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2018-7-13
Brain function partly replicated by nanomaterials

Osaka University-centered researchers created extremely dense, random SWNT/POM network molecular neuromorphic devices, generating spontaneous spikes s...

2018-7-6
Step-by-Step Account of Systemic Lupus Erythematosus Development Revealed

Osaka University researchers elucidated the pathophysiology of systemic lupus erythematosus (SLE), an autoimmune disorder that causes inflammation and...

2018-7-6
Rays of hope for development of materials for 3D displays and medical applications

Scientists at Osaka University aligned two hexahelicenes in various orientations, theoretically examined, and proposed that S- and X-shaped double hex...

2018-6-29
New approach to treating infectious diseases as an alternative to antibiotics

Osaka University-led researchers clarified how pathogenic E. coli bacteria attached to the host intestinal epithelium. They revealed that type IV pili...

2018-6-27
Porous materials shed light on environmental purification

An international collaboration between Osaka University, Japan, and the University of Castilla, Spain, developed stable single-crystalline porous hydr...

2018-6-27
Key Protein Providing Defense Against “Jumping Genes” Identified

International researchers revealed the crucial function of the protein HP1a for piRNA biogenesis, which is important for transposon silencing. Transpo...

2018-6-26
Hope for New Catalysts with High Activity

Osaka University scientists elucidated the activation mechanism of NPG catalysts that made poisonous CO gas harmless....

2018-6-26
Rethinking Existing Method Opens New Doors for Cancer Diagnostics

Osaka University researchers overcame limitations of current DNA sequencers by using current-tunneling measurements to measure the base sequence and q...

2018-6-15
Competition for space: oncogenic mutant cells vs normal cells

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

2018-6-13
Ratchet Up the Pressure: Molecular Machine Exploits Motion in a Single Direction

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

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