New Strategy to 'Directly Inhibit Bacterial Toxins' Paves the Way for the Future of Gas Gangrene Treatment
Juntendo University has announced a groundbreaking strategy to treat gas gangrene by directly inhibi… · 2026-04-17
Juntendo University has announced a groundbreaking strategy to treat gas gangrene by directly inhibi… · 2026-04-17
順天堂大學研究團隊發現 UFM1 修飾因子 CDK5RAP3 異常會導致致死性神經發育障礙,首度證實「基質選擇破綻」為病理機制。 · 2026-05-13
順天堂大學等機構研發出新型化合物「Ryanozole」,能在不損害心臟功能的情況下有效抑制心律不整,有望成為CPVT的新型治療藥物。 · 2026-05-13
順天堂大學研究團隊利用大規模資料庫,找出能有效預測心臟結節病患者心肌活檢陽性的三大關鍵指標,有助提升診斷效率與安全性。 · 2026-05-14
The Tokyo Intractable Disease Consultation and Support Center and Juntendo University Hospital will … · 2026-05-12
A joint research by Morinaga Milk and Juntendo University suggests that human-derived Bifidobacteriu… · 2026-05-08
Juntendo University researchers discovered that the properties of p62 protein aggregates, crucial fo… · 2026-05-05
A research group led by Professor Tadashi Kato of Juntendo University and Representative Director Ya… · 2026-04-30
AI has identified key factors for longevity, pinpointing the turning point of aging from data of 5,8… · 2026-04-15
Juntendo University has announced a groundbreaking strategy to treat gas gangrene by directly inhibi… · 2026-04-17
AI has identified key factors for longevity, pinpointing the turning point of aging from data of 5,8… · 2026-04-15
A research group at Juntendo University identified that mutations in CDK5RAP3, a key factor in UFM1 … · 2026-05-13