invention also relates to the reactor for implementing this process.

Abstract: The invention relates to a method for providing organic, semi-organic, mineral, inorganic and hybrid thin layers and thin layers containing nanoparticles, by simultaneous or alternate spraying of solutions of reactive partners (that is polymer/polymer interacting by hydrogen bonding, polyelectrolyte/small oligo-ion, inorganic compounds, etc.) on the surface of a solid substrate.

Abstract: The invention concerns a method for constructing a functional living biomaterial, characterized in that it consists in assembling layer by layer (3D) a matrix and 2D layers of functional living cells by controlling their interactions and 3D structuring based on the desired organization and final shape of the biomaterial, wherein each layer has its own pattern adapted to the neighbouring layers and on the functionality of whole synthetic biomaterials. The invention is useful in the field of biomedicine and nanobiotechnology.