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    (Image credit: Tomocube)
    tomocube
    (Image credit: Leica Microsystems)
    leica_microsystems
    FIGURE 3. 4D image of a dividing cell that was detected by Aivia in a feedback loop with LAS X from Leica Microsystems.
    (Image credit: Lingjie Kong)
    FIGURE 1. Schematic of neurochemical sensing in vivo with FOPECs.
    (Courtesy of Salk Institute)
    Salk researchers developed two wearable microscopes to image cellular activity in previously inaccessible regions of the spinal cord of moving mice in real time.

    Highlights

    (Courtesy of Jesús Pineda/University of Gothenburg)
    FIGURE 1. A depiction of cells exploring a landscape composed of graph networks.
    Justine Murphy
    March 6, 2023
    Researchers at the University of Gothenburg in Sweden tap artificial intelligence (AI) to overcome challenges that have long plagued the study of living cells.
    (Courtesy of Harsharan Singh Bhatia and Ali Ertürk, Helmholtz Munich)
    Aortic regions of a human heart whose vascular plaques have been analyzed by DISCO-MS, a 3D spatial-omics technology that uses robotics to acquire proteomics data from cells identified early in diseases.
    Justine Murphy
    Feb. 15, 2023
    Using spatial-omics, researchers could detect and analyze disease biomarkers at early stages of development, ultimately leading to quicker, more effective treatments.
    (Courtesy of Johns Hopkins University)
    With their new technique, the researchers viewed a zebrafish larvae, capturing whole-body volumetric recordings of its neural activity.
    Justine Murphy
    Jan. 19, 2023
    A new type of light-sheet microscopy provides a more comprehensive, distinct look than ever before at natural cell interactions.
    (Courtesy of Agilent Technologies)
    Cell Metabolism
    Natalia Romero
    Nov. 14, 2022
    Immune cell metabolism plays a central role in building next-generation cell therapies using solid-state sensors.
    Tomocube Squid Reflectins
    Oct. 7, 2020
    By changing this intrinsic physical property of the cell, microscopists could soon be using the refractive indices of live cells as molecular probes.
    Deep+z 1170 783
    Nov. 8, 2019
    Using a deep learning approach, researchers improved upon fluorescence microscopy to turn 2D images into stacks of virtual 3D slices showing activity inside organisms.
    215869 Web
    Nov. 4, 2019
    The light-switchable cells are designed to compensate for the lower insulin production or reduced insulin response found in diabetic individuals.
    Cytek Aurora 5 Laser (300 Dpi)
    Oct. 4, 2019
    The Aurora flow cytometer is available with up to five lasers to enable analyzing up to 40 markers simultaneously in one sample.
    Teledyne Princeton Instrument Blaze Spectroscopy 1500x
    Sept. 17, 2019
    For the spectroscopic imaging experiments, Kano's research group used a spectroscopy CCD camera with super-deep-depletion CCD to yield high near-infrared quantum efficiency.