BLASTP 2.12.0+
Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A.
Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J.
Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of
protein database search programs", Nucleic Acids Res. 25:3389-3402.
Reference for composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: 193b432a542c11fc8677539f2f44fc38.TrEMBL.fasta
22 sequences; 19,223 total letters
Query= ACIAD2550
Length=974
Score E
Sequences producing significant alignments: (Bits) Value
A0A7G2SCK3 Aminomethyltransferase [Acinetobacter sp] 1951 0.0
Q6F9E9 Sarcosine oxidase (Alpha subunit) oxidoreductase protein [... 1951 0.0
A0A0M1I651 Aminomethyltransferase [Acinetobacter sp. C15] 1902 0.0
A0A427M3V8 FAD-dependent oxidoreductase [Acinetobacter soli] 1902 0.0
N9BS10 Glycine cleavage system T protein [Acinetobacter soli NIPH... 1900 0.0
A0A1P8EF96 Aminomethyltransferase [Acinetobacter soli] 1895 0.0
A0A558F2F6 FAD-dependent oxidoreductase [Acinetobacter colistinir... 1639 0.0
A0A1V2UVJ3 Aminomethyltransferase [Acinetobacter genomosp. 33YU] 1627 0.0
A0A373B4J7 FAD-dependent oxidoreductase [Acinetobacter sp. SWAC57] 1619 0.0
A0A4R0FIN8 FAD-dependent oxidoreductase [Acinetobacter sp. ANC 4173] 1619 0.0
A0A241UVF3 Aminomethyltransferase [Acinetobacter sp. ANC 4204] 1615 0.0
A0A505MTJ8 (2Fe-2S)-binding protein [Acinetobacter baumannii] 1606 0.0
A0A2U3MY06 Aminomethyltransferase [Acinetobacter stercoris] 1596 0.0
D7R616 N-methyl glutamate dehydrogenase/oxidoreductase large subu... 797 0.0
A0A2Z2H592 Sarcosine oxidase subunit alpha [Kushneria konosiri] 542 4e-180
Q50LF0 Sarcosine oxidase subunit alpha [Corynebacterium sp. (stra... 434 2e-139
Q3ZDQ8 Heterotetrameric sarcosine oxidase alpha-subunit [Stenotro... 429 8e-138
Q2Z1K4 Dimethylglycine oxidase [Arthrobacter globiformis] 157 5e-42
Q5R1N2 Dye-linked L-proline dehydrogenase alpha2 subunit [Pyrococ... 123 3e-32
Q5R1N4 Dye-linked L-proline dehydrogenase alpha1 subunit [Pyrococ... 114 2e-29
O59088 Uncharacterized protein [Pyrococcus horikoshii (strain ATC... 114 2e-29
C6KH50 aminomethyltransferase [Rhizobium fredii] 107 2e-27
>A0A7G2SCK3 Aminomethyltransferase [Acinetobacter sp]
Length=973
Score = 1951 bits (5055), Expect = 0.0
Identities = 973/973 (100%), Positives = 973/973 (100%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR
Sbjct 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ
Sbjct 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG
Sbjct 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDPANRRQEI
Sbjct 961 APFYDPANRRQEI 973
>Q6F9E9 Sarcosine oxidase (Alpha subunit) oxidoreductase protein
[Acinetobacter baylyi (strain ATCC 33305 / BD413 / ADP1)]
Length=973
Score = 1951 bits (5055), Expect = 0.0
Identities = 973/973 (100%), Positives = 973/973 (100%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR
Sbjct 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ
Sbjct 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG
Sbjct 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDPANRRQEI
Sbjct 961 APFYDPANRRQEI 973
>A0A0M1I651 Aminomethyltransferase [Acinetobacter sp. C15]
Length=973
Score = 1902 bits (4927), Expect = 0.0
Identities = 943/973 (97%), Positives = 956/973 (98%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN LQRLPHPYG MIDRTQV+ FEFD QKYQGFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLALQRLPHPYGRMIDRTQVVAFEFDHQKYQGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTT+IQPQLRAAGQNFSGSLLKDS+AFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTDIQPQLRAAGQNFSGSLLKDSNAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEP IRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPFIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLRE+P NK AYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREVPRNKAAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVA++ KKLDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAQEIKKLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQ+ALGQPLN+Q
Sbjct 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQYALGQPLNIQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRD+QLVKRFSTVG
Sbjct 481 WPSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDIQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSAL TARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALSTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QH+EAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHLEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHD+DLSN AF YLGVREG I
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDIDLSNTAFPYLGVREGHI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGE+ISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGENISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDP N RQEI
Sbjct 961 APFYDPENHRQEI 973
>A0A427M3V8 FAD-dependent oxidoreductase [Acinetobacter soli]
Length=973
Score = 1902 bits (4926), Expect = 0.0
Identities = 943/973 (97%), Positives = 956/973 (98%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN LQRLPHPYG MIDRTQV+ FEFD QKYQGFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLALQRLPHPYGRMIDRTQVVAFEFDHQKYQGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTT+IQP LRAAGQNFSGSLLKDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTDIQPLLRAAGQNFSGSLLKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEP IRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPFIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNA+TAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNALTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLRE+P NK AYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREVPRNKAAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVA++ K LDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAQEIKTLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQ+ALGQPLN+Q
Sbjct 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQYALGQPLNIQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRD+QLVKRFSTVG
Sbjct 481 WPSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDIQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QH+EAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHLEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSN AF YLGVREG I
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNTAFPYLGVREGHI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGE+ISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGENISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDP N+RQEI
Sbjct 961 APFYDPENQRQEI 973
>N9BS10 Glycine cleavage system T protein [Acinetobacter soli
NIPH 2899]
Length=973
Score = 1900 bits (4922), Expect = 0.0
Identities = 942/973 (97%), Positives = 955/973 (98%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN LQRLPHPYG MIDRTQV+ FEFD QKYQGFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLALQRLPHPYGRMIDRTQVVAFEFDHQKYQGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTT+IQP LRAAGQNFSGSLLKDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTDIQPLLRAAGQNFSGSLLKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEP IRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPFIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLRE+P NK AYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREVPRNKAAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVA++ KKLDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAQEIKKLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHLSGLPQGLHVTGSVEG+HAIEQVVEHAKYTG LAAQ+ALGQPLN+Q
Sbjct 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGVHAIEQVVEHAKYTGILAAQYALGQPLNIQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRD+QLVKRFSTVG
Sbjct 481 WPSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDIQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QH+EAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHLEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFT LPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTMLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSN AF YLGVREG I
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNTAFPYLGVREGHI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGE+ISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGENISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDP N+RQEI
Sbjct 961 APFYDPENQRQEI 973
>A0A1P8EF96 Aminomethyltransferase [Acinetobacter soli]
Length=973
Score = 1895 bits (4908), Expect = 0.0
Identities = 940/973 (97%), Positives = 954/973 (98%), Gaps = 0/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN LQRLPHPYG MIDRTQV+ FEFD QKYQGFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLALQRLPHPYGRMIDRTQVVAFEFDHQKYQGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLPEEANVLADTT+IQP LRAAGQNFSGSLLKDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPEEANVLADTTDIQPLLRAAGQNFSGSLLKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYRAFYKPKGVWKLWEP IRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG
Sbjct 121 MPVGFYYRAFYKPKGVWKLWEPFIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT
Sbjct 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI
Sbjct 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLRE+P NK AYGAVKAKNVAC
Sbjct 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREVPRNKAAYGAVKAKNVAC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVA++ KKLDCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAQEIKKLDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
GGKLSYNDQKAEFHL+GLPQGLHVTGSVEGIH IEQVVEHAKYTG LAA++AL QPLN+Q
Sbjct 421 GGKLSYNDQKAEFHLAGLPQGLHVTGSVEGIHDIEQVVEHAKYTGILAAKYALEQPLNIQ 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRD+QLVKRFSTVG
Sbjct 481 WPSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDIQLVKRFSTVG 540
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA
Sbjct 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
QH+EAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS
Sbjct 601 QHLEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ
Sbjct 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSN AF YLGVREG I
Sbjct 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNTAFPYLGVREGHI 780
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH
Sbjct 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL
Sbjct 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVLEGE+ISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK
Sbjct 901 EGHIVLEGENISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
Query 961 APFYDPANRRQEI 973
APFYDP N+RQEI
Sbjct 961 APFYDPENQRQEI 973
>A0A558F2F6 FAD-dependent oxidoreductase [Acinetobacter colistiniresistens]
Length=971
Score = 1639 bits (4244), Expect = 0.0
Identities = 802/973 (82%), Positives = 885/973 (91%), Gaps = 2/973 (0%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN L RLP PYG ++DR+Q +EFEFD +K++GFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLNLPRLPLPYGILLDRSQEVEFEFDAEKFKGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTL+QLP EANVLADTT I L + GQNFSGSL+KDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLVQLPHEANVLADTTNIHSGLVSGGQNFSGSLMKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYR+FYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLF D+ +VG GPAG
Sbjct 121 MPVGFYYRSFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFTDIAIVGAGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAA+ GAKVLL+EQ+K+LGGSLNYARFD++G A LR+QL++AV HANI VMT
Sbjct 181 LQAALSAADAGAKVLLIEQDKILGGSLNYARFDLKGEKASALRQQLLSAVEQHANITVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
+++CNAWFTDHYLPVIQGKR+YKVRAKQCIVASGSFDQPV+FRNNDLPGVILTSAVQRLI
Sbjct 241 ESICNAWFTDHYLPVIQGKRLYKVRAKQCIVASGSFDQPVVFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAV+PGQ++ ILTG+DDGYLAALD ++AG++VVA+VD+RE + YGA+KAK + C
Sbjct 301 KLYAVQPGQRITILTGNDDGYLAALDFIDAGLNVVALVDMRETAKDTALYGALKAKKIPC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Y+GSTV+EALH+K MHRV GVD+RKIV+EG+VA ++KK+DCDVLCMSSGYMPVYQLLCQA
Sbjct 361 YMGSTVYEALHEKHMHRVTGVDVRKIVAEGEVATESKKIDCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQ 480
G KLSY+D KAEF +SGLP+GL+V GSV G+H +E V+E+A+ T LAA ALGQ
Sbjct 421 GAKLSYDDHKAEFTISGLPKGLYVAGSVNGVHTLEHVLENAQQTAKLAAARALGQADGGG 480
Query 481 SSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVG 540
S + + VNFPWPIF+HPKGKEFVDFDEDLQI+DIVNATKSGYRDVQLVKRFSTVG
Sbjct 481 SLQH--FSDQDVNFPWPIFSHPKGKEFVDFDEDLQIKDIVNATKSGYRDVQLVKRFSTVG 538
Query 541 MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA 600
MGPSQGRHSALPTARLVAKST RSVSETGVTTARPPFT EKLAHVAGR FDPYRQTPMHA
Sbjct 539 MGPSQGRHSALPTARLVAKSTDRSVSETGVTTARPPFTAEKLAHVAGRGFDPYRQTPMHA 598
Query 601 QHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS 660
+H+EAGA MMPAGNWQRPAFYGDA RLQ+IE+EV++VR VGMIDVSTLGGLE+RG DS
Sbjct 599 RHIEAGAKMMPAGNWQRPAFYGDANKRLQNIESEVQNVRQNVGMIDVSTLGGLEVRGADS 658
Query 661 AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ 720
AEF+NRLYTFGF KLPVGKTRYAVM+NE GVVIDDGVA RLSE+HFYVTATTSGVDRIYQ
Sbjct 659 AEFLNRLYTFGFAKLPVGKTRYAVMANEDGVVIDDGVAGRLSENHFYVTATTSGVDRIYQ 718
Query 721 QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSI 780
QMLKWN QWRLN+DITNVTTALAAVNIAGP SRAVMQK+CHDVDLSNAAF YLG+REG+I
Sbjct 719 QMLKWNVQWRLNVDITNVTTALAAVNIAGPNSRAVMQKLCHDVDLSNAAFPYLGLREGTI 778
Query 781 QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH 840
GIPVRILRVGFVGELGYEIHFPARYGEFMW+ LMQAGQ+F +KPFGVESQRLLRLEKGH
Sbjct 779 DGIPVRILRVGFVGELGYEIHFPARYGEFMWDKLMQAGQSFSMKPFGVESQRLLRLEKGH 838
Query 841 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL 900
IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSI ILE Q LKRKLVSFVLDK QEKPL
Sbjct 839 IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIEILEAQQLKRKLVSFVLDKHQEKPL 898
Query 901 EGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK 960
EGHIVL+G DISGNITSCEYSPTLDKIIGMAYVGI QSEVGQQFPIRVEKGA+VHATVVK
Sbjct 899 EGHIVLQGSDISGNITSCEYSPTLDKIIGMAYVGIEQSEVGQQFPIRVEKGAVVHATVVK 958
Query 961 APFYDPANRRQEI 973
APFYDP N+RQEI
Sbjct 959 APFYDPQNQRQEI 971
>A0A1V2UVJ3 Aminomethyltransferase [Acinetobacter genomosp. 33YU]
Length=971
Score = 1627 bits (4214), Expect = 0.0
Identities = 801/976 (82%), Positives = 887/976 (91%), Gaps = 8/976 (1%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN L RLP PYG+++DR+Q IEFEFD +K++GFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLNLPRLPLPYGTLLDRSQEIEFEFDAEKFKGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTL+QLP EANVLADTT I L + GQNFSGSL+KDSDAFLGKFSKF
Sbjct 61 PRAPLTMAGQDANTLVQLPHEANVLADTTSIHSGLVSGGQNFSGSLMKDSDAFLGKFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYR+FYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLF D+ +VG GPAG
Sbjct 121 MPVGFYYRSFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFTDIAIVGAGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAA+ GAKVLL+EQ+K+LGGSLNYARFD++G A LR+QL++AV HANI VMT
Sbjct 181 LQAALSAADAGAKVLLIEQDKILGGSLNYARFDLKGEKAGALRQQLLSAVEQHANITVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
+++CNAWFTDHYLPVIQGKR+YKVRAKQCIVASGSFDQPV+FRNNDLPGVILTSAVQRL+
Sbjct 241 ESICNAWFTDHYLPVIQGKRLYKVRAKQCIVASGSFDQPVVFRNNDLPGVILTSAVQRLM 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAV+PGQK+ ILTG+DDGYLAALD ++AG++VVA+VD+RE + YGA+KAK + C
Sbjct 301 KLYAVQPGQKMTILTGNDDGYLAALDFIDAGLNVVALVDMRETAKDAALYGALKAKKIPC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Y+GSTV+EALH+K MHRV GVD+RKIVSEG+V+ ++K++ CDVLCMSSGYMPVYQLLCQA
Sbjct 361 YMGSTVYEALHEKHMHRVTGVDVRKIVSEGEVSTESKQIACDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQP---L 477
G KLSY+D KAEF +SGLP+GL+V GSV G+H +E V+E+A+ T LAA ALGQ L
Sbjct 421 GAKLSYDDHKAEFTISGLPKGLYVAGSVNGVHTLEHVLENAQQTAKLAAVRALGQADEGL 480
Query 478 NVQSSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFS 537
++Q S+ VNFPWPIF+HPKGKEFVDFDEDLQI+DIVNATKSGYRDVQLVKRFS
Sbjct 481 SLQQFSD-----QDVNFPWPIFSHPKGKEFVDFDEDLQIKDIVNATKSGYRDVQLVKRFS 535
Query 538 TVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTP 597
TVGMGPSQGRHSALPTARLVAKST RSVSETGVTTARPPFT EKLAHVAGR FDPYRQTP
Sbjct 536 TVGMGPSQGRHSALPTARLVAKSTDRSVSETGVTTARPPFTAEKLAHVAGRGFDPYRQTP 595
Query 598 MHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRG 657
MHA+H++AGA MMPAGNWQRPAFYGDA RLQ+IE+EV++VR VGMIDVSTLGGLE+RG
Sbjct 596 MHARHLQAGAKMMPAGNWQRPAFYGDANKRLQNIESEVQNVRQNVGMIDVSTLGGLEVRG 655
Query 658 PDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDR 717
DSAEF+NRLYTFGF KLPVGKTRYAVM+NE GVVIDDGVA RLSE+HFYVTATTSGVDR
Sbjct 656 GDSAEFLNRLYTFGFAKLPVGKTRYAVMANEDGVVIDDGVAGRLSENHFYVTATTSGVDR 715
Query 718 IYQQMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVRE 777
IYQQMLKWN QWRLN+DITNVTTALAAVNIAGP SRAVMQKVC DVDLSNAAF YLG+RE
Sbjct 716 IYQQMLKWNVQWRLNVDITNVTTALAAVNIAGPNSRAVMQKVCMDVDLSNAAFPYLGLRE 775
Query 778 GSIQGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLE 837
G+I GIPVRILRVGFVGELGYEIHFPARYGEFMW+ LMQAGQ+F++KPFGVESQRLLRLE
Sbjct 776 GTIDGIPVRILRVGFVGELGYEIHFPARYGEFMWDKLMQAGQSFNMKPFGVESQRLLRLE 835
Query 838 KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQE 897
KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSI ILE Q LKRKLVSFVLDK QE
Sbjct 836 KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIEILEAQQLKRKLVSFVLDKHQE 895
Query 898 KPLEGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHAT 957
KPLEGHIVL+G DISGNITSCEYSPTLDKIIGMAYVGI QSEVGQQFPIRVEKGA+VHAT
Sbjct 896 KPLEGHIVLQGNDISGNITSCEYSPTLDKIIGMAYVGIEQSEVGQQFPIRVEKGAVVHAT 955
Query 958 VVKAPFYDPANRRQEI 973
VVKAPFYD N+RQEI
Sbjct 956 VVKAPFYDSQNQRQEI 971
>A0A373B4J7 FAD-dependent oxidoreductase [Acinetobacter sp. SWAC57]
Length=971
Score = 1619 bits (4193), Expect = 0.0
Identities = 798/976 (82%), Positives = 885/976 (91%), Gaps = 8/976 (1%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN L RLP PYG+++DR+Q IEFEFD +K++GFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLNLPRLPLPYGTLLDRSQEIEFEFDAEKFKGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLP EANVLADTT I L ++GQNFSGSL+KDSDAFLG+FSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPHEANVLADTTIIHSGLVSSGQNFSGSLMKDSDAFLGRFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYR+FYKPKGVWKLWEP+IRKKAGLGVLDLNFEPEYYDKAYLF D+ +VG GPAG
Sbjct 121 MPVGFYYRSFYKPKGVWKLWEPIIRKKAGLGVLDLNFEPEYYDKAYLFTDIAIVGAGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAA+ GAKVLL+EQ+K+LGGSLNYARFD++G A+ LR+QL++AV HANI VMT
Sbjct 181 LQAALSAADAGAKVLLIEQDKILGGSLNYARFDLKGEKANALRQQLLSAVEQHANITVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
+++CNAWFTDHYLPVIQGKR+YKVRAKQCIVASGSFDQPV+FRNNDLPGVILTSAVQRLI
Sbjct 241 ESICNAWFTDHYLPVIQGKRLYKVRAKQCIVASGSFDQPVVFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAV+PGQK+ ILTG+DDGYLAALD+++AG+++VA+VD+RE + YGA+KAK + C
Sbjct 301 KLYAVQPGQKITILTGNDDGYLAALDLIDAGLNIVALVDMRETAKDAALYGALKAKKIPC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Y+GST++EALH+K MHRV GVDIR IVSEG+V ++K + CDVLCMSSGYMPVYQLLCQA
Sbjct 361 YMGSTIYEALHEKHMHRVTGVDIRNIVSEGEVGTESKTIPCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQP---L 477
G KLSY+D KAEF LSGLP+GL+V GSV GIH +E V+E+A+ T LAA AL Q L
Sbjct 421 GAKLSYDDHKAEFTLSGLPKGLYVAGSVNGIHKLEHVLENAQQTAKLAATRALEQADEGL 480
Query 478 NVQSSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFS 537
++Q S+ VNFPWPIF+HPKGKEFVDFDEDLQI+DIVNATKSGYRDVQLVKRFS
Sbjct 481 SLQQFSD-----QDVNFPWPIFSHPKGKEFVDFDEDLQIKDIVNATKSGYRDVQLVKRFS 535
Query 538 TVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTP 597
TVGMGPSQGRHSALPTARLVAKST RSVSETGVTTARPPFT EKLAHVAGRSFDPYRQTP
Sbjct 536 TVGMGPSQGRHSALPTARLVAKSTDRSVSETGVTTARPPFTAEKLAHVAGRSFDPYRQTP 595
Query 598 MHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRG 657
MHA+H+EAGA MMPAGNWQRPAFYGDA RLQ+IE+EV +VR VGMIDVSTLGGLEIRG
Sbjct 596 MHARHIEAGAKMMPAGNWQRPAFYGDANKRLQNIESEVLNVRQNVGMIDVSTLGGLEIRG 655
Query 658 PDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDR 717
DSAEF+NRLYTFGF KLPVGKTRYAVM+NE GVVIDDGVA RLSE+HFYVTATTSGVDR
Sbjct 656 SDSAEFLNRLYTFGFAKLPVGKTRYAVMANEDGVVIDDGVAGRLSENHFYVTATTSGVDR 715
Query 718 IYQQMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVRE 777
IYQQMLKWN QWRLN+DITNVTTALAAVNIAGP SRAVMQ VC DVDLSNAAF YLG+R
Sbjct 716 IYQQMLKWNVQWRLNVDITNVTTALAAVNIAGPNSRAVMQMVCQDVDLSNAAFPYLGLRV 775
Query 778 GSIQGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLE 837
G+I GIPVRILRVGFVGELGYEIHFPARYGEFMW+ LMQAGQAFD++PFGVESQRLLRLE
Sbjct 776 GTIYGIPVRILRVGFVGELGYEIHFPARYGEFMWDKLMQAGQAFDMRPFGVESQRLLRLE 835
Query 838 KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQE 897
KGHIIISQDTDGMTHPQEVDLGWAVAR+KPWFVGKRSI ILE Q LKRKLVSFVLDK+QE
Sbjct 836 KGHIIISQDTDGMTHPQEVDLGWAVARSKPWFVGKRSIEILEAQNLKRKLVSFVLDKTQE 895
Query 898 KPLEGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHAT 957
KPLEGHIVL+G DISGNITSCEYSPTL++IIGMAYVGI QSE+GQQFPIRVEKG +VHAT
Sbjct 896 KPLEGHIVLDGNDISGNITSCEYSPTLNQIIGMAYVGIEQSEIGQQFPIRVEKGHVVHAT 955
Query 958 VVKAPFYDPANRRQEI 973
VVKAPFYDP N+RQEI
Sbjct 956 VVKAPFYDPKNQRQEI 971
>A0A4R0FIN8 FAD-dependent oxidoreductase [Acinetobacter sp. ANC
4173]
Length=971
Score = 1619 bits (4193), Expect = 0.0
Identities = 798/976 (82%), Positives = 884/976 (91%), Gaps = 8/976 (1%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN L RLP PYG+++DR+Q IEFEFD +K++GFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLNLPRLPLPYGTLLDRSQEIEFEFDAEKFKGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLP EANVLADTT I L + GQNFSGSL+KDSDAFLG+FSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPHEANVLADTTTIHSGLVSGGQNFSGSLMKDSDAFLGRFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYR+FYKPKGVWKLWEP+IRKKAGLGVLDLNFEPEYYDKAYLF D+ +VG GPAG
Sbjct 121 MPVGFYYRSFYKPKGVWKLWEPIIRKKAGLGVLDLNFEPEYYDKAYLFTDIAIVGAGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALS+A+ GAKVLL+EQ+K+LGGSLNYARFD++G A+ LR+QL++AV HANI VMT
Sbjct 181 LQAALSSADAGAKVLLIEQDKILGGSLNYARFDLKGEKANALRQQLLSAVEQHANITVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
+++CNAWFTDHYLPVIQGKR+YKVRAKQCIVASGSFDQPV+FRNNDLPGVILTSAVQRLI
Sbjct 241 ESICNAWFTDHYLPVIQGKRLYKVRAKQCIVASGSFDQPVVFRNNDLPGVILTSAVQRLI 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAV+PGQK+ ILTG+DDGYLAALD+++AG++VVA+VD+RE + YGA+KAK + C
Sbjct 301 KLYAVQPGQKITILTGNDDGYLAALDLIDAGLNVVALVDMRETAKDPALYGALKAKKIPC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Y+GSTV+EALH+K MHRV GVDIRKIVSEG+V ++K + CDVLCMSSGYMPVYQLLCQA
Sbjct 361 YMGSTVYEALHEKHMHRVTGVDIRKIVSEGEVGTESKTIPCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQP---L 477
G KLSY+D KAEF LSGLP+GL+V GSV GIH +E V+++A+ T LAA AL Q L
Sbjct 421 GAKLSYDDHKAEFTLSGLPKGLYVAGSVNGIHKLEHVLDNAQQTAKLAATRALEQADEGL 480
Query 478 NVQSSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFS 537
++Q S+ VNFPWPIF+HPKGKEFVDFDEDLQI+DIVNATKSGYRDVQLVKRFS
Sbjct 481 SLQQFSD-----QDVNFPWPIFSHPKGKEFVDFDEDLQIKDIVNATKSGYRDVQLVKRFS 535
Query 538 TVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTP 597
TVGMGPSQGRHSALPTARLVAKST RSVSETGVTTARPPFT EKLAHVAGRSFDPYRQTP
Sbjct 536 TVGMGPSQGRHSALPTARLVAKSTDRSVSETGVTTARPPFTAEKLAHVAGRSFDPYRQTP 595
Query 598 MHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRG 657
MH +H+EAGA MMPAGNWQRPAFYGDA RLQ+IE+EV++VR VGMIDVSTLGGLEIRG
Sbjct 596 MHTRHIEAGAKMMPAGNWQRPAFYGDANKRLQNIESEVQNVRQNVGMIDVSTLGGLEIRG 655
Query 658 PDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDR 717
DSAEF+NRLYTFGF KLPVGKTRYAVM+NE GVVIDDGVA RLSE+HFYVTATTSGVDR
Sbjct 656 SDSAEFLNRLYTFGFAKLPVGKTRYAVMANEDGVVIDDGVAGRLSENHFYVTATTSGVDR 715
Query 718 IYQQMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVRE 777
IYQQMLKWN QWRLN+DITNVTTALAAVNIAGP SRAVMQ VC DVDLSNAAF YLG+R
Sbjct 716 IYQQMLKWNVQWRLNVDITNVTTALAAVNIAGPNSRAVMQMVCQDVDLSNAAFPYLGLRV 775
Query 778 GSIQGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLE 837
G+I GIPVRILRVGFVGELGYEIHFPARYGEFMW+ LMQAGQAFD++PFGVESQRLLRLE
Sbjct 776 GTIYGIPVRILRVGFVGELGYEIHFPARYGEFMWDKLMQAGQAFDMRPFGVESQRLLRLE 835
Query 838 KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQE 897
KGHIIISQDTDGMTHPQEVDLGWAVAR+KPWFVGKRSI ILE Q LKRKLVSFVLDK+QE
Sbjct 836 KGHIIISQDTDGMTHPQEVDLGWAVARSKPWFVGKRSIEILEAQNLKRKLVSFVLDKTQE 895
Query 898 KPLEGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHAT 957
KPLEGHIVL+G DISGNITSCEYSPTLD+IIGMAYVGI QSE+GQQFPIRVEKG +VHA
Sbjct 896 KPLEGHIVLDGNDISGNITSCEYSPTLDQIIGMAYVGIEQSEIGQQFPIRVEKGHVVHAM 955
Query 958 VVKAPFYDPANRRQEI 973
VVKAPFYDP N+RQEI
Sbjct 956 VVKAPFYDPKNQRQEI 971
>A0A241UVF3 Aminomethyltransferase [Acinetobacter sp. ANC 4204]
Length=971
Score = 1615 bits (4181), Expect = 0.0
Identities = 796/976 (82%), Positives = 884/976 (91%), Gaps = 8/976 (1%)
Query 1 MSNSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHR 60
MSN L RLP PYG+++DR+Q IEFEFD +K++GFAGD+IASALIANQRWVMSRSFKYHR
Sbjct 1 MSNLNLPRLPLPYGTLLDRSQEIEFEFDAEKFKGFAGDSIASALIANQRWVMSRSFKYHR 60
Query 61 PRAPLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKF 120
PRAPLTMAGQDANTLIQLP EANVLADTT I L ++GQNFSGSL+KDSDAFLG+FSKF
Sbjct 61 PRAPLTMAGQDANTLIQLPHEANVLADTTIIHSGLVSSGQNFSGSLMKDSDAFLGRFSKF 120
Query 121 MPVGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG 180
MPVGFYYR+FYKPKGVWKLWEP+IRKKAGLGVLDLNFEPEYYDKAYLF D+ +VG GPAG
Sbjct 121 MPVGFYYRSFYKPKGVWKLWEPIIRKKAGLGVLDLNFEPEYYDKAYLFTDIAIVGAGPAG 180
Query 181 LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT 240
LQAALSAA+ GAKVLL+EQ+K+LGGSLNYARFD++G A+ LR+QL++AV HANI VMT
Sbjct 181 LQAALSAADAGAKVLLIEQDKILGGSLNYARFDLKGEKANALRQQLLSAVEQHANITVMT 240
Query 241 QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
+++CNAWFTDHYLPVIQGKR+YKVRAKQCIVASGSFDQPV+FRNNDLPGVILTSAVQRL+
Sbjct 241 ESICNAWFTDHYLPVIQGKRLYKVRAKQCIVASGSFDQPVVFRNNDLPGVILTSAVQRLM 300
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
KLYAV+PGQK+ ILTG+DDGYLAALD+++AG++VVA+VD+RE + YGA+KAK + C
Sbjct 301 KLYAVQPGQKITILTGNDDGYLAALDLIDAGLNVVALVDMRETAKDAALYGALKAKKIPC 360
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
Y+GSTV+EALH+K MHRV GVDIRKI+SEG+V +++ + CDVLCMSSGYMPVYQLLCQA
Sbjct 361 YMGSTVYEALHEKHMHRVTGVDIRKIISEGEVGTESQTIPCDVLCMSSGYMPVYQLLCQA 420
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQP---L 477
G KLSY+D KAEF LSGLP+GL+V GSV GIH +E V+E+A+ T LAA AL Q L
Sbjct 421 GAKLSYDDHKAEFTLSGLPKGLYVAGSVNGIHKLEHVLENAQQTAKLAATRALEQADEGL 480
Query 478 NVQSSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFS 537
++Q S+ VNFPWPIF+HPKGKEFVDFDEDLQI+DIVNATKSGYRDVQLVKRFS
Sbjct 481 SLQQFSD-----QDVNFPWPIFSHPKGKEFVDFDEDLQIKDIVNATKSGYRDVQLVKRFS 535
Query 538 TVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTP 597
TVGMGPSQGRHSALPTARLVAKST RSVSETGVTTARPPFT EKLAHVAGR FDPYRQTP
Sbjct 536 TVGMGPSQGRHSALPTARLVAKSTDRSVSETGVTTARPPFTAEKLAHVAGRRFDPYRQTP 595
Query 598 MHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRG 657
MHA+H+EAGA MMPAGNWQRPAFYGDA RLQ+IE+EV +VR VGMIDVSTLGGLEIRG
Sbjct 596 MHARHIEAGAKMMPAGNWQRPAFYGDANKRLQNIESEVLNVRQNVGMIDVSTLGGLEIRG 655
Query 658 PDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDR 717
DSAEF+NRLYTFGF KLPVGKTRYAVM+NE GVVIDDGVA RLSE+HFYVTATTSGVDR
Sbjct 656 SDSAEFLNRLYTFGFAKLPVGKTRYAVMANEDGVVIDDGVAGRLSENHFYVTATTSGVDR 715
Query 718 IYQQMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVRE 777
IYQQMLKWN QWRLN+DITNVTTALAAVNIAGP SRAVMQ VC DVDLSNAAF YLG+R
Sbjct 716 IYQQMLKWNVQWRLNVDITNVTTALAAVNIAGPNSRAVMQMVCQDVDLSNAAFPYLGLRV 775
Query 778 GSIQGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLE 837
G+I GIPVRILRVGFVGELGYEIHFPARYGEFMW+ LMQAGQ FD++PFGVESQRLLRLE
Sbjct 776 GTIYGIPVRILRVGFVGELGYEIHFPARYGEFMWDKLMQAGQDFDMRPFGVESQRLLRLE 835
Query 838 KGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQE 897
KGHIIISQDTDGMTHPQEVDLGWAVAR+KPWFVGKRSI ILE Q LKRKLVSFVLDK+QE
Sbjct 836 KGHIIISQDTDGMTHPQEVDLGWAVARSKPWFVGKRSIEILEAQNLKRKLVSFVLDKTQE 895
Query 898 KPLEGHIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHAT 957
KPLEGHIVL+G DISGNITSCEYSPTL++IIGMAYVGI QSE+GQQFPIRVEKG +VHAT
Sbjct 896 KPLEGHIVLDGNDISGNITSCEYSPTLNQIIGMAYVGIEQSEIGQQFPIRVEKGHVVHAT 955
Query 958 VVKAPFYDPANRRQEI 973
VVKAPFYDP N+RQEI
Sbjct 956 VVKAPFYDPKNQRQEI 971
>A0A505MTJ8 (2Fe-2S)-binding protein [Acinetobacter baumannii]
Length=971
Score = 1606 bits (4159), Expect = 0.0
Identities = 789/971 (81%), Positives = 868/971 (89%), Gaps = 3/971 (0%)
Query 3 NSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPR 62
+ +LQRLP PYGS+IDR IEF FDQQK+ GFAGD+IASAL+A QRWVMSRSFKYHRPR
Sbjct 4 SQILQRLPLPYGSLIDRQTTIEFVFDQQKFTGFAGDSIASALLAQQRWVMSRSFKYHRPR 63
Query 63 APLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKFMP 122
APLTMAGQDANTLIQLP EANVLADTTEI L +GQNFSGSLLKDS+A LGKFSKFMP
Sbjct 64 APLTMAGQDANTLIQLPHEANVLADTTEITTNLMVSGQNFSGSLLKDSNASLGKFSKFMP 123
Query 123 VGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQ 182
VGFYYR+F+KPKG WKLWEPLIRKKAGLGV+DL F+PEYYDKAYLF DV V+G GPAGLQ
Sbjct 124 VGFYYRSFFKPKGAWKLWEPLIRKKAGLGVIDLKFQPEYYDKAYLFTDVAVIGAGPAGLQ 183
Query 183 AALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMTQA 242
AALSAA +GAKVLL+EQEK+LGGSLNYARFD+ G A +LR +LV+A+ H+NI VM QA
Sbjct 184 AALSAANEGAKVLLIEQEKILGGSLNYARFDLTGKKAAELRAELVSAIEQHSNITVMKQA 243
Query 243 VCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLIKL 302
VCNAWFTDHYLPVIQGKRMYKVRAKQC+V SGSFDQPV+FRNNDLPGVILTSA QRLIKL
Sbjct 244 VCNAWFTDHYLPVIQGKRMYKVRAKQCVVTSGSFDQPVVFRNNDLPGVILTSAAQRLIKL 303
Query 303 YAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVACYL 362
YAVKPGQ +VILTG+DDGY AALD +EAG++V A+VDLR +NK AV+ K + CY+
Sbjct 304 YAVKPGQHIVILTGNDDGYYAALDFIEAGLNVTALVDLRTTAANKHLQQAVQQK-IKCYM 362
Query 363 GSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQAGG 422
GSTV+EALHD MHRV GV+IR IVSEG+V D KKLDCDVLCMSSGYMPVYQLLCQAGG
Sbjct 363 GSTVYEALHDTNMHRVTGVEIRNIVSEGRVGSDMKKLDCDVLCMSSGYMPVYQLLCQAGG 422
Query 423 KLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQSS 482
KLSY++QKAEF +SGLPQGLHV GSV G+H IE V+ A+Y LAA ALGQ +
Sbjct 423 KLSYDEQKAEFSISGLPQGLHVAGSVNGVHHIENVLSDARYVARLAAAQALGQ--DALQD 480
Query 483 SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVGMG 542
+L VNFPWPIF HPKGKEFVD+DEDLQIRDIVNATK GYRDVQLVKRFSTVGMG
Sbjct 481 YPVMLNEAAVNFPWPIFEHPKGKEFVDYDEDLQIRDIVNATKCGYRDVQLVKRFSTVGMG 540
Query 543 PSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHAQH 602
PSQGRHSALPTARLVAKSTQRS+SETGVTTARPPFTVEKLAHVAGR FDPYRQT MH++H
Sbjct 541 PSQGRHSALPTARLVAKSTQRSISETGVTTARPPFTVEKLAHVAGRGFDPYRQTAMHSRH 600
Query 603 VEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDSAE 662
+EAGA MMPAGNWQRPAFYG+ RL++I +EV +VR VG+IDVSTLGGL++RGPDSAE
Sbjct 601 IEAGAKMMPAGNWQRPAFYGNPDERLKNIADEVNNVRQNVGIIDVSTLGGLDVRGPDSAE 660
Query 663 FINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQQM 722
F+NRLYTFGF KLP+GKTRYAVM+NEHGVVIDDGVA RLSE+HFYVTATTSGVDRIYQQM
Sbjct 661 FLNRLYTFGFAKLPIGKTRYAVMANEHGVVIDDGVAGRLSENHFYVTATTSGVDRIYQQM 720
Query 723 LKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSIQG 782
LKWN QWRLN+DITNVTTALAAVNIAGP+SR VM+KVCHDVDLSN AF YLG+REG+I G
Sbjct 721 LKWNVQWRLNVDITNVTTALAAVNIAGPKSREVMKKVCHDVDLSNEAFPYLGLREGTIYG 780
Query 783 IPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGHII 842
IPVRILRVGFVGELGYEIHFPARYGEFMW+ L++AG+ F++KPFGVESQRLLRLEKGHII
Sbjct 781 IPVRILRVGFVGELGYEIHFPARYGEFMWDRLVEAGKPFNMKPFGVESQRLLRLEKGHII 840
Query 843 ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPLEG 902
ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILE QPLKRKLVSFVLDKSQE+PLEG
Sbjct 841 ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEAQPLKRKLVSFVLDKSQEQPLEG 900
Query 903 HIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAP 962
HIVLEGE+ISGNITSCEYSPTLDKIIG+AYVGI QSEVGQQFPIRVEKGA+V ATVVKAP
Sbjct 901 HIVLEGENISGNITSCEYSPTLDKIIGLAYVGIKQSEVGQQFPIRVEKGAIVFATVVKAP 960
Query 963 FYDPANRRQEI 973
FYDP N+RQE+
Sbjct 961 FYDPQNQRQEV 971
>A0A2U3MY06 Aminomethyltransferase [Acinetobacter stercoris]
Length=971
Score = 1596 bits (4133), Expect = 0.0
Identities = 788/971 (81%), Positives = 862/971 (89%), Gaps = 3/971 (0%)
Query 3 NSVLQRLPHPYGSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPR 62
+ LQRLP PYGS+IDR IEFEFDQQK GFAGD+IASAL+A QRWVMSRSFKYHRPR
Sbjct 4 SQTLQRLPLPYGSLIDRQTTIEFEFDQQKITGFAGDSIASALLAQQRWVMSRSFKYHRPR 63
Query 63 APLTMAGQDANTLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKFMP 122
APLTMAGQDANTLIQLP EANVLADT EI L +GQNFSGSLLKDS+A LGKFSKFMP
Sbjct 64 APLTMAGQDANTLIQLPHEANVLADTIEISNNLMVSGQNFSGSLLKDSNASLGKFSKFMP 123
Query 123 VGFYYRAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQ 182
VGFYYR+F+KPKGVWKLWEPLIRKKAGLGV+DLNF+PEYYDK YLF DV V+G GPAGLQ
Sbjct 124 VGFYYRSFFKPKGVWKLWEPLIRKKAGLGVVDLNFQPEYYDKVYLFTDVAVIGAGPAGLQ 183
Query 183 AALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMTQA 242
AALSAA GAKVLL+EQEK+LGGSLNYARFD+ G A +LR +LV+AV H+NI VM QA
Sbjct 184 AALSAANDGAKVLLIEQEKILGGSLNYARFDLAGKKAAELRTKLVSAVEQHSNITVMKQA 243
Query 243 VCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLIKL 302
VCNAWFTDHYLPVIQGKRMYKVRAKQC+VASGSFDQP +FRNNDLPGVILTSA QRLIKL
Sbjct 244 VCNAWFTDHYLPVIQGKRMYKVRAKQCVVASGSFDQPAVFRNNDLPGVILTSAAQRLIKL 303
Query 303 YAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVACYL 362
YAVK GQ++VILTG+DDGY AALD +EAG++V A+VDLR +NK V+ K + CY+
Sbjct 304 YAVKLGQRIVILTGNDDGYYAALDFIEAGLNVAALVDLRVTATNKHLQQTVQQK-IQCYM 362
Query 363 GSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQAGG 422
GSTV+EALHDK+MHRV GV+IR IVSEGQV D KKLDCDVLCMSSGYMPVYQLLCQAGG
Sbjct 363 GSTVYEALHDKSMHRVTGVEIRNIVSEGQVGSDVKKLDCDVLCMSSGYMPVYQLLCQAGG 422
Query 423 KLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQSS 482
KLSY++QKAEF +SGLP GLHV GSV G+H IE V+ A YT LAA ALGQ
Sbjct 423 KLSYDEQKAEFSISGLPHGLHVAGSVNGVHHIENVLSDAHYTAQLAAAQALGQA--APQD 480
Query 483 SNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVGMG 542
+L VNFPWPIF HPKGKEFVD+DEDLQIRDIVNATK GYRDVQLVKRFSTVGMG
Sbjct 481 HPVMLSEAAVNFPWPIFEHPKGKEFVDYDEDLQIRDIVNATKCGYRDVQLVKRFSTVGMG 540
Query 543 PSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHAQH 602
PSQGRHSALPTARLVAKSTQRS+SETGVTTARPPFTVEKLAHVAGR FDPYRQT MH++H
Sbjct 541 PSQGRHSALPTARLVAKSTQRSISETGVTTARPPFTVEKLAHVAGRGFDPYRQTAMHSRH 600
Query 603 VEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDSAE 662
+EAGA MMPAGNWQRPAFYG+ RL++I NEV +VR VG+IDVSTLGGL++RGPDSAE
Sbjct 601 LEAGAKMMPAGNWQRPAFYGNPDERLKNIANEVNNVRQNVGIIDVSTLGGLDVRGPDSAE 660
Query 663 FINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQQM 722
F+NRLYTFGFTKLP+GKTRYAVM+NEHGVVIDDGVA RLSE+HFYVTATTSGVDRIYQQM
Sbjct 661 FLNRLYTFGFTKLPIGKTRYAVMANEHGVVIDDGVAGRLSENHFYVTATTSGVDRIYQQM 720
Query 723 LKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSIQG 782
LKWN QW LN+DITNVTTALAAVNIAGP+SR VM++VCHDVDLSN AF YLG+REG I G
Sbjct 721 LKWNVQWHLNVDITNVTTALAAVNIAGPKSREVMKQVCHDVDLSNEAFPYLGLREGMIYG 780
Query 783 IPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGHII 842
IPVRILRVGFVGELGYEIHFPARYGEFMW+ LM+AG+ F+++PFGVESQRLLRLEKGHII
Sbjct 781 IPVRILRVGFVGELGYEIHFPARYGEFMWDKLMEAGKPFNMQPFGVESQRLLRLEKGHII 840
Query 843 ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPLEG 902
ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILE QPLKRKLVSFVLDKSQE+PLEG
Sbjct 841 ISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILETQPLKRKLVSFVLDKSQEQPLEG 900
Query 903 HIVLEGEDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAP 962
HIVL+GE+ISGN+TSCEYSPTLDKIIG+AYVGI QSEVGQQF IRVEKGA V ATVVKAP
Sbjct 901 HIVLDGENISGNVTSCEYSPTLDKIIGLAYVGIKQSEVGQQFQIRVEKGATVLATVVKAP 960
Query 963 FYDPANRRQEI 973
FYDP N+RQE+
Sbjct 961 FYDPQNQRQEV 971
>D7R616 N-methyl glutamate dehydrogenase/oxidoreductase large
subunit C [Methyloversatilis universalis]
Length=960
Score = 797 bits (2059), Expect = 0.0
Identities = 424/964 (44%), Positives = 604/964 (63%), Gaps = 20/964 (2%)
Query 17 IDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPRAPLTMAGQDANTLI 76
+DR++ + F F+ + ++G AGD+IASAL A + RSFKYHR R L+ A D N ++
Sbjct 6 LDRSRTVRFRFEGRSFEGLAGDSIASALWAAGQRSQGRSFKYHRVRGILSAANHDVNVMM 65
Query 77 QLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKFMPVGFYYRAFYKPKGV 136
Q + N D ++ + N G L D L K S+F+PVGFYY+AF+ K +
Sbjct 66 QDGPKLNTRGDVVAVREGMDLTAVNTFGGLANDKARHLNKLSRFLPVGFYYKAFHN-KRL 124
Query 137 WKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQAALSAAEQGAKVLL 196
+ LWE + R+ GLGV+D + K Y F DV+V+G GP+GL AALSAAE GA V++
Sbjct 125 FPLWEKMFRRITGLGVVDFSTPHIRTQKRYDFCDVLVIGAGPSGLAAALSAAEAGASVVV 184
Query 197 VEQEKLLGGSLNYARFDVEGVVADQLREQ----LVNAVTAHANIQVMTQAVCNAWFTDHY 252
++ GGS + + AD R Q L+ V AH I+++ A++ D +
Sbjct 185 CDENARAGGSGLFQ------LGADGARRQHTVSLLQQVKAHPRIRLLEGTYAGAYYADRW 238
Query 253 LPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLIKLYAVKPGQKVV 312
+P+I RM K+RAK IVASG+++QP +FRNNDLPG++ SA+QRLI YAVKP V
Sbjct 239 VPLIDENRMTKMRAKSVIVASGAYEQPSVFRNNDLPGIMNGSAMQRLIYRYAVKPCNTAV 298
Query 313 ILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVACYLGSTVFEALHD 372
+L + DGY ALD+L AG V AV+D+R A++AK V G V+EA H
Sbjct 299 VLAANADGYRVALDLLAAGAAVAAVLDMRASVPASPLADALRAKGVEILAGHAVYEA-HA 357
Query 373 KTMHRVHGVDIRKIVSEGQVAEDA-KKLDCDVLCMSSGYMPVYQLLCQAGGKLSYNDQKA 431
+ GV +I G+V + +++ CD + MS+G+ P LL QAG ++ ++D
Sbjct 358 DGKGELAGVTACRIDGSGRVVSGSQRRISCDGVAMSTGWSPAANLLYQAGTRMRFDDLLQ 417
Query 432 EFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPLNVQSSSNTVLKNNP 491
+F LP+G+ G V G+ +E + + G AA +A V S +
Sbjct 418 QFVPEQLPEGVFACGKVNGVFRLESRITDGQRAGLAAAANA---GFEVSGSITVPAETES 474
Query 492 VNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDVQLVKRFSTVGMGPSQGRHSAL 551
+ WP+ AHP GK FVDFDEDLQ++D NA + GY +++L+KRFSTVGMGPSQG+HS +
Sbjct 475 PSHAWPVVAHPDGKNFVDFDEDLQVKDFENAVQEGYDNIELLKRFSTVGMGPSQGKHSNM 534
Query 552 PTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHAQHVEAGATMMP 611
R++A+ T +S + G TTARP F L+H+AGR F P R +P+H +H GA M
Sbjct 535 TALRILARLTGKSPQQVGTTTARPFFHPVPLSHLAGRGFSPQRHSPLHGRHAALGAVFMQ 594
Query 612 AGNWQRPAFYG-DAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDSAEFINRLYTF 670
AG W+RP +Y R+ I E + VR V +IDV TLG LEIRGP + EF+NR+YT
Sbjct 595 AGAWERPEYYAVPGKSRIDCIREEARRVRTAVALIDVGTLGKLEIRGPQAGEFLNRVYTG 654
Query 671 GFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQQMLKWNAQWR 730
+ + VG TRYAVM +E GV+ D+GV AR+++ FY T T+SG +Y+++ + N +W+
Sbjct 655 RYDNMKVGATRYAVMCDESGVLSDEGVVARVADDVFYFTTTSSGAATVYRELSRLNIEWK 714
Query 731 LNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSIQGIPVRILRV 790
L+ + N+T + +A+N+AGP SR V+ ++ D+DLS+AAF YL VR G++ GIP R++RV
Sbjct 715 LDCGLINLTGSYSAMNLAGPASRKVLAQLT-DMDLSSAAFPYLAVRSGTVAGIPARMMRV 773
Query 791 GFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGHIIISQDTDGM 850
GFVGE G EIH PA YG +W+ LM+AG++ I PFGVE+QRLLRLEKGH+I+SQDTDG+
Sbjct 774 GFVGEWGCEIHAPAEYGATLWDALMKAGESSGIGPFGVEAQRLLRLEKGHLIVSQDTDGL 833
Query 851 THPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVL--DKSQEKPLEGHIVLEG 908
T+P EV + WAV +KP+F GKRS+ I+ + PLKRKLV F L + S E P E H++++
Sbjct 834 TNPFEVGMDWAVKLDKPFFTGKRSLQIVRKMPLKRKLVGFRLGENHSGEVPKECHLIIQD 893
Query 909 EDISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAPFYDPAN 968
DI+G +TS +SP + + IG+A+V SE G F IR+ G+MV+A V +PF+DP +
Sbjct 894 GDIAGRVTSISWSPHVGRFIGLAFVLPSMSETGTAFQIRLTDGSMVNAEVCDSPFFDPKD 953
Query 969 RRQE 972
RQ+
Sbjct 954 ERQK 957
>A0A2Z2H592 Sarcosine oxidase subunit alpha [Kushneria konosiri]
Length=1013
Score = 542 bits (1396), Expect = 4e-180
Identities = 329/1011 (33%), Positives = 529/1011 (52%), Gaps = 58/1011 (6%)
Query 14 GSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPRAPLTMAGQDAN 73
G IDR+ +EF F+ Q+YQG+AGDT+ASAL+AN +++RSFKY R R + ++ N
Sbjct 10 GGRIDRSHGLEFTFNGQRYQGYAGDTLASALLANGVDIVNRSFKYSRARGIVAAGAEEPN 69
Query 74 TLIQL-----PEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFS-KFMPVGFYY 127
L+QL + NV A + L A N ++ +D +++GK FMP GFYY
Sbjct 70 ALVQLGARKDTQVPNVRATQQALYDGLVARSTNGWPNVQRDVMSWVGKLGGNFMPPGFYY 129
Query 128 RAFYKPKGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQAALSA 187
+ F P +W +E IR AGLG +P+ YD + DV+V+G GPAGL AALSA
Sbjct 130 KTFMSPASMWMTYEKYIRMGAGLGRAPTESDPDIYDHMHHHCDVLVIGAGPAGLAAALSA 189
Query 188 AEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMTQAVCNAW 247
A GA+V+L ++++ +GGSL +R + GV EQ ++ + + + ++ + N +
Sbjct 190 ARGGARVMLCDEQEEMGGSLLDSRDTLNGVSPVSWIEQTLSELASMETVTLLPRTTANGY 249
Query 248 FTDHYLPVIQGK-------------------RMYKVRAKQCIVASGSFDQPVIFRNNDLP 288
+++ + + + R+++VRA + ++ASG+ ++PV++ NNDLP
Sbjct 250 HDHNFVTLHERRTEHLADTAADAGFPGQSRARLHRVRATRVVLASGTHERPVVYANNDLP 309
Query 289 GVILTSAVQRLIKLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKE 348
G ++ AV I+ Y V PG +V+ T +D Y AALD EAG VVA+VD R P +
Sbjct 310 GNMVAGAVSTYIRRYGVIPGNSLVLTTSNDHAYRAALDWQEAGRKVVAIVDARSNPDG-D 368
Query 349 AYGAVKAKNVACYLGSTVFEALHDKTMH--RVHGVDIRKIVSEGQVAEDAKKLDCDVLCM 406
+ + GS V EA + + RV VD+ V G++ E L+CD +
Sbjct 369 LVRQARDSGIRVITGSAVIEAKGTQRVSGARVSAVDLNHFVITGRIEE----LECDTIAS 424
Query 407 SSGYMPVYQLLCQAGGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGT 466
S GY PV L G + ++D F + G +GL G V G +A+ + + G
Sbjct 425 SGGYSPVVHLASHTGTRPQWDDTLLGF-VPGEVKGLISAGGVAGHYALSETLADGVRAGR 483
Query 467 LAA-QHALGQPLNVQSSSNTVLKNNPVNFPWPIFAHPKG----KEFVDFDEDLQIRDIVN 521
AA ++ + P + + KG K+FVD D+ I
Sbjct 484 QAAIDSGFDDAEELKLPEARARREAPACALYQVPHEKKGARAPKQFVDMQNDVTASAIEL 543
Query 522 ATKSGYRDVQLVKRFSTVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEK 581
AT+ G+ ++ VKR++ +G G QG+ + + A+ RS+ E G T RP +T
Sbjct 544 ATREGFESIEHVKRYTALGFGTDQGKLGNINGMAIAARCLGRSIPEVGTTVFRPNYTPIT 603
Query 582 LAHVAGRS----FDPYRQTPMHAQHVEAGATMMPAGNWQRPAFY-----GDAAHRLQHIE 632
+ GR FDP R T +H HVE GA G W+RP ++ G + +
Sbjct 604 FGAIVGRHCGELFDPKRYTALHQWHVEHGAEFEDVGLWKRPWYFPRNANGKKESMHEAVA 663
Query 633 NEVKHVRNQVGMIDVSTLGGLEIRGPDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVV 692
E VR VG++D STLG ++I+GPD+ EF+ R+YT + KL G+ RY +M + G++
Sbjct 664 RECLAVRQGVGILDASTLGKIDIQGPDAREFLGRVYTNKWAKLAPGRVRYGLMCKDDGML 723
Query 693 IDDGVAARLSEHHFYVTATTSGVDRIYQQMLKWN-AQW-RLNLDITNVTTALAAVNIAGP 750
+DDG + L ++HF +T TT G + + + W+ +W L + +VT A + + GP
Sbjct 724 MDDGTTSCLGDNHFLMTTTTGGAAGVLEWLELWHQTEWPELQVYFNSVTDHWATMTVTGP 783
Query 751 QSRAVMQKVCHDVDLSNAAFSYLGVREGSIQGIPVRILRVGFVGELGYEIHFPARYGEFM 810
+R +M +V D+DL F ++ +EG++ G+P R+ R+ F GEL YEI+ A Y +
Sbjct 784 DARKLMSEVT-DIDLDREKFKFMDWKEGNVAGVPARVFRISFTGELAYEINVQANYAMQV 842
Query 811 WNHLMQAGQAFDIKPFGVESQRLLRLEKGHIIISQDTDGMTHPQEVDLGWAVARNKPW-F 869
W L + G+ +++ P+G E+ +LR EKG II+ QDTDG P+++ + WA+ +KP+ +
Sbjct 843 WKTLFEHGEKYNLTPYGTETMHVLRAEKGLIIVGQDTDGSVTPEDLGMQWAIGYDKPFHW 902
Query 870 VGKRSIAILEQQPLKRKLVSFVLDKSQEKPLE--GHIVLEGED-----ISGNITSCEYSP 922
+GKR+++ + RK + + K LE IVL+ + + G++TS YSP
Sbjct 903 IGKRALSRPDTMRGDRKQLVGLKPKDPSVVLEEGAQIVLDPNESIPMTMMGHVTSSYYSP 962
Query 923 TLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAPFYDPANRRQEI 973
+L+ +A + G+ +G+ + + G + A VV F DP RQ +
Sbjct 963 SLEGSFALAVLKNGRERMGETVYLPMSDGKVHEAEVVSTVFIDPKGERQNV 1013
>Q50LF0 Sarcosine oxidase subunit alpha [Corynebacterium sp. (strain
U-96)]
Length=965
Score = 434 bits (1115), Expect = 2e-139
Identities = 300/1002 (30%), Positives = 487/1002 (49%), Gaps = 94/1002 (9%)
Query 14 GSMIDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPRAPLTMAGQDAN 73
G+ I+R + + D Q+ F GDT+ASA++AN S RPR + ++ N
Sbjct 14 GARINRDEALTLTVDGQQLSAFRGDTVASAMLANGLRSCGNSMYLDRPRGIFSAGVEEPN 73
Query 74 TLIQLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKFMPVGFYYRAFYKP 133
LI + + + + + + +LL
Sbjct 74 ALITVGARHQADINESMLPATTVSVTDGLNATLL-------------------------- 107
Query 134 KGVWKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQAALSAAEQGAK 193
+GLGVLD + +P YYD ++ DV+VVG GPAGL AA A+ GA+
Sbjct 108 --------------SGLGVLDPSEDPAYYDHVHVHTDVLVVGAGPAGLAAAREASRSGAR 153
Query 194 VLLVEQEKLLGGSLNYARFD-VEGVVADQLREQLVNAVTAHANIQVMTQAVCNAWFTDHY 252
V+L+++ GG+L A + ++G+ A Q + + + A + + + +Y
Sbjct 154 VMLLDERPEAGGTLREASGEQIDGIDAAQWIDAVTEELAAAEETTHLQRTTVFGSYDANY 213
Query 253 L------------PVIQG---KRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQ 297
+ P QG +R++ +RAKQ ++A+ + ++P++F NND PG++L +V+
Sbjct 214 ILAAQRRTVHLDGPSGQGVSRERIWHIRAKQVVLATAAHERPIVFENNDRPGIMLAGSVR 273
Query 298 RLIKLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKN 357
+ + V+ G K+ + T +D Y ++ +G VVAV+D R+ S A
Sbjct 274 SYLNRFGVRAGSKIAVATTNDSVYPLVSELAASG-GVVAVIDARQNISAAAAQAVTDG-- 330
Query 358 VACYLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLL 417
V GS V D + + V + + + + E A++ + DVL +S G+ PV L
Sbjct 331 VTVLTGSVVANTEADAS-GELSAVLVATLDEQRNLGE-AQRFEADVLAVSGGFNPVVHLH 388
Query 418 CQAGGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAAQHALGQPL 477
Q GKL+++ F + H+ G++ G+ + TG AA A + +
Sbjct 389 SQRQGKLNWDTSIHAFVPADAVANQHLAGALTGLLDTASALSTGAATGAAAASAAGFEKI 448
Query 478 NVQSSSNTVLKNNPVNFPWPIFAHPKGK---------EFVDFDEDLQIRDIVNATKSGYR 528
+ V P P++ P FVD D + D++ AT +G +
Sbjct 449 AEVPQALAV----PAGETRPVWLVPSLSGDDAVHYKFHFVDLQRDQTVADVLRATGAGMQ 504
Query 529 DVQLVKRFSTVGMGPSQGRHSALPTARLVAKSTQ-RSVSETGVTTARPPFTVEKLAHVAG 587
V+ +KR++++ QG+ S + ++A + ++ G TT R P+T A +AG
Sbjct 505 SVEHIKRYTSISTANDQGKTSGVAAIGVIAAVLGIENPAQIGTTTFRAPYTPVSFAALAG 564
Query 588 RS----FDPYRQTPMHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQH-IENEVKHVRNQV 642
R+ DP R T MH H+ GA G W+RP +Y + + E K VR+ V
Sbjct 565 RTRGELLDPARLTAMHPWHLAHGAKFEDVGQWKRPWYYPQDGESMDEAVYRECKAVRDSV 624
Query 643 GMIDVSTLGGLEIRGPDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLS 702
GM+D STLG +EIRG D+AEF+NR+YT G+TKL VG RY VM G++ DDGV RL+
Sbjct 625 GMLDASTLGKIEIRGKDAAEFLNRMYTNGYTKLKVGMGRYGVMCKADGMIFDDGVTLRLA 684
Query 703 EHHFYVTATTSGVDRIYQQMLKW-NAQW-RLNLDITNVTTALAAVNIAGPQSRAVMQKVC 760
E F + TT G + + +W +W L++ T+VT LA V + GP+SR V+ K+
Sbjct 685 EDRFLMHTTTGGAADVLDWLEEWLQTEWPELDVTCTSVTEQLATVAVVGPRSRDVIAKLA 744
Query 761 HDVDLSNAAFSYLGVREGSI-QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQ 819
+D+SN AF ++ ++ ++ GI RI R+ F GEL +EI PA +G +W + AGQ
Sbjct 745 SSLDVSNDAFKFMAFQDVTLDSGIEARISRISFSGELAFEIAIPAWHGLQVWEDVYAAGQ 804
Query 820 AFDIKPFGVESQRLLRLEKGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILE 879
F+I P+G E+ +LR EKG II+ QDTDG PQ+ + W V++ K FVGKRS + +
Sbjct 805 EFNITPYGTETMHVLRAEKGFIIVGQDTDGTVTPQDAGMEWVVSKLKD-FVGKRSFSRED 863
Query 880 QQPLKRK-LVSFVLDKSQEKPLEGHIVLEGEDIS--------GNITSCEYSPTLDKIIGM 930
RK LVS + S + EG ++ + ++ G +T SP L + G+
Sbjct 864 NVREDRKHLVSVLPVDSSLRLAEGAALVAADAVASEGVTPMEGWVTHAYNSPALGRTFGL 923
Query 931 AYVGIGQSEVGQQFPIRVEKGAMVHATVVKAPFYDPANRRQE 972
A + G++ +G+ V+ G +V V +DP R++
Sbjct 924 ALIKNGRNRIGEVLKTPVD-GQLVDVQVSDLVLFDPEGSRRD 964
>Q3ZDQ8 Heterotetrameric sarcosine oxidase alpha-subunit [Stenotrophomonas
maltophilia]
Length=965
Score = 429 bits (1104), Expect = 8e-138
Identities = 303/1005 (30%), Positives = 483/1005 (48%), Gaps = 106/1005 (11%)
Query 17 IDRTQVIEFEFDQQKYQGFAGDTIASALIANQRWVMSRSFKYHRPRAPLTMAGQDANTLI 76
I+R + + D K F GDT+ASAL+AN S RPR ++ N L+
Sbjct 17 INREEALSLTVDGAKLSAFRGDTVASALLANGVRRAGNSLYLDRPRGIFAAGVEEPNALV 76
Query 77 QLPEEANVLADTTEIQPQLRAAGQNFSGSLLKDSDAFLGKFSKFMPVGFYYRAFYKPKGV 136
+ D + + ++ + +LL
Sbjct 77 TVSARHEQDIDESMLPATTVPVTEDLNATLL----------------------------- 107
Query 137 WKLWEPLIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAGLQAALSAAEQGAKVLL 196
+GLGVLD +P YYD ++ DV+VVG GPAGL AA A+ GA+V+L
Sbjct 108 -----------SGLGVLDPTKDPAYYDHVHVHTDVLVVGAGPAGLAAAREASRSGARVML 156
Query 197 VEQEKLLGGSL-NYARFDVEGVVADQLREQLVNAVTAHANIQVMTQAVCNAWFTDHYL-- 253
+++ GG+L + A ++G+ + EQ+ + + + + + +YL
Sbjct 157 LDERAEAGGTLLDTAGEQIDGMDSSAWIEQVTSELAEAEETTHLQRTTVFGSYDANYLIA 216
Query 254 -------------PVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI 300
P + +R++ +RAKQ ++A+G+ ++P++F NND PG++L AV+ +
Sbjct 217 AQRRTVHLDGPSGPGVSRERIWHIRAKQVVLATGAHERPIVFENNDRPGIMLAGAVRSYL 276
Query 301 KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSNKEAYGAVKAKNVAC 360
Y V+ G ++ + T +D Y ++ G VVAV+D R S A A V
Sbjct 277 NRYGVRAGARIAVATTNDSAYELVRELAATG-GVVAVIDARS--SISAAAAQAVADGVQV 333
Query 361 YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCMSSGYMPVYQLLCQA 420
GS V + D+ + + + ++ E + ++ + DVL ++ G+ PV L Q
Sbjct 334 ISGSVVVDTEADEN-GELSAIVVAEL-DEARELGGTQRFEADVLAVAGGFNPVVHLHSQR 391
Query 421 GGKLSYNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHAKYTGTLAA----------- 469
GKL ++ F + H+ G++ G + TG AA
Sbjct 392 QGKLDWDTTIHAFVPADAVANQHLAGAMTGRLDTASALSTGAATGAAAATAAGFATVART 451
Query 470 ----QHALGQPLNVQSSSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKS 525
+ ALG+ V + V ++ VN+ + FVD D + D++ AT +
Sbjct 452 PQALETALGETRPVWLVPS-VSGDDAVNYKF---------HFVDLQRDQTVADVLRATGA 501
Query 526 GYRDVQLVKRFSTVGMGPSQGRHSALPTARLVAKSTQ-RSVSETGVTTARPPFTVEKLAH 584
G + V+ +KR++++ QG+ S + ++A + + G TT R P+T A
Sbjct 502 GMKSVEHIKRYTSISTANDQGKTSGVAAIGVIAAVLGIENPAAIGTTTFRAPYTPVAFAA 561
Query 585 VAGRS----FDPYRQTPMHAQHVEAGATMMPAGNWQRPAFYGDAAHRL-QHIENEVKHVR 639
+AGR+ DP R T MH+ H+ GA G W+RP +Y A + Q + E K VR
Sbjct 562 LAGRNRGDQLDPARITAMHSWHLSHGAEFEDVGQWKRPWYYPQAGETMDQAVYRESKAVR 621
Query 640 NQVGMIDVSTLGGLEIRGPDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAA 699
+ VGM+D +TLG +EIRG D+AEF+NR+YT G+TKL VG RY VM G++ DDGV
Sbjct 622 DSVGMLDATTLGKIEIRGKDAAEFLNRIYTNGYTKLKVGMGRYGVMCKADGMIFDDGVTL 681
Query 700 RLSEHHFYVTATTSGVDRIYQQMLKW-NAQW-RLNLDITNVTTALAAVNIAGPQSRAVMQ 757
RL+E F + TT G + + +W +W L++ T+VT LA V + GP+SR V+
Sbjct 682 RLAEDRFLLHTTTGGAADVLDWLEEWLQTEWPDLDVTCTSVTEQLATVAVVGPRSRDVIA 741
Query 758 KVCHDVDLSNAAFSYLGVREGSI-QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQ 816
K+ VD+SN F ++ ++ + GI RI R+ F GEL +EI PA +G +W +
Sbjct 742 KLASTVDVSNEGFKFMAFKDVVLDSGIEARISRISFSGELAFEIAVPAWHGLRVWEDVYA 801
Query 817 AGQAFDIKPFGVESQRLLRLEKGHIIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIA 876
AG+ F+I P+G E+ +LR EKG II+ QDTDG PQ+ + W V++ K F+G RS +
Sbjct 802 AGEEFNITPYGTETMHVLRAEKGFIIVGQDTDGTVTPQDAGMEWVVSKLKD-FIGNRSYS 860
Query 877 ILEQQPLKRKLVSFVL--DKSQEKPLEGHIV----LEGEDIS---GNITSCEYSPTLDKI 927
+ RK + VL DKS P +V L E I+ G +TS SP L +
Sbjct 861 RADNAREDRKQLVSVLPVDKSLRLPEGAALVASDALASEGITPMEGWVTSSYDSPNLGRT 920
Query 928 IGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAPFYDPANRRQE 972
G+A + G++ +G+ V +V V + YDP R++
Sbjct 921 FGLALIKNGRNRIGEVLKTPV-GDQLVDVVVSETVLYDPEGSRRD 964
>Q2Z1K4 Dimethylglycine oxidase [Arthrobacter globiformis]
Length=835
Score = 157 bits (396), Expect = 5e-42
Identities = 119/404 (29%), Positives = 187/404 (46%), Gaps = 35/404 (9%)
Query 594 RQTPMHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVK----------------- 636
R +P + + E GA + + W+RP ++ L + E +
Sbjct 437 RVSPFNVRQKELGAFFLESAAWERPHWFEANRALLDELPAEWQAPEREPWAAMFSSPISA 496
Query 637 ----HVRNQVGMIDVSTLGGLEIRGPDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVV 692
R V + D++ L L + GP + E ++RL T K P G Y ++ G +
Sbjct 497 AEAWKTRTAVALYDMTPLKRLAVNGPGAQELLHRLSTGNIAKKP-GAVTYCLLLEHDGGI 555
Query 693 IDDGVAARLSEHHFYVTATTSGVDRIY------QQMLKWNAQWRLNLDITNVTTALAAVN 746
D ARL+E F + S VD Y +Q A+W + +T++T + +
Sbjct 556 RSDVTVARLAEEDFQL-GVNSNVDFDYLRVEARKQSAADPAKW---VHVTDITGSTCCIG 611
Query 747 IAGPQSRAVMQKVCHDVDLSNAAFSYLGVREGSIQGIPVRILRVGFVGELGYEIHFPARY 806
+ GP +R V+ KV D DL+N Y +E S+ GIPV +R+ +VGELG+E++ A Y
Sbjct 612 LWGPLAREVIGKVSSD-DLTNDGLKYFRTKEISVGGIPVTAMRLSYVGELGWELYTTAEY 670
Query 807 GEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGHIIISQDTDGMTHPQEVDLGWAVARNK 866
G +W+ L +AG+ I G + LRLEKG+ + D HP + LG++VA++K
Sbjct 671 GLKLWDLLFEAGREHGIIAAGRGAFNSLRLEKGYRLWGTDMTTEHHPYQSGLGFSVAKDK 730
Query 867 PWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPLEGHIVLEGEDISGNITSCEYSPTLDK 926
FVG ++A ++QP ++ L +D L V G +G +TS Y ++ K
Sbjct 731 VGFVGAEALAARKEQPAEKVLRCLTVDDGTSIVLGKEPVYVGGVAAGYVTSAAYGYSIRK 790
Query 927 IIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVKAPFYDPANRR 970
I A++ SE G I G V ATV P +DP R
Sbjct 791 PIAYAWLPAAVSE-GDAVEIEY-FGRRVAATVSAEPLFDPGMER 832
Score = 22.7 bits (47), Expect = 2.4
Identities = 13/43 (30%), Positives = 23/43 (53%), Gaps = 3/43 (7%)
Query 171 VVVVGGGPAGLQAALSAAEQGAKVLLVEQE---KLLGGSLNYA 210
VV++G G G A + +G + V ++ +L GGS ++A
Sbjct 7 VVIIGAGIVGTNLADELSSRGWNDITVVEQGPLELAGGSTSHA 49
>Q5R1N2 Dye-linked L-proline dehydrogenase alpha2 subunit [Pyrococcus
horikoshii (strain ATCC 700860 / DSM 12428 / JCM 9974
/ NBRC 100139 / OT-3)]
Length=479
Score = 123 bits (308), Expect = 3e-32
Identities = 87/318 (27%), Positives = 152/318 (48%), Gaps = 20/318 (6%)
Query 170 DVVVVGGGPAGLQAALSAAEQGAKVLLVEQEKLLGGSLNYA-------RFDVEGVVADQL 222
D++VVGGGPAG+ AA+SA++ GAKV+L+++ +LGG L R G+ ++
Sbjct 119 DIIVVGGGPAGMMAAISASDTGAKVILIDESPMLGGQLVKQTHKFFGKRDQFAGIRGIKI 178
Query 223 REQLVNAVTAHANIQVMTQAVCNAWFTDHYLPVIQGKR----MYKVRAKQCIVASGSFDQ 278
E L + NI+ + F D ++ G R + + + K IVA+G+ ++
Sbjct 179 AEILRREIEKRENIKAYLRTSAVGIFQDGEEKLVIGVRKENELIEFKGKAVIVATGAMEK 238
Query 279 PVIFRNNDLPGVILTSAVQRLIKLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVV 338
+ F NNDLPG+ A+Q L+ Y +KPG+K +I+ + G + A +L+A + V A+V
Sbjct 239 TIPFENNDLPGIYGAGAIQTLMNTYGIKPGEKALIVGAGNVGLILAYQLLQANVQVQAIV 298
Query 339 DLREIPSNKEAYGA-VKAKNVACYLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAK 397
+ + A V+ V T+ +A ++ + R +I + + + K
Sbjct 299 EAMPKIGGYFVHAAKVRRLGVPILTRHTILKAEGEEKVERAIVAEIDE--NWNPIPGTEK 356
Query 398 KLDCDVLCMSSGYMPVYQLLCQAGGKLSYNDQKA------EFHLSGLPQGLHVTGSVEGI 451
D D++ ++ G P +LL QAG ++ Y + + + +G+ V G GI
Sbjct 357 IFDVDLIAIAVGLRPSIELLQQAGCQIKYVRELGGHVPVRDRWMETTVKGIFVAGDTAGI 416
Query 452 HAIEQVVEHAKYTGTLAA 469
+ K G AA
Sbjct 417 EEATTAMLEGKIAGLAAA 434
>Q5R1N4 Dye-linked L-proline dehydrogenase alpha1 subunit [Pyrococcus
horikoshii (strain ATCC 700860 / DSM 12428 / JCM 9974
/ NBRC 100139 / OT-3)]
Length=491
Score = 114 bits (286), Expect = 2e-29
Identities = 104/429 (24%), Positives = 181/429 (42%), Gaps = 55/429 (13%)
Query 170 DVVVVGGGPAGLQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLR--EQLV 227
DV ++GGGPAG+ AAL +Q V L+E+ LGG + EG D + E+LV
Sbjct 108 DVAIIGGGPAGIGAALEL-QQYLTVALIEERGWLGGDMWLKGIKQEGFNKDSRKVVEELV 166
Query 228 NAVTAHANIQVMTQAVCNAWFTDHYL-PVIQGKRMYKVRAKQCIVASGSFDQPVIFRNND 286
+ + I + T A+ +++L PV++G ++ ++ AK+ ++A+G+ D ++F NND
Sbjct 167 GKLNENTKIYLETSALGVFDKGEYFLVPVVRGDKLIEILAKRVVLATGAIDSTMLFENND 226
Query 287 LPGVILTSAVQRLIKLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSN 346
+PGV ++ ++ V PG+KV + D + L+ GID V + +++ + N
Sbjct 227 MPGVFRRDFALEVMNVWEVAPGRKVAVTGSKADEVIQELE--RWGIDYVHIPNVKRVEGN 284
Query 347 KEAYGAVKAKNVACYLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCM 406
++ + N + D L
Sbjct 285 EKVERVIDMNN---------------------------------------HEYKVDALIF 305
Query 407 SSGYMPVYQLLCQAGGKLS-----YNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHA 461
+ G P + QAGGKL Y+ E+H + G++V GS I
Sbjct 306 ADGRRPDINPITQAGGKLRFRRGYYSPVLDEYH--RIKDGIYVAGSAVSIKPHYANYLEG 363
Query 462 KYTGTLAAQHALGQPLNVQSSSNTVLKNNPVNFPWPIFAHPK-GKEFVDF-DEDLQIRDI 519
K G + G + + P + P K E V D+ ++ +
Sbjct 364 KLVGAYILKE-FGYDAQPCIYEEKLREYEPESLSIPRIPLDKFNLEDVQICGCDVSLKKV 422
Query 520 VNATKSGYRDVQLVKRFSTVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTV 579
+ G D+Q++KR + + MG QGR+ A +V++ T + +SE + AR P
Sbjct 423 DEVIRKGITDLQIIKRLTHLAMGFCQGRYCLFNGAVVVSQRTGKKLSEIDLPVARSPIKN 482
Query 580 EKLAHVAGR 588
K+ +A R
Sbjct 483 VKMGILARR 491
>O59088 Uncharacterized protein [Pyrococcus horikoshii (strain
ATCC 700860 / DSM 12428 / JCM 9974 / NBRC 100139 / OT-3)]
Length=493
Score = 114 bits (286), Expect = 2e-29
Identities = 104/429 (24%), Positives = 181/429 (42%), Gaps = 55/429 (13%)
Query 170 DVVVVGGGPAGLQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLR--EQLV 227
DV ++GGGPAG+ AAL +Q V L+E+ LGG + EG D + E+LV
Sbjct 110 DVAIIGGGPAGIGAALEL-QQYLTVALIEERGWLGGDMWLKGIKQEGFNKDSRKVVEELV 168
Query 228 NAVTAHANIQVMTQAVCNAWFTDHYL-PVIQGKRMYKVRAKQCIVASGSFDQPVIFRNND 286
+ + I + T A+ +++L PV++G ++ ++ AK+ ++A+G+ D ++F NND
Sbjct 169 GKLNENTKIYLETSALGVFDKGEYFLVPVVRGDKLIEILAKRVVLATGAIDSTMLFENND 228
Query 287 LPGVILTSAVQRLIKLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREIPSN 346
+PGV ++ ++ V PG+KV + D + L+ GID V + +++ + N
Sbjct 229 MPGVFRRDFALEVMNVWEVAPGRKVAVTGSKADEVIQELE--RWGIDYVHIPNVKRVEGN 286
Query 347 KEAYGAVKAKNVACYLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAEDAKKLDCDVLCM 406
++ + N + D L
Sbjct 287 EKVERVIDMNN---------------------------------------HEYKVDALIF 307
Query 407 SSGYMPVYQLLCQAGGKLS-----YNDQKAEFHLSGLPQGLHVTGSVEGIHAIEQVVEHA 461
+ G P + QAGGKL Y+ E+H + G++V GS I
Sbjct 308 ADGRRPDINPITQAGGKLRFRRGYYSPVLDEYH--RIKDGIYVAGSAVSIKPHYANYLEG 365
Query 462 KYTGTLAAQHALGQPLNVQSSSNTVLKNNPVNFPWPIFAHPK-GKEFVDF-DEDLQIRDI 519
K G + G + + P + P K E V D+ ++ +
Sbjct 366 KLVGAYILKE-FGYDAQPCIYEEKLREYEPESLSIPRIPLDKFNLEDVQICGCDVSLKKV 424
Query 520 VNATKSGYRDVQLVKRFSTVGMGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTV 579
+ G D+Q++KR + + MG QGR+ A +V++ T + +SE + AR P
Sbjct 425 DEVIRKGITDLQIIKRLTHLAMGFCQGRYCLFNGAVVVSQRTGKKLSEIDLPVARSPIKN 484
Query 580 EKLAHVAGR 588
K+ +A R
Sbjct 485 VKMGILARR 493
>C6KH50 aminomethyltransferase [Rhizobium fredii]
Length=387
Score = 107 bits (266), Expect = 2e-27
Identities = 101/394 (26%), Positives = 169/394 (43%), Gaps = 39/394 (10%)
Query 594 RQTPMHAQHVEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGL 653
+ TP+HA H+ GA M+P ++ P Y + + E H R G+ DVS +G +
Sbjct 16 KHTPLHALHLSLGARMVPFAGYEMPVQYPEG------VLKEHLHTRAAAGLFDVSHMGQI 69
Query 654 EIRG-----PDSAEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHF-Y 707
IR D+A + +L L G+ RY + +N G ++DD + A +H F
Sbjct 70 AIRPKSGRIADAALALEKLVPVDVLGLAEGRQRYGLFTNPEGGILDDLMIANRGDHLFLV 129
Query 708 VTATTSGVDRIYQQMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSN 767
V A D + + +A D+T + A V + GP++ AV+ ++ DV
Sbjct 130 VNAACKDADHAHLKDGLGDA-----CDVT-LLDDRALVALQGPRAEAVLCELWADV---- 179
Query 768 AAFSYLGVREGSIQGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFG 827
A+ ++ + E + + I R G+ GE G+EI P + L++ D+ G
Sbjct 180 ASMRFMDLAEADLHDVACIISRSGYTGEDGFEISIPTASAVDVTQRLLEHP---DVLAIG 236
Query 828 VESQRLLRLEKGHIIISQDTDGMTHPQEVDLGWAVARNK-------PWFVGKRSIAILEQ 880
+ ++ LRL+ G + D D T P E L WA+ +++ F G I
Sbjct 237 LGARDSLRLKAGLCLYGNDIDTGTTPIEAALEWAIQKSRRAGGERAGGFPGADRILAELA 296
Query 881 QPLKRKLVSFVLDKSQEKPLEGHIVL----EGEDISGNITSCEYSPTLDKIIGMAYVGIG 936
R+ V L P+ G L +G + G++TS + P++D + M YV
Sbjct 297 GGTDRRRVG--LKPEGRAPVRGGAKLFTDPDGTVLVGSVTSGGFGPSVDCPVAMGYVETA 354
Query 937 QSEVGQQFPIRVEKGAMVHATVVKAPFYDPANRR 970
+ G + V +G + TV PF +R
Sbjct 355 HARNGTKLFAEV-RGKYLPITVSALPFVKQTYKR 387
Lambda K H a alpha
0.320 0.136 0.404 0.792 4.96
Gapped
Lambda K H a alpha sigma
0.267 0.0410 0.140 1.90 42.6 43.6
Effective search space used: 16173837
Database: 193b432a542c11fc8677539f2f44fc38.TrEMBL.fasta
Posted date: May 10, 2024 9:59 AM
Number of letters in database: 19,223
Number of sequences in database: 22
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40
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Data ...
