Name: Imaging Rapid Wound Detection in Translucent Zebrafish Larvae
Uploaded: 2020-02-19
Duration: 4 s
Description: How do white blood cells (left side, colored tracks) and epithelial cells (right, green/red fluorescence) rapidly detect wounds sites? We study the underlying mechanisms by imaging in live zebrafish larvae. Learn more

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    - Sloan Kettering Institute
      Pursuing basic and translational research across 9 programs and 100+ labs
    - Memorial Hospital research
      Focusing on clinical cancer research and population health
    - Human Oncology & Pathogenesis Program (HOPP)
      Bridging the lab and the clinic through translational research
    - Collaborative research centers
      Fostering interdisciplinary collaborations between laboratory scientists and clinicians
    - Extramural collaborations
      Partnering with other academic and research institutions
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    - Postdoctoral training
    - Gerstner Sloan Kettering Graduate School of Biomedical Sciences
      Offering a curriculum with a focus on cancer
    - PhD & MD/PhD programs
    - MSK Bridge program
      Connecting college seniors to future careers in biomedicine
    - High school & undergraduate summer programs
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VIDEO | 00:04

How do white blood cells (left side, colored tracks) and epithelial cells (right, green/red fluorescence) rapidly detect wounds sites? We study the underlying mechanisms by imaging in live zebrafish larvae.

Learn more

Changing how the world understands and treats cancer

Training the next generation of clinicians and scientists