About Sony Biotechnology

  • Introduction to Spectral Flow Cytometry

    In this educational article we compare spectral technology to traditional flow cytometry and the advantages offered by spectral flow cytometry.

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  • Allergic Inflammation: Cell Signaling and Epigenetic Mechanisms Underpinning Inflammatory Responses

    As the global prevalence of allergic inflammation continues to rise, efforts towards discovery of novel therapeutic modalities are very significant. Canadian immunologist Dr. MacNeil and his team pursue this using flow cytometry to identify the mechanism of allergy induced inflammation. Using the Sony SH800 cell sorter, Dr. MacNeil's lab sorts hematopoetic stem cells for immune profiling of the activated mast cell population. Individual cells from this population are sorted into a 96-well plate— for studying genetic and epigenetic basis of allergic response.

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  • Barcoding Nuclei to Illuminate Single-Cell Epigenetics

    Single-cell sequencing has proven invaluable to understanding the biology of heterogeneous samples such as brain or tumor tissues. However, sorting individual cells into wells for downstream sequencing does not provide adequate throughput needed for meaningful analysis of the epigenetic states of the cells. To address this challenge, this research team developed a new methodology to analyze properties of single cells by labeling cell nuclei with DNA "barcodes" and distributing them using the SH800 sorter from Sony Biotechnology.

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  • Pandemic Prevention: The Sprint Toward Protective Antibody Treatments

    Can antibodies be used as potential complements to vaccines? This team scours the planet looking for human donors to isolate PBMCs from those exposed to Rift Valley Fever in Kenya, to Ebola survivors. Supporting this important work, the Sony SH800 cell sorter has become an essential tool to isolate the right cells for a pipeline to generate antibody sequences that will ultimately build effective medical countermeasures.

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  • Engineering New Functionality into Cas9

    David Savage's laboratory uses progressive cell sorting of large libraries to allosterically engineer protein biosensors and direct the genome editing activity of Cas9. Second in a series of real-world applications for the Sony SH800 cell sorter.

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  • Modeling Cardiac Abnormalities in Stem Cell-Derived Cardiomyocytes

    Learn how a developmental cell biology lab combined single-cell sorting with RNA sequencing to accelerate stem cell maturation and model cardiac abnormalities. This is the first in our profile series of real-world applications for the Sony SH800 cell sorter.

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