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  1. New computational method reveals chemoresistance drug targets

    The methylation of deoxycytosine to form 5-methylcytosine (5mC) is an important feature of cancer. Extensive DNA methylation and transcription analyses have ...

    存在位置 Research Info / 2018
  2. Study reveals genetic basis of quantitative traits and diseases in Japanese

    Osaka University-centered researchers presented one of the largest non-European genome-wide association study (GWAS) of quantitative biological traits to date, ...

    存在位置 Research Info / 2018
  3. Genome does not like to excessively change in male germ cells 存在位置 Research Info / 2018
  4. Dual control: plant peptide hormone generates distinct cell structures for water flow

    An international collaboration including Osaka University researchers has found that a peptide hormone regulates two different cell division processes that ...

    存在位置 Research Info / 2018
  5. Tiny DNA Reader to Advance Development of Anticancer Drugs

    Researchers at Osaka University have developed a novel method to determine exactly where anticancer drug molecules are incorporated into microscopic strands of ...

    存在位置 Research Info / 2019
  6. Helping select the cells with the most potential

    Little is known about the mechanisms by which mammalian cells grow and differentiate during the handful of days between fertilization of the egg and ...

    存在位置 Research Info / 2019
  7. A tadpole with a twist: Left–right asymmetric development of Oikopleura dioica 存在位置 Research Info / 2020
  8. Novel switch protein that ‘turns on’ sperm for fertilization

    Researchers from Osaka University and Baylor College of Medicine discovered a signaling cascade in which the testicular protein NELL2 travels through the lumen ...

    存在位置 Research Info / 2020
  9. DNA repair supports brain cognitive development

    Researchers at Osaka University showed that the enzyme Polβ functions in genome maintenance by preventing double-stranded breaks in DNA during brain ...

    存在位置 Research Info / 2020
  10. Meet the Smurfs: A bone metabolism family

    Researchers from Osaka University and Ehime University have found that protein Smurf2 can regulate a cellular pathway that affects bone metabolism. Smurf2 can ...

    存在位置 Research Info / 2020
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