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#cytometry — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cytometry, aggregated by home.social.

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  1. Experiment update by @MakerTobey - parts complete to build a first version of -based droplet-#cytometry light sheet assembly based on an fiber :
    experiment.com/u/rYin8w

  2. Experiment update by @MakerTobey - parts complete to build a first version of #OpenUC-based droplet-#cytometry light sheet assembly based on an #OpenSource fiber #laser:
    experiment.com/u/rYin8w
    #DIYbio #lab #instruments #imaging

  3. Experiment update by @MakerTobey - parts complete to build a first version of #OpenUC-based droplet-#cytometry light sheet assembly based on an #OpenSource fiber #laser:
    experiment.com/u/rYin8w
    #DIYbio #lab #instruments #imaging

  4. Experiment update by @MakerTobey - parts complete to build a first version of #OpenUC-based droplet-#cytometry light sheet assembly based on an #OpenSource fiber #laser:
    experiment.com/u/rYin8w
    #DIYbio #lab #instruments #imaging

  5. Experiment update by @MakerTobey - parts complete to build a first version of #OpenUC-based droplet-#cytometry light sheet assembly based on an #OpenSource fiber #laser:
    experiment.com/u/rYin8w
    #DIYbio #lab #instruments #imaging

  6. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  7. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  8. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  9. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  10. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  11. New plastic #pollution research by Keys et al. (2022).

    The group used a novel method (flow #cytometry, usually used to count and analyze cells in liquid culture or suspension) to count extremely tiny #plastic particles in #seabird pre-guano. They found very high abundances of particles per #bird.

    pubs.acs.org/doi/10.1021/acs.e

  12. New plastic #pollution research by Keys et al. (2022).

    The group used a novel method (flow #cytometry, usually used to count and analyze cells in liquid culture or suspension) to count extremely tiny #plastic particles in #seabird pre-guano. They found very high abundances of particles per #bird.

    pubs.acs.org/doi/10.1021/acs.e

  13. New plastic #pollution research by Keys et al. (2022).

    The group used a novel method (flow #cytometry, usually used to count and analyze cells in liquid culture or suspension) to count extremely tiny #plastic particles in #seabird pre-guano. They found very high abundances of particles per #bird.

    pubs.acs.org/doi/10.1021/acs.e

  14. New plastic #pollution research by Keys et al. (2022).

    The group used a novel method (flow #cytometry, usually used to count and analyze cells in liquid culture or suspension) to count extremely tiny #plastic particles in #seabird pre-guano. They found very high abundances of particles per #bird.

    pubs.acs.org/doi/10.1021/acs.e

  15. New plastic #pollution research by Keys et al. (2022).

    The group used a novel method (flow #cytometry, usually used to count and analyze cells in liquid culture or suspension) to count extremely tiny #plastic particles in #seabird pre-guano. They found very high abundances of particles per #bird.

    pubs.acs.org/doi/10.1021/acs.e