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  1. Learning how cancer cells coordinate and collaborate to multiply and metastasize

    Researchers from Osaka University and the National Institute of Information and Communications Technology have cultured epithelial-like cancer cells on an ...

    存在位置 Research Info / 2020
  2. Lipids, lysosomes, and autophagy: the keys to preventing kidney injury

    Lysosomes are cellular waste disposal organelles containing potent enzymes that cause cellular damage if they leak out of ruptured lysosomes. In a recent study ...

    存在位置 Research Info / 2020
  3. Location is everything for plant cell differentiation

    During development, plant cell differentiation is guided by location rather than lineage. Now, researchers from Osaka University have shown that the ...

    存在位置 Research Info / 2019
  4. Magnesium makes chromosomes 存在位置 Research Info / 2018
  5. Mechanism of familial Parkinson’s disease clarified in fruit fly model

    Parkinson’s disease (PD) is a common neurodegenerative disorder, in which 15% of cases are linked to genetic mutations. The DNAJC13 gene has been linked to a ...

    存在位置 Research Info / 2018
  6. Methylation of microRNA may be a new powerful biomarker for cancer

    Researchers from Osaka University found that levels of methylated microRNA were significantly higher in tissue and serum from cancer patients compared with ...

    存在位置 Research Info / 2019
  7. Mirror, mirror… viewing your own face, even subconsciously, is rewarding

    Researchers from Osaka University have found that the subliminal presentation of images of one’s own face activates a central component of the dopamine reward ...

    存在位置 Research Info / 2021
  8. Mixing and matching yeast DNA 存在位置 Research Info / 2017
  9. Modeling the human eye in a dish

    Researchers from Osaka University developed and validated a novel PITX2-eGFP hiPSC reporter line to model the development of periocular mesenchymal cells. ...

    存在位置 Research Info / 2020
  10. Molecular Inhibition Gets Cells on the Move

    Osaka University researchers revealed that two molecules, PTEN and PIP3, mutually inhibit each other to ensure their exclusive distribution at opposite ends of ...

    存在位置 Research Info / 2018
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