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- Q91061056 description "article scientifique publié en 2019" @default.
- Q91061056 description "artículu científicu espublizáu n'ochobre de 2019" @default.
- Q91061056 description "im Oktober 2019 veröffentlichter wissenschaftlicher Artikel" @default.
- Q91061056 description "scientific article published on 30 October 2019" @default.
- Q91061056 description "wetenschappelijk artikel" @default.
- Q91061056 description "наукова стаття, опублікована 30 жовтня 2019" @default.
- Q91061056 name "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 name "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 type Item @default.
- Q91061056 label "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 label "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 prefLabel "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 prefLabel "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 P1433 Q91061056-C675734B-3AE8-4FC2-827B-7E7A37D49196 @default.
- Q91061056 P1476 Q91061056-2F6D45E1-9F62-40FC-BFF1-4E7DABDCFFB9 @default.
- Q91061056 P2093 Q91061056-1A79364B-E697-4171-BA6C-EC8181E7C904 @default.
- Q91061056 P2093 Q91061056-4FB0FBB0-99FE-4754-9E10-E9CA1F6A365E @default.
- Q91061056 P2093 Q91061056-50629A35-095D-458D-B450-B7052080131E @default.
- Q91061056 P2093 Q91061056-8D001721-010F-40FC-85F2-74253905FE29 @default.
- Q91061056 P2093 Q91061056-AD2A9526-4CCB-4B17-A984-09426154A0E0 @default.
- Q91061056 P2093 Q91061056-D49D9840-C47D-4405-A3AE-F35834BE55B7 @default.
- Q91061056 P2860 Q91061056-37335F06-B656-4D05-9925-FDBC085FE00B @default.
- Q91061056 P304 Q91061056-3A83A96F-2B9D-4DF5-90F2-78DCADBDBD03 @default.
- Q91061056 P31 Q91061056-0317CFB9-97D7-482D-957B-64AF5898B1A6 @default.
- Q91061056 P356 Q91061056-4711957C-654E-4CEE-95EA-29E5CD4D1CBA @default.
- Q91061056 P478 Q91061056-89AD390A-617A-413A-A77A-88F35356C65C @default.
- Q91061056 P577 Q91061056-A8B720F5-6B5C-4184-911F-F30C497F6697 @default.
- Q91061056 P698 Q91061056-C5FA75D4-2517-4591-AE4B-469DBEE6EB3B @default.
- Q91061056 P921 Q91061056-8A169F45-8440-4B3A-BE7B-CD9335AA84A8 @default.
- Q91061056 P356 J.JPROT.2019.103561 @default.
- Q91061056 P698 31676434 @default.
- Q91061056 P1433 Q15767060 @default.
- Q91061056 P1476 "Quantitative proteomics reveals the molecular mechanism of Aeromonas hydrophila in enoxacin stress" @default.
- Q91061056 P2093 "Lina Sun" @default.
- Q91061056 P2093 "Lishan Zhang" @default.
- Q91061056 P2093 "Wanxin Li" @default.
- Q91061056 P2093 "Xiangmin Lin" @default.
- Q91061056 P2093 "Yuexu Lin" @default.
- Q91061056 P2093 "Yuqian Wang" @default.
- Q91061056 P2860 Q24515682 @default.
- Q91061056 P304 "103561" @default.
- Q91061056 P31 Q13442814 @default.
- Q91061056 P356 "10.1016/J.JPROT.2019.103561" @default.
- Q91061056 P478 "211" @default.
- Q91061056 P577 "2019-10-30T00:00:00Z" @default.
- Q91061056 P698 "31676434" @default.
- Q91061056 P921 Q2697755 @default.