Candidatus Pelagibacter sp. IMCC9063: SAR11G3_00603
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Entry
SAR11G3_00603 CDS
T01465
Name
(GenBank) glutamate synthase [NADPH] large chain
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
pel
Candidatus Pelagibacter sp. IMCC9063
Pathway
pel00250
Alanine, aspartate and glutamate metabolism
pel00910
Nitrogen metabolism
pel01100
Metabolic pathways
pel01110
Biosynthesis of secondary metabolites
pel01120
Microbial metabolism in diverse environments
pel01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
pel00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
SAR11G3_00603
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
SAR11G3_00603
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
pel01002
]
SAR11G3_00603
Enzymes [BR:
pel01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.13 glutamate synthase (NADPH)
SAR11G3_00603
Peptidases and inhibitors [BR:
pel01002
]
Cysteine peptidases
Family C44
SAR11G3_00603
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
GATase_7
RETICULATA-like
Motif
Other DBs
NCBI-ProteinID:
AEA81078
UniProt:
F2I440
LinkDB
All DBs
Position
531753..536264
Genome browser
AA seq
1503 aa
AA seq
DB search
MKNLYLKNRQFLQNNHVNIEEHDACGVGFVASMNAKPRRDVVVNGINALKAVWHRGAVDA
DGKTGDGAGLNIEFNKDFFEDKIASTGHDIKDDQTLCIGMIFLPRNNFSEQERCRTLMEQ
ELLKNDLYIFGWRQVPTNPKVLGQKANDTRPEIEQLLFATDKDLSPKELERTLFSVRKKI
EKRATEEQLKDFYICSLSSKTIIYKGMFLAENISDFYPDLSDERFVSRFAIFHQRFSTNT
FPSWELAQPFRILAHNGEINTLRGNVNWMKTHEAGMETDLIENIEDLKPIIKSGNSDTAS
LDAAFELLVRTGRSLPIAKMMLIPEAWSKKSKIIPKAHREMYNYLNSLIEPWDGPAAIAA
CDGKWLVAASDRNGLRPLRYTITKDKLFFAGSETGMIPVSEDNILFKGRVGPGQMISLDL
DKGKYYNDKKTKDHLSANPIYKKFASNHIELSKTLNEIKEKHSFEGSDLRERQFLAGFTI
EDLESILHPMVADQKEAIGSMGDDTPIAVLSSKFRPLSNFFRQNFSQVTNPPIDSLRENR
VMSLNTRFGNLENILDDRLTEQKSFVLESPVLSNSQFKKLFEFFDQDQVQLIDCTFDKND
KNLNLKSEIDRIREESEISIRSGKKHLIISDKNISKDRISIPAILAVGAVQSHLTQIGLR
KFVSINVQSSECLDTHYYAVLIGAGATTVNAYLTIDSIYQRFQKGLFDKLTFEECVHRYI
KAVNDGLLKIMSKMGISVISSYRGGLNFQSLGLSRGLVADYFPGLESKISGIGLSGIEDM
IKKQHDKTYSENVITLPIGGIYKYRHGGETHAYQAKTIHLLQTAVGKDSYELFKKYSNLI
SELPPIHLRDLLDFRKNNKAIPLEEVESVTHIRKRFGSGSMSMGALSKEAHETLAIAMNR
IGGASCSGEGGEDENRAILRENGDNANSRVKQVASARFGVTASYLNNCNEIEIKMAQGAK
PGEGGQLPGFKVTKEIAKLRHSTPGVTLVSPPPHHDIYSIEDLAQLIYDLKQINSKARVG
VKLVSSSGIGTIAAGVAKAKADIILISGHNGGTGATPQTSVKYVGLPWEMGLTETNQILT
LNSLRHKVVLRTDGGIKTGRDVVIAAMMGADEFGIATTSLVAMGCIMVRQCHSDTCPVGI
CTQNEDLRKKFTGTPEKVVNLFTFVAEEVREILAELGFKSLDEVIGRTDLLRQVSRGASN
LDDLDFNPLLVQADPGDNPRFCKDKIRNEVPDTLDKQILIDTLPLIQSGQKIEMSYTIKN
TDRTVGARLSSYIVTDFKNNNFPENHIKIKLRGSAGQSLGAFGAKGVKFEVIGDCNDYVG
KGLSGATISVRPPKSSNLETNKNTIIGNTVLYGATSGNLFAAGEAGERFSVRNSGATAVV
EGAGTNACEYMTGGCSVILGELGDNFAAGMTGGMAFVYNPEDNLSDVINSASVVWQRIET
KYWDDFLYSLIQRHIEETHSDYAKKILDDWELAKEQFYQICPKEMLDKLDNPISLREPEK
KAV
NT seq
4512 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaatttatacctaaagaataggcagtttcttcaaaataatcatgtcaatatcgaa
gagcatgatgcttgcggtgttggttttgttgcctctatgaatgccaagcctagaagggat
gtagttgttaatggaattaatgctcttaaagcagtttggcatagaggggcggttgatgct
gatggtaaaacaggagatggagctggcttaaatattgaattcaataaagacttctttgaa
gataaaattgcttctactggacatgacatcaaagacgatcaaactctttgtattggaatg
atttttttaccaagaaataattttagtgaacaggagcgttgtcgaacgcttatggagcaa
gagcttcttaaaaatgatctttatatatttggatggaggcaagttcctacaaatccaaaa
gtactaggccagaaagccaacgatacaagacctgaaattgaacagttgttgtttgctaca
gataaagatctgtctcctaaagagttggaacgaactttgttttctgtaagaaaaaaaatt
gaaaaaagagcaaccgaggaacagcttaaggatttctatatttgttccctaagttctaaa
actattatttataaaggaatgtttttggctgaaaatataagcgatttttatccagatctt
tcagacgaaagatttgtttcacgatttgctatctttcatcaaagattctcaaccaataca
tttccatcatgggagcttgcgcaaccttttcgaattttggctcacaacggagagattaat
actttaagaggaaatgttaattggatgaagactcatgaagctggcatggaaacagattta
attgaaaatatagaggacttaaaacccataattaaatctggaaattctgatacagcatca
ttggatgcggcatttgaacttctggtaagaactggaaggtctttaccaatcgcaaaaatg
atgttgatacctgaggcctggtctaaaaaaagcaaaattattccaaaagcccatagggaa
atgtataattatttaaattctttaattgagccttgggatgggccagcagctatagcggca
tgtgatggtaaatggttagtggcagcctctgatcgaaatggtctaagaccccttagatac
accataacaaaagacaaacttttttttgcaggttcagaaactggaatgatccccgtatct
gaagataatattttatttaaaggtagggttggtcccggacaaatgatttccttagatttg
gataaggggaaatattataatgataaaaaaacaaaagatcatttatcagcaaatcctatt
tataaaaaatttgcatccaatcatattgagttaagcaaaactttaaatgaaattaaagag
aaacattcatttgaaggatcagatttaagagaaagacagtttctagcaggatttaccatt
gaggatttggaaagcatattgcacccaatggtagcagaccaaaaagaagcaattggttct
atgggggatgataccccaatagcggttttgtctagtaaatttaggcctctttctaatttt
tttaggcaaaattttagccaagtaaccaatcctcccatagattctttgagagaaaataga
gttatgtccttaaatacaagattcggaaatctggaaaatattttagatgatagacttact
gagcaaaaaagctttgttttggaaagtcccgtactatcaaattcacaatttaaaaaatta
ttcgaattttttgaccaagaccaagttcaattaatagactgtacctttgataaaaatgat
aaaaacttaaatcttaaatcagaaattgaccgaattagagaagagtcagaaatttctata
aggtcaggaaaaaaacatttaattatatccgataaaaatatttccaaagatagaataagc
attcctgccattcttgctgtgggagcggttcaatctcatttaacacaaataggtttgaga
aaatttgtatctattaatgttcaatcttcagagtgtttagacactcactactatgcagtc
ttgattggagcaggagccactactgtgaatgcttatctaacaatcgattctatttatcaa
agatttcaaaaaggattgtttgataagttaacttttgaagaatgtgttcatcgatatatt
aaagccgtgaatgatgggctattgaaaataatgtctaaaatgggaatttctgtaattagt
tcataccgtgggggtttgaattttcaatcattgggtcttagtcggggattggtagctgat
tattttccagggttagaatctaaaatatcaggaattggtttgtcaggaattgaagatatg
attaaaaaacaacatgacaaaacatattcagaaaatgttataactttgccaataggtggt
atttataaataccgtcatggaggagagacccatgcctatcaagcaaaaactattcatctt
ttacagacagcagtaggaaaagattcttacgaactatttaagaagtattctaatttaata
agtgaactacctccaattcatcttagggatcttttagattttagaaaaaataataaagca
attcctctagaagaagtggaatctgtaactcatattagaaaaagatttggttccggtagt
atgtctatgggtgcactatcaaaagaagcacatgagactttagctattgctatgaataga
ataggaggagcctcttgtagtggagagggcggagaagatgaaaacagggcaatattaaga
gaaaatggagataatgctaactctagagttaagcaagtagcttcagcaagatttggtgtc
actgcgtcctacttaaataactgcaatgaaattgaaattaaaatggctcaaggagcaaaa
cctggtgagggcggtcagctaccgggatttaaagttacaaaagaaattgcaaaattaaga
cattcaactccaggagttacactggtttctccaccacctcatcacgacatctattctatc
gaagatttagctcaactaatttacgatttaaagcaaatcaattctaaagccagagttgga
gttaagctggtatcttccagtgggattggaactattgcagcaggtgttgcaaaagcaaaa
gcagatattattttaatttcaggacacaatggtggaacaggtgctacacctcagactagc
gtcaagtacgtgggcttaccctgggagatgggtttaacggaaactaatcaaattttaacc
ctcaatagcttaagacacaaagttgttctgcgaacagatggaggaattaaaacaggtaga
gatgtagtaattgctgccatgatgggagcagatgagtttggtatagccaccactagttta
gtggccatgggatgtatcatggttagacagtgccattccgatacttgtccagtagggatt
tgtacgcaaaacgaagatttaagaaaaaaatttactggcacaccagaaaaagtagttaat
ctttttacatttgttgcagaagaggtaagagaaattctggcagaactaggattcaaatca
ttagatgaagttattggtagaacagatttattgagacaggtatctagaggagcttccaac
ctagatgacttagattttaatccattattagtccaagcagatccaggtgacaatccgaga
ttttgtaaagacaaaattagaaatgaagttccagatactttagataagcaaattctaatt
gatactttgcctctaatacagagcggtcaaaaaatagagatgagttacacaattaaaaat
actgatagaaccgtaggagcaagactgtcttcttacatcgtgactgattttaaaaataat
aattttcctgaaaatcatattaaaattaaattaagagggtcagctggacagtctctggga
gcttttggggcaaaaggagttaagttcgaagtcattggagattgtaatgactatgttgga
aaaggtctttcaggtgctactatatcagtaaggcctccaaaaagtagtaatcttgaaact
aacaaaaacacaattataggaaacaccgttttgtatggagcaacatcaggaaatttattc
gctgcaggagaagcgggggaaagattttcagttagaaactcaggcgctacagcagtggta
gaaggagctggtactaatgcgtgtgagtatatgacaggcggatgctctgtcatacttggt
gaattaggtgataatttcgcagccggaatgacaggtgggatggcatttgtttacaatccg
gaggacaatttaagcgatgtaatcaactccgcttcggtagtttggcaaagaattgaaacg
aaatattgggatgattttctttattctcttattcaaagacatatagaagaaacgcattca
gactatgctaaaaaaatattagatgattgggagctggctaaagaacaattttaccaaatt
tgccctaaggaaatgctagataagctagacaatcctatttctttaagagagccagaaaaa
aaagctgtttaa
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