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Researchers at Osaka University used live imaging of the Drosophila embryonic hindgut and computer simulations to clarify that a novel cellular behavior called ...

A Japanese research team led by Osaka University developed a “ratchet-like molecular machine,” which promotes uni-directional molecular motion during ...

Osaka University-led researchers discovered how oncogenic mutant cells selectively expand into surrounding normal tissues and occupy them based on prediction ...

Osaka University-led researchers constructed integrated gene logic-chips called "gene nanochips." These self-contained nanochips can switch genes on or off ...

Japanese researchers developed a system that can automatically image single molecules within living cells. This system employs learning via neural networks to ...

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

Using knowledge of biological ion channels, Osaka University researchers developed a new crystalline material containing potassium that may one day replace the ...

Osaka University researchers shed light on the protein complexes and processes that enable microtubules to bind to the centromeres of chromosomes and ...

Osaka University researchers revealed that culturing human induced pluripotent stem cells with different isoforms of the extracellular component laminin led to ...