{"schema":"hottub-news/story/v1","story":"st_acxh6ymg3gxixefapevq","title":"分子状水素は環境放射線に対する「守護分子」になり得るか｜MiZ・慶應義塾大学 Medical Gas Research 総説論文","title_en":"Can molecular hydrogen become a 'guardian molecule' against environmental radiation? | MiZ, Keio University Medical Gas Research review paper","outlets":1,"brief":null,"page":"https://hottub.news/stories/can-molecular-hydrogen-become-a-guardian-molecule-against-environmental-acxh6ymg3g","count":1,"items":[{"id":"n_acxh6ymg3gxixefapevq","seq":1275397,"kind":"press_release","title":"分子状水素は環境放射線に対する「守護分子」になり得るか｜MiZ・慶應義塾大学 Medical Gas Research 総説論文","title_en":"Can molecular hydrogen become a 'guardian molecule' against environmental radiation? | MiZ, Keio University Medical Gas Research review paper","url":"https://prtimes.jp/main/html/rd/p/000000098.000047753.html","summary":"[MiZ株式会社] MiZ株式会社（神奈川県鎌倉市）と慶應義塾大学の共同研究による総説論文「Hydrogen: A Potential Guardian Against Environmental Radiation Damage（水素：環境放射線に挑む守護神）」が国際学術誌 Medical Gas ...","published":"2026-10-02T05:40:44Z","seen":"2026-10-02T06:02:55Z","lang":"ja","country":"JP","source":{"id":"prtimes-jp","name":"PR TIMES (Japan)","domain":"prtimes.jp","outlet":{"wikidata":"Q118038380","name":"PR TIMES","type":"other","country":"JP","designations":["communications media"]}},"via":"prtimes-jp","topics":["business"],"entities":[{"id":"Q815432","name":"Keio University","type":"org"}],"story":"st_acxh6ymg3gxixefapevq","category":"science-technology","category_p":0.46000000834465027,"category2":"environment","sentiment":"positive","tone":0.25,"political":0.05999999865889549}]}