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- 01J2BE4AX94AWHAPXQ67VJMHWA classification A1.
- 01J2BE4AX94AWHAPXQ67VJMHWA date "2024".
- 01J2BE4AX94AWHAPXQ67VJMHWA language "eng".
- 01J2BE4AX94AWHAPXQ67VJMHWA type journalArticle.
- 01J2BE4AX94AWHAPXQ67VJMHWA hasPart 01J2BE5F5SC4CV9BM05ZW2GF2Q.pdf.
- 01J2BE4AX94AWHAPXQ67VJMHWA subject "Biology and Life Sciences".
- 01J2BE4AX94AWHAPXQ67VJMHWA doi "10.1016/j.isci.2024.109596".
- 01J2BE4AX94AWHAPXQ67VJMHWA issn "2589-0042".
- 01J2BE4AX94AWHAPXQ67VJMHWA issue "5".
- 01J2BE4AX94AWHAPXQ67VJMHWA volume "27".
- 01J2BE4AX94AWHAPXQ67VJMHWA abstract "The advancement of regenerative life support systems (RLSS) is crucial to allow long-distance space travel. Within the Micro -Ecological Life Support System Alternative (MELiSSA), efficient nitrogen recovery from urine and other waste streams is vital to produce liquid fertilizer to feed food and oxygen production in subsequent photoautotrophic processes. This study explores the effects of ionizing radiation on nitrogen cycle bacteria that transform urea to nitrate. In particular, we assess the radiotolerance of Comamonas testosteroni , Nitrosomonas europaea , and Nitrobacter winogradskyi after exposure to acute g - irradia- tion. Moreover, a comprehensive whole transcriptome analysis elucidates the effects of spaceflightanalogue low -dose ionizing radiation on the individual axenic strains and on their synthetic community o. This research sheds light on how the spaceflight environment could affect ureolysis and nitrification processes from a transcriptomic perspective.".
- 01J2BE4AX94AWHAPXQ67VJMHWA author 254d6258-59e1-11eb-ac7b-f4049cd9d13d.
- 01J2BE4AX94AWHAPXQ67VJMHWA author 35c4add0-46d9-11ea-b040-97b025bac0df.
- 01J2BE4AX94AWHAPXQ67VJMHWA author 73272464-35E5-11E3-9796-590011BDE39D.
- 01J2BE4AX94AWHAPXQ67VJMHWA author DD7363A8-712C-11E5-A2E3-1F5AB5D1D7B1.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:013bf063-a17d-426a-9683-55eaa95c4eb1.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:0faa984e-5405-4482-b3b9-b39b71afd342.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:4f43a90d-3673-41f7-9100-b9bc24de5c21.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:50975b7f-1799-480d-a841-387d6fd5eae2.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:6dc5e598-dd03-4cb7-bb7d-780d242ad27d.
- 01J2BE4AX94AWHAPXQ67VJMHWA author urn:uuid:a3f68728-9470-4b2f-bbb6-afe4b9439070.
- 01J2BE4AX94AWHAPXQ67VJMHWA dateCreated "2024-07-09T09:45:23Z".
- 01J2BE4AX94AWHAPXQ67VJMHWA dateModified "2024-12-12T20:51:26Z".
- 01J2BE4AX94AWHAPXQ67VJMHWA name "Radiotolerance of N-cycle bacteria and their transcriptomic response to low-dose space-analogue ionizing irradiation".
- 01J2BE4AX94AWHAPXQ67VJMHWA pagination urn:uuid:e381bfab-1dd3-4ba4-a716-b65bd0ef9da0.
- 01J2BE4AX94AWHAPXQ67VJMHWA sameAs LU-01J2BE4AX94AWHAPXQ67VJMHWA.
- 01J2BE4AX94AWHAPXQ67VJMHWA sourceOrganization urn:uuid:6a39d143-b98f-4caa-8e65-8ba06c8dfca2.
- 01J2BE4AX94AWHAPXQ67VJMHWA type A1.