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- Q98780973 description "artículu científicu espublizáu n'agostu de 2020" @default.
- Q98780973 description "im August 2020 veröffentlichter wissenschaftlicher Artikel" @default.
- Q98780973 description "scientific article published on 28 August 2020" @default.
- Q98780973 description "wetenschappelijk artikel" @default.
- Q98780973 description "наукова стаття, опублікована 28 серпня 2020" @default.
- Q98780973 name "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 name "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 type Item @default.
- Q98780973 label "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 label "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 prefLabel "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 prefLabel "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 P1433 Q98780973-0482A947-DEFC-41F3-8296-E8981B7BE4E6 @default.
- Q98780973 P1476 Q98780973-A11C8616-A2AE-4CA0-8FCC-AC24F2060D8E @default.
- Q98780973 P2093 Q98780973-18FD5165-0DA7-4171-B4CA-3A217C93CB9B @default.
- Q98780973 P2093 Q98780973-FF434C78-4771-49F2-9609-0F8704B2C225 @default.
- Q98780973 P31 Q98780973-5AB342A6-89FA-4EEF-A70E-C0857BA5C502 @default.
- Q98780973 P356 Q98780973-E1445EB0-EDCA-43C6-BF03-C263E6CFCC50 @default.
- Q98780973 P50 Q98780973-1A67C29A-D902-44A1-A35A-12997CB2B502 @default.
- Q98780973 P50 Q98780973-C204D80A-2309-46C5-969B-42B1A0A7BC62 @default.
- Q98780973 P577 Q98780973-6D086015-5001-4795-ADFE-92B594105D5F @default.
- Q98780973 P698 Q98780973-2B246913-0F0D-4159-9777-01B71C559302 @default.
- Q98780973 P819 Q98780973-41EEBFC5-CC18-4EB0-A898-44F237D1285B @default.
- Q98780973 P921 Q98780973-02BC76DA-C14B-4FE0-BAB1-50AFE037BA99 @default.
- Q98780973 P921 Q98780973-A5B8251D-0C93-4C30-B963-E0C557261F6E @default.
- Q98780973 P356 S00442-020-04730-9 @default.
- Q98780973 P698 32857190 @default.
- Q98780973 P1433 Q3349418 @default.
- Q98780973 P1476 "Compound-specific δ2H analysis highlights the relationship between direct assimilation and de novo synthesis of amino acids from food and water in a terrestrial mammalian omnivore" @default.
- Q98780973 P2093 "Bobby J Nakamoto" @default.
- Q98780973 P2093 "Marilyn L Fogel" @default.
- Q98780973 P31 Q13442814 @default.
- Q98780973 P356 "10.1007/S00442-020-04730-9" @default.
- Q98780973 P50 Q90019532 @default.
- Q98780973 P50 Q91791632 @default.
- Q98780973 P577 "2020-08-28T00:00:00Z" @default.
- Q98780973 P698 "32857190" @default.
- Q98780973 P819 "2020Oecol.193..827N" @default.
- Q98780973 P921 Q116467818 @default.
- Q98780973 P921 Q164509 @default.