Anaerostipes caccae: EYQ97_10220
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Entry
EYQ97_10220 CDS
T06754
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
acac
Anaerostipes caccae
Pathway
acac00250
Alanine, aspartate and glutamate metabolism
acac00910
Nitrogen metabolism
acac01100
Metabolic pathways
acac01110
Biosynthesis of secondary metabolites
acac01120
Microbial metabolism in diverse environments
acac01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
acac00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
EYQ97_10220 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
EYQ97_10220 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
acac01002
]
EYQ97_10220 (gltB)
Enzymes [BR:
acac01000
]
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)
EYQ97_10220 (gltB)
Peptidases and inhibitors [BR:
acac01002
]
Cysteine peptidases
Family C44
EYQ97_10220 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
RMI1_C
Motif
Other DBs
NCBI-ProteinID:
QMW71644
LinkDB
All DBs
Position
complement(2092395..2096927)
Genome browser
AA seq
1510 aa
AA seq
DB search
MTIKRDNTPGLYDSSFEHDNCGIGACVNIKGIKSHTTVDNALKIVETLEHRAGKDAAGET
GDGVGIMLQISHKFFEKACKESGIGIGGEREYGVGMFFFPNDELKVQQAKKMFEIIVEKE
GMKFLGWREVPTDSTVLGKKAIECMPKILQAFIEKPEDAEKGLEFDRRLYIVRKVFEQSN
EETFVISLSSRTIVYKGMFLVGQLRTFFKDLQDPNYESAIALVHSRFSTNTTPSWEKAHP
YRFIVHNGEINTIRGNADKMLAREENMESKYLKGQMHKVIPVVNPNGSDSARLDNTLEFL
VMSGMALPHAIMITIPEPWENNKVISQKKRDFYQYYATMMEPWDGPASILFTDGDQVGAV
LDRNGLRPSRYYITDDDQLILSSEIGVLDIDPTKILVKERLRPGKMLLVDTVKGEVIDDD
VVKESYAGKEPYGEWLDSNLTELKDLKIPNIPVPSYETEQREKLLKAFGYSYEEVKTAIQ
PMALNGSEAIAAMGTDSPLAVLSKKHQPLFNYFKQLFAQVTNPPIDAIREELVTSTTIYV
GKDGNILEEKPENCQVLKVHNPILTDTDLLKIKNMKTEGFQVAELPIIYYKNTSLEKALD
RLFVEADRAYRDGANIIILSDRGVDENHVAIPSLLAVSAMHQHLIKTKKRTSVALILESG
EPREVHHFATLLGYGACAVNPYLALQAIQKLIDDNLLHKDYYAAVEDYTNAVLHGIIKIA
SKMGISTIQSYQGSQIFEAIGIDSKVIDQYFTNTVSRVEGITLKDIEEDVDIRHSSAFDP
LGLENDLMLESTGSHKFRSGKEQHLYNPQTIHTLQMAARTGNYETFKKYTHMIDEELEPG
NLRGLMEFNYPSKGIPLDKVESVDSIVKRFKTGAMSYGSISGEAHETLAIAMNMLGGKSN
SGEGGERPERLTVGRDGKNRCSAIKQVASGRFGVTSEYLVSAKEIQIKMAQGAKPGEGGH
LPGKKVYPWIAKTRHSTAGVGLISPPPHHDIYSIEDLAQLIYDCKNANRDARISVKLVSE
AGVGTVASGVAKAGAQVILISGYDGGTGAAPRNSIYNAGLPWELGLAEAHQNLIMNDLRN
KVVLETDGKLMSGRDVAIAAMLGAEEFGFATAPLVTLGCVMMRVCNLDTCPVGVATQNPE
LRKRFAGKPEYVVNFMRFIAQELREYMAKLGVATIDELVGRTDLLKPTKETQDRHIDLSR
ILDTSYAKAEKIDYTHKKVYDFKLDKVADETVLLKQLKPALEKKQRKSIELDVTNIDRTF
GTIFGSEITKRWGENTLPDDMYTVKCSGAGGQSFGAFIPKGLTLELVGDSNDYFGKGLSG
GKLVVYPPAGIKFKPEENIIVGNVALYGATSGKAFINGVAGERFCVRNSGAAAVVEGVGD
HGCEYMTGGRVLVLGETGKNFAAGMSGGIAYVLDEDSSLYMNVNKEMVTIETITSKYDVL
EVKEMLKEHVAYTNSEKGKKILRNFEEFLPKFKKIMPVDYKRMLNLIVQMEERGLSSEQA
QIEAFYENAK
NT seq
4533 nt
NT seq
+upstream
nt +downstream
nt
atgacgatcaaaagagacaacacacccgggctatacgattccagctttgagcatgacaac
tgcgggatcggtgcctgtgtcaatattaagggaatcaaaagtcataccacggtcgataac
gcattaaagattgttgagaccctggaacaccgggcaggaaaagatgcggccggggagacc
ggagacggtgtcggcattatgctccagatttcccacaaattttttgaaaaggcatgtaaa
gagtctggtattggaatcgggggagagagagaatacggagtcggcatgtttttctttcca
aatgacgagctgaaagtacagcaggccaaaaagatgtttgagatcatcgtggaaaaggaa
ggcatgaagttcctcggatggagggaagtgccgaccgacagcacggttttgggcaaaaaa
gccattgaatgtatgcccaagattctccaggcatttatcgaaaagccggaggacgcagag
aaaggactggaatttgaccgcaggctgtacattgtccggaaagtatttgaacagagcaac
gaagagacctttgtgatttccctgtccagcaggacgatcgtatataagggaatgttcctt
gtgggacagctcagaacattttttaaagaccttcaggacccaaactacgaatctgccatc
gccctcgttcattcccgtttcagtacgaatacgactccgagctgggagaaagcgcatccg
taccggttcatcgtacataacggtgagatcaacacgatccgcggaaatgcagataagatg
ctggcaagggaagaaaatatggaatccaagtacctgaaaggccagatgcataaggtgatc
ccggtggtcaatccgaacgggtccgactctgcacggcttgacaataccctggaattcctt
gtgatgagcggaatggccctgccgcacgcgatcatgatcacgataccggaaccgtgggaa
aacaataaggtcatcagtcagaagaaaagggatttttaccagtattatgcgacgatgatg
gagccgtgggacggaccggcctctattcttttcaccgacggagaccaggtgggagctgtg
ctcgaccgaaacggcctgcgtccttccaggtattatattacagatgacgaccagctgatc
ctgtcctccgagatcggagttttggacattgaccctaccaagatcctcgtgaaagaacga
ctgcgtcccgggaagatgctcctggtggatacggtcaaaggagaagtcattgacgacgat
gtggtcaaagaatcttatgcgggaaaagagccgtacggagaatggcttgacagcaatctc
acagaactcaaagatttaaagataccaaatattccggttccgtcttatgagacagagcag
agagaaaagctcttaaaggcattcggatattcttatgaggaagtaaaaaccgcgattcag
ccgatggcgttaaacggctctgaggcgatcgcggccatgggtacagattccccgctggcg
gttctctcaaagaagcatcagccgctgtttaattactttaaacagctgtttgcacaggta
accaatccgccgatcgacgcgatcagggaagaacttgtgacttctaccacgatttatgtc
ggaaaagacggaaatattctggaagagaaaccggagaactgccaggtgctgaaagtccac
aatccgattctcacggacacagatctgctgaagatcaagaatatgaagacagaaggcttc
caggttgcggagcttccgatcatttattataaaaatacatcccttgaaaaggcgctggac
cgcctgtttgtggaagcagaccgtgcttacagggacggagcaaatatcattatcctgtct
gacaggggagtggatgaaaaccatgtggcgattccgtctctgcttgcggtatcggccatg
caccagcatctgattaagacaaagaaacggacttccgtagctctgatcctggagagcgga
gagccgagagaagtccatcattttgccacgctgcttggctacggagcctgtgcggtaaat
ccatatctggcactgcaggcgattcagaaactgatcgacgataacctgctgcacaaggat
tattatgcggctgtggaagactatacaaacgcagtccttcacggaatcatcaaaattgca
tccaagatggggatttccacgatccagtcatatcagggatctcagatttttgaggccatc
ggcattgattctaaggtgattgatcagtattttaccaataccgtcagccgtgtggaagga
attacgttaaaagatatcgaagaagatgtggacatcagacattcatctgcatttgatccg
ctgggactggaaaatgacctgatgctggagagcacaggaagccacaagtttagaagcgga
aaggaacagcatctttataatccgcagacgatccatacgcttcagatggcggcgagaaca
ggaaattacgagacttttaagaagtatacccatatgatcgatgaggaattagagcccgga
aatttaagaggcctgatggagtttaactatccttcaaagggaattcctctggataaggtg
gaaagtgtggattccattgtaaagagatttaagacaggagccatgtcttacggttccatc
tcaggagaggctcatgagactcttgccattgccatgaatatgctgggcggcaagtccaac
agcggagagggcggagaacgcccggaacggctgacggtgggaagagacggaaagaaccgc
tgttctgccatcaaacaggtagcatccggaaggttcggtgtgaccagcgagtaccttgta
agtgcaaaagaaatccagatcaagatggcccagggagcaaaacctggagaaggggggcac
ctccccggaaagaaggtttacccgtggattgcaaagacccgtcattcaacggcgggagtg
gggctgatttcgcctcccccccatcacgatatttattcaatcgaggacttggcacagctg
atctatgactgcaaaaatgccaacagagacgcaaggatttccgtgaagcttgtttccgaa
gcgggagtcggtacggtggcatccggtgtcgcaaaggccggtgcccaggttattctgatc
tccggttatgacggaggtacgggagccgcaccgaggaactctatttacaacgcgggactt
ccgtgggaactggggcttgctgaggcgcaccagaatctgatcatgaacgatttaaggaac
aaggttgtactggaaaccgatggaaaacttatgagcggacgggatgtggccattgccgcc
atgctgggtgcagaggagttcggatttgcgacggcgccgcttgtgacgctgggatgtgtg
atgatgcgtgtctgcaatctggatacctgcccggtgggtgttgcgacacagaatccggaa
ctccgcaaacgttttgccggaaaaccggaatatgtggtcaacttcatgcgttttatagca
caggagctgagagaatatatggcgaagctgggcgtggccaccatcgatgagctggttgga
cgcaccgatctgttaaagccgacaaaagagacacaagacagacacattgatctgtcaaga
atccttgatacttcctatgccaaggcagaaaagattgattatacccataaaaaagtctat
gattttaagctggataaagtagcagatgagacggttctcctgaaacaattaaaacctgca
cttgagaaaaagcagagaaagagcatcgagctggatgtcacaaacatcgaccgtaccttt
ggaacgatcttcggttccgagattacgaagcgatggggagaaaacacgctgcctgatgat
atgtatactgtaaaatgcagcggtgcaggagggcagagcttcggggcgtttattccgaaa
ggcctcacgctggagcttgtcggggacagcaacgactacttcggaaaaggactgtccgga
ggaaagctggtagtatatccgccggccggcatcaagtttaaaccggaagaaaacatcatt
gtcggaaatgtggcactctacggggctaccagcggcaaagcatttatcaacggagttgcg
ggagagcggttctgtgtcagaaattccggtgctgctgccgtagtggaaggcgtgggtgat
cacggatgtgaatatatgaccggaggccgtgtcttagtcctgggtgagacaggaaagaat
tttgcggcgggcatgagcggaggcatcgcttacgtcttagatgaggacagttccctttat
atgaatgtcaacaaggagatggtgaccatcgaaacgatcacctccaaatacgacgtactt
gaagtcaaagaaatgctgaaagaacatgtggcttataccaactccgaaaaaggaaagaaa
atccttagaaactttgaggaatttctgccgaagtttaaaaagatcatgccggtagactat
aaacggatgctgaacctgatcgtacagatggaagagcggggactcagcagtgagcaggcg
cagatcgaagcattttatgagaacgctaagtag
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