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  1. Nothing to cry about: the development of tear duct organoids

    Researchers led by Osaka University developed a method for the generation of 3D lacrimal gland-like organoids, which model the characteristics of the tear ...

    Located in Research Info / 2022
  2. Decoy receptor protects against Omicron infection

    Researchers from Osaka University and Kyoto Prefectural University of Medicine have found that an engineered version of angiotensin-converting enzyme 2 (ACE2), ...

    Located in Research Info / 2022
  3. How fat could help in tailoring cancer treatment plans

    Osaka University researchers identified a biomarker that could potentially be used to evaluate if a liver cancer tumor will respond to certain immunotherapy ...

    Located in Research Info / 2022
  4. Maintaining the right niche for blood cell development Located in Research Info / 2022
  5. The surprising link between SARS-CoV-2 infection and new-onset diabetes

    Researchers from Osaka University have found that infection with SARS-CoV-2 activates the expression of IRF1, a key regulator of insulin/IGF signaling in ...

    Located in Research Info / 2022
  6. A new cause of Parkinson’s disease-related cell death

    Researchers from Osaka University have described a case of clinically typical Parkinson’s disease with unusual changes in the brain. As well as the expected ...

    Located in Research Info / 2022
  7. p53 in liver cancer: the ultimate betrayal?

    Osaka University researchers identified a novel mechanism by which expression of the tumor suppressor p53 paradoxically promotes liver cancer development in ...

    Located in Research Info / 2022
  8. Breakthrough in study of how epithelial cells become cancerous

    Researchers from Osaka University have shown that the oncogene-encoded molecule Src is responsible for epithelial cells developing invasive potential and ...

    Located in Research Info / 2022
  9. Hydrogen generated by Si-based agent attenuates inflammation in ulcerative colitis mouse model

    Osaka University researchers designed a silicon-based agent that successfully generated hydrogen continuously in the mouse gastrointestinal tract in an ...

    Located in Research Info / 2022
  10. Finding a way to defend a self-attack

    Osaka University researchers identified a specific subpopulation of cells in the thymus that are significantly involved in cases of thymus tumor called thymoma ...

    Located in Research Info / 2022
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