Ponti & Partners, S.L.P

The present invention relates to a peptide or peptide cocktail and its use in the prevention and/or treatment of an oral inflammatory disease induced by oral pathogenic bacteria or any systemic disease which is negatively affected by said pathogenic bacteria.

The present invention relates to diamine oxidase (DAO) for use in the treatment of infertility.

The present invention relates to a universal modular structure formed by various elements of identical or similar configuration that are coupled together to form a scalable structure assembly according to the design requirements. The modular structure is configured from closed section tubular profiles, with their hollow and accessible interior having multiple fastening holes and coupling and/or through holes, standardised and compatible with the fastening and joining elements between tubular profiles of the same universal modular structure. The invention also relates to working structures comprising universal modular structures as above for forming an assembly with functional applications for support of devices, tools, equipment or the like.

The present invention relates to a modular positioning system for tools or the like, which allows the fixing, positioning and orientation in space of said tools or the like to ensure their correct location and orientation in the performance of their function. This modular system comprises positioning parts with at least two degrees of freedom of adjustment of the position of the tool, and it can also comprise one or more auxiliary connection parts to the reference structure, allowing up to six degrees of freedom of adjustment and thus achieving the application of tightening forces perpendicular to parts to be clamped. All this creating a flexible, modular, self-assembling and recoverable system, without the need for the specific creation of elements that, outside the specific application, have no way of being reused.

The present disclosure relates to a device for collecting gastrointestinal fluids/particles or samples. The present disclosure also relates to a process of collecting gastrointestinal fluids/particles or samples by the ingestible device. The ingestible device of the present disclosure is designed to non-invasively collect gastrointestinal particles, including biomolecules and components of the residing gut microbiome, with precise spatial resolution along the gastrointestinal (GI) tract. Upon deployment, the device's design and/or actuation mechanism facilitates the capture of gastrointestinal fluids and associated particles within those fluids. These samples are securely stored within the device until its natural egestion, after which the collected material can be subjected to further bio/chemical analyses.

The present invention relates to an audio-visual equipment for an operating room, comprising a cabinet comprising: - an enclosure (2) for housing electrical and electronic components, the enclosure (2) having a front opening (2a), and - a front door (1) hinged to the enclosure (2) to, when in a closed position, close the front opening (2a) in a water- and dust-proof sealing manner. The audio-visual equipment further comprises a ventilation system comprising vent holes (V1, V2) defined in a back face and/or side face of the enclosure (2) and is configured and arranged for cooling the electrical and electronic components by air convection through said vent holes (V1, V2), without forced ventilation.

The present invention relates to an autothermal catalytic reactor for the conversion of the CO<2>, contained in biogas, and hydrogen, which are in a molar fraction H<2>:CO<2> between 3.5 and 4.5, into renewable natural gas with a composition comprising more than 90% (v/v) CH<4>. The present invention also relates to a process for said conversion, wherein said process involves using the autothermal catalytic reactor.

The present invention relates to a computer-implemented method for determining a global cardiovascular/hemodynamic parameter of a subject, comprising: a) receiving data representative of non-invasive and optical measurements of microvascular local blood flow of a muscle or tissue of a current subject, previously acquired by optical techniques based on laser speckle statistics, wherein that muscle or tissue is in a non-compartmentalized area and has a limited autoregulatory performance where the local blood flow cannot be isolated from that of the systemic one; b) processing the data received at a); c) determining the global cardiovascular/hemodynamic parameter of the current subject or/and an index originating or representative of the global cardiovascular/hemodynamic parameter, based on the result of step b); and d) providing the determined global cardiovascular/hemodynamic parameter or/and the determined index. The present invention also relates to a system and a computer program implementing the method of the invention.

It comprises a reactor tank (R) and conveying means (2) for conveying the product inside said reactor tank (R), wherein said reactor tank (R) comprises a tubular body (1) provided with a heat transfer surface (S1) for the product to be treated, and is characterised in that said conveying means comprises a conveyor (2) without central shaft, wherein said conveyor (2) is rotatably mounted inside the tubular body (1) of the reactor tank (R), and wherein said conveyor (2) comprises contact means (11), said contact means (11) including material selected to generate a triboelectric effect by contact or friction with the material of the heat transfer surface (S1).

The present invention relates to a quantum dot population comprising silver chalcogenide quantum dots, wherein the silver chalcogenide quantum dots do not include phosphine or halide.The present invention also relates to a method for obtaining the quantum dot population of the invention, and to an optoelectronic device comprising the quantum dot population.