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    CRIMSON Projects To Create Next Generations Microscope

    CRIMSON Projects To Create Next Generations Microscope

    CRIMSON’s researchers started this week in the development of a coherent laser-based Raman spread microscope. The goal of the transdisciplinary, trans-national project is to create and implement a tool capable of producing 3D pictures that display the living cells and organoids. Moreover, with speedy classifying of the tissues with unparalleled biomolecular susceptibility, it can be included.

    A coherent laser-based Raman scattering microscope is planned in the CRIMSON project. Politecnico di Milano’s courtesy.

    The combination of lasing techniques in the form of artificial (high speed) intelligence data analysis will allow system users to observe intra- and inter-cellular dynamic changes in time-lapse imaging.

    The budget for the project is EUR 5 million, with a grant for the 42-month-long project under the European Union research and innovation program, Horizon 2020. The technology will be established in three research centers, Politecnico di Milano, the Leibniz Institute of Photonic Technology, and the Scientific Research Centre.

    Three collaborators in biomedicine (is the Istituto Nazionale Tumori, the Institute national de la Recherche medical research, and hospital de Jena) will use an interface validation dedicated to open access for cancer-related biological questions as glaring examples of the difficulty and broad variety of cellular diseases.

    CRIMSON Projects To Create Next Generations Microscope

    Rajat Singhhttps://bioinformaticsindia.com
    A Bioinformatics Masters degree from the G.N Khalsa Science and Commerce College (Mumbai). Blogger by choice and an enthusiastic person with a technical background and passion.

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