• HOME
  • Research Results
  • Collaboration Schemes
  • Major Centers and
    Institutes
  • About Us
  • EN
  • JP

Research Results

Search Research Results

※The faculty's job titles and affiliations are as of the time of article publication and may differ from the latest information.

Category

─ Browse by Category ─
  • Environment&Energy
  • Climate Change/Energy/Green Transformation (GX)
  • Nature Positive/Biodiversity
  • Circular Economy
  • Food,Agriculture,Forestry,&Fisheries
  • Disaster-prevention
  • Nursing&Healthcare
  • Digital&AI
  • Mobility
  • Infrastructure
  • Fusion
  • Information&Communication
  • Space
  • Quantum
  • Semi-conductor
  • Materials
  • Bioeconomy
  • Resources
  • Ocean
  • Medical&Healthcare
  • Education&Human Resource Development
  • Health&Sports
  • Management & Organizational Operations & Design
  • Multidisciplinary

Keyword Search

─ Search research outcomes by keywords. ─
    • Digital&AI
    • Medical&Healthcare
    2026.04.20
    • Digital&AI
    • Medical&Healthcare
    日本のB型・C型肝炎の持続感染者(キャリア)数は大幅に減少し、WHO目標をほぼ達成~全国規模の疫学ビッグデータと数理モデルにより、2020年時点の感染状況と2050年までの将来予測を提示~
    • Information&Communication
    • Space
    • Materials
    2026.04.14
    • Information&Communication
    • Space
    • Materials
    小惑星リュウグウから予想外の巨大有機分子を発見 ―従来の常識を覆す立体構造を持つ巨大有機分子を直接観察―
    • Bioeconomy
    • Medical&Healthcare
    2025.09.24
    • Bioeconomy
    • Medical&Healthcare
    A novel therapeutic strategy for Japanese-prevalent mutations in glycogen storage disease type Ia using advanced splicing-regulatory oligonucleotides
    • Nursing&Healthcare
    • Digital&AI
    • Medical&Healthcare
    2026.04.13
    • Nursing&Healthcare
    • Digital&AI
    • Medical&Healthcare
    人工呼吸器を外した後に起こる「抜管後肺炎」(PEP)を独立した疾患として初めて提唱—3万例超のビッグデータでリスク要因を初めて明らかに—
    • Information&Communication
    • Quantum
    • Multidisciplinary
    2026.04.07
    • Information&Communication
    • Quantum
    • Multidisciplinary
    誰も見ていないとき、光子は依然として粒子なのだろうか? ~単一光子干渉の物理的解明への第一歩~
    • Food,Agriculture,Forestry,&Fisheries
    • Digital&AI
    • Ocean
    2026.04.07
    • Food,Agriculture,Forestry,&Fisheries
    • Digital&AI
    • Ocean
    チリの赤潮発生を高精度で予測する新手法を開発 ―日本・チリ国際共同研究で養殖産業を守る早期警戒システム構築に道筋―
    • Bioeconomy
    2026.04.02
    • Bioeconomy
    真菌の遺伝子機能注釈を向上させる新手法を開発 ― シイタケおよびダイズさび病菌を例に ―
    • Food,Agriculture,Forestry,&Fisheries
    • Health&Sports
    2025.05.26
    • Food,Agriculture,Forestry,&Fisheries
    • Health&Sports
    〜デーツの健康効果に新たな知見〜 線虫を用いた実験で、寿命延長の可能性を確認
    • Environment&Energy
    • Nature Positive/Biodiversity
    • Medical&Healthcare
    2025.12.22
    • Environment&Energy
    • Nature Positive/Biodiversity
    • Medical&Healthcare
    寒さに耐える冬眠動物の筋幹細胞 ~再生能力を意図的に抑える「省エネ戦略」~
    • Space
    2025.11.19
    • Space
    Astronomers discover a superheated star factory in the early universe
    • Medical&Healthcare
    2025.12.17
    • Medical&Healthcare
    Overseas Transfer of Japanese Medical Equipment and Technology: Evaluating the Effectiveness of Mobile Fetal Heart Rate Monitors for Safe Delivery in Low-Income Countries
    • Environment&Energy
    • Nature Positive/Biodiversity
    2025.12.15
    • Environment&Energy
    • Nature Positive/Biodiversity
    トドの赤ちゃんが動作とサインのつながりを学習し、見分けられることが世界で初めて明らかに!
〈678〉
Copyright © 2020- Hiroshima University