Bacteroides xylanisolvens: BXY_01170
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Entry
BXY_01170 CDS
T02579
Name
(GenBank) glutamate synthase (NADH) large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
bxy
Bacteroides xylanisolvens
Pathway
bxy00250
Alanine, aspartate and glutamate metabolism
bxy00910
Nitrogen metabolism
bxy01100
Metabolic pathways
bxy01110
Biosynthesis of secondary metabolites
bxy01120
Microbial metabolism in diverse environments
bxy01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
bxy00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
BXY_01170
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
BXY_01170
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
bxy01002
]
BXY_01170
Enzymes [BR:
bxy01000
]
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)
BXY_01170
Peptidases and inhibitors [BR:
bxy01002
]
Cysteine peptidases
Family C44
BXY_01170
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
CBK65414
UniProt:
D6D4L2
LinkDB
All DBs
Position
complement(122429..127033)
Genome browser
AA seq
1534 aa
AA seq
DB search
MKKQELFNNVTEGSPYQRQPKQMGLYNAAYEHDACGVGMLVNIHGEKSHDIVESALKVLE
NMRHRGAEGADNKTGDGAGIMLQIPHEFILLQGIPVPEKGRYGTGLLFLPKNEKDQAAIL
SIIIEEIEKEGLTLMHLRNVPTCPEILGESALANEPDIKQVFITGFTETETADRKLYLIR
KRIENKVRLSSIPTKDDFYVVSLSTKNIIYKGMLSSLQLRNYYPDLTNSYFTSGLALVHS
RFSTNTFPTWGLAQPFRLLAHNGEINTIRGNRGWMEARESVLSTPTLGDIKELRPIIQPG
MSDSASLDNVLEFLVMSGLSLPHAMAMLVPESFNEKNPISEDLKSFYEYHSILMEPWDGP
AALLFSDGRFAGGMLDRNGLRPARYLITRNDMMVVASEVGVMDFEPGDIKEKGRLQPGKI
LLVDTEKGEIYYDGELKKQLAEAKPYRTWLSTNRIELDELKSGRKVPHHVENYDCMLRTF
GYSKEDIEKLIMPMASSGAEPIHSMGNDTPLAVLSDKPQLLYNYFRQQFAQVTNPPIDPL
REELVMSLTEYIGAVGMNILTPSESHCKMVRLNHPILSNTQLDILCNIRYKGFKTVKLPM
LFEAAKGKAGLQEALNSLCKMAEESVTEGVNYIVLTDRDVDITHAAIPSLLAVSAVHHHL
ISVGKRVQTALIVESGEIREVMHAALLLGFGASALNPYMAFAVLDRLVKDRDIQLDYATA
EKNYIKSICKGLFKIMSKMGISTIRSYRGAKIFEAVGLSEELSKAYFGGLGSPIGGIRLE
EIARDAIAFHKEGVGEVESEELRVESEAPHGNSQLSTLHSQLLTGLYAFRKDGEEHAWNP
ETISTLQLATRMGSYKKFKEYTHLVDEKEKPIFLRDFLGFRRNPISIDQVEPVENILHRF
VTGAMSFGSISKEAHEAMAIAMNKIHGRSNTGEGGEDAARFQPLPDGSSLRSAIKQVASG
RFGVTAEYLVNADEIQIKIAQGAKPGEGGQLPGFKVNDVIAKTRHSIPGISLISPPPHHD
IYSIEDLAQLIFDLKNVNPQAKISVKLVAESGVGTIAAGVAKAKADLIVISGAEGGTGAS
PASSIRYAGISPELGLSETQQTLVLNGLRGQVVLQADGQLKTGRDIILMALMGAEEYGFA
TSALIVLGCVMMRKCHQNTCPVGVATQNEELRKRFHGRSEYLVNFFTFLAQEVREHLAEM
GFTRMDDIIGRTDLIERKSVANDPNPKHALIDFTKLLARIDNNAAIRHVIDQDHGVSTVK
DVTLIDAAQEAIEHEKEISLEYTIANTDRAIGAMLSGVIAKKYGAKGLPEHTLNVKFKGS
AGQSFGAFLVPGVNFKLEGEANDYLGKGLSGGRISVLPPIRSNFEAEKNTIAGNTLLYGA
TSGEVYINGRVGERFAVRNSGAVAVVEGVGDHCCEYMTGGRVVVLGQTGRNFAAGMSGGV
AYVWNKDGNFDYFCNMEMVELSLIEEASYRKELHELIRQHYLYTGSKLARTMLDNWNHYA
DQFIQVVPIEYKKVLQEEQMRKLQQKIADMQRDY
NT seq
4605 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaacaagaactttttaacaacgtaacagaaggatccccttaccaacgacagccc
aaacagatgggcttgtacaatgcggcatacgaacacgatgcctgcggtgttggtatgctg
gtaaacattcatggagaaaagtcacacgacattgttgagtcggctttaaaggtattagag
aacatgcgccaccgcggcgccgaaggtgcggataacaaaaccggcgacggtgcaggtatc
atgctgcaaattccgcatgagtttattttattgcaaggtattcctgtacccgaaaaagga
cggtacggcacaggattgctatttttgccgaaaaatgagaaagaccaggcagccatttta
agtatcattattgaagaaattgaaaaagaaggactcacattgatgcatctgcgcaatgtg
cccacctgccctgaaattctaggagaatctgctttggcaaacgaacctgacatcaagcag
gtgtttatcaccggatttacagaaacggaaacggccgaccggaagttatatctgatccgg
aaaagaatcgagaataaggtcagactgtcatccattccgacaaaggacgatttttatgtt
gtttcgctttctacaaaaaacattatatataaaggtatgctttcgtcgttgcaactgcgc
aactactatccggacctgacgaatagctattttaccagcggactagcactggtgcactcc
cgtttcagtaccaatacattccctacatggggattggcacaaccattccgccttctggca
cacaacggtgaaatcaacacaatccgtggtaaccgcggatggatggaagcccgcgaaagc
gtactctccactcctaccttgggtgacataaaagaacttcgcccgattatacaaccgggc
atgagcgacagtgcttccctggacaatgtactggagttcctggtgatgtcgggattgagc
ctgccacacgccatggctatgctcgtgccggaatctttcaacgaaaagaatcccatcagc
gaggatctgaaatcattctacgaataccactctatcctgatggaaccgtgggacggaccg
gctgcacttctcttcagtgatggacgatttgccggaggtatgctcgaccgcaacggtctg
cgccctgcccgttatctgattactagaaacgatatgatggtagtggcttcggaagttggt
gtgatggatttcgaaccgggagacatcaaagaaaaaggtcgcttacagcccggtaagatt
ttgctggtagatacggaaaaaggtgaaatttattatgatggcgaactgaaaaaacagttg
gctgaagccaaaccttaccgcacctggttgtctacgaaccgaatcgaactggatgaactg
aagagcggacgcaaagtacctcatcatgtagaaaactacgactgtatgcttcgcactttc
ggctactccaaagaggatatcgaaaaactgattatgccgatggcaagcagcggagcagaa
ccgatccattcaatgggtaatgatactccgttagctgtactttcggataagccgcaattg
ctttacaactatttccggcagcaatttgcacaagtgaccaatcctcccatcgacccgctc
cgcgaagaactggttatgtcattgacagaatacatcggggcagtcggcatgaatattctg
acacccagcgaaagtcattgcaaaatggtccgcctgaatcatccgattttgagcaacaca
caactggatattctttgtaatatccgctataaaggcttcaaaacggtcaaactgcccatg
ttatttgaagcagcgaaagggaaagccggattgcaggaggcactgaacagcctctgtaaa
atggcggaagaatctgtgacggaaggcgtaaactacattgtcctgaccgaccgtgacgtg
gatattacccatgctgctattccttcattgctggcagtaagcgccgttcatcaccatctg
atttcagtcggcaaacgtgtacaaacagcattgattgtagaaagcggtgaaatacgtgag
gtgatgcacgctgcgttattactgggtttcggagcaagtgccctgaatccttacatggca
tttgccgttctcgaccgcttggttaaagacagggatattcagttggattatgccactgct
gaaaagaattatatcaaatccatctgcaaaggcttgtttaaaatcatgagtaaaatgggg
atctctaccatccgctcttatcgtggtgcaaagatcttcgaagccgtcggtttgagcgaa
gaattgagtaaggcctatttcggtggactcggttcgcccatcggaggtattcgcttggaa
gaaatagccagagatgccatcgctttccacaaggaaggagtgggagaagttgagagtgaa
gagttgagagtggagagtgaggctccgcatggcaactctcaactctcaactctccattct
caacttcttaccggtttgtatgctttccgtaaagacggagaagagcatgcatggaatccg
gaaacaatcagtacgctgcaattggctacacggatggggagttataagaaatttaaagaa
tatactcatttggtagacgaaaaagagaagcctattttccttcgtgacttcctgggattc
cgtcgtaatccgatttcgatcgatcaggtagaaccggtggaaaacattctgcatcgtttc
gtcacgggggccatgtcttttggttctatcagcaaagaggctcatgaggcaatggctatt
gccatgaataaaattcacggacgcagtaataccggtgaaggtggcgaggacgctgcccgt
ttccaaccactgcccgatggcagttccttacgaagtgcaatcaagcaggtagcttccgga
cgtttcggtgtaacggcagaatatttggttaatgcggacgagattcagattaagatagca
cagggggcaaagccgggtgaaggcggacaacttccgggatttaaagtgaatgatgtgatt
gcaaaaacacgccattccattccgggaatttcactgatttctcccccacctcatcatgat
atttattcgattgaggatttggcacaattaatcttcgatctgaaaaatgtaaatccacag
gccaaaatcagtgtgaaactggtagcagaaagcggcgtcggtacaattgccgccggggtg
gcaaaagcaaaggcggacctgattgtcatctccggtgctgaagggggaacaggtgcttct
ccagcttcttctatccgttatgcgggcatctcaccggaattgggattgagcgagacacaa
caaacattggttttgaacggacttcgtggtcaagtagttctgcaagccgacggacaactg
aaaaccggacgtgacatcatcttaatggcgctaatgggtgccgaagaatatggcttcgcc
acctcggcattgattgtattagggtgtgtaatgatgcgcaaatgccatcagaatacttgt
ccggtgggagttgccacacagaatgaggaattacgtaaacgctttcatgggcgtagtgaa
tatttggtaaatttcttcacattcctggcgcaggaggtccgcgagcatttggccgaaatg
ggattcaccaggatggatgatattatcgggcgcacagacttgatcgaacgcaaatccgtt
gccaatgacccgaatccgaaacatgcgttaatcgacttcaccaaattgctggcacgcatt
gataacaacgcggctatccgccatgtcatcgatcaggatcatggtgtttctactgtaaag
gatgtaaccctcattgatgcagcacaggaagctattgaacatgagaaagagatttcttta
gaatatacgattgccaatacagaccgtgcaataggtgcgatgctatccggagtgattgcc
aagaaatacggtgccaaaggattgccggaacatacgctgaatgtgaagttcaaaggctcg
gcaggtcagtctttcggggcttttctcgtaccgggagttaactttaaactggaaggtgaa
gcgaacgattatctgggtaaaggattgagcggcggacgcatctccgtattgcctcctatc
cgcagcaacttcgaagccgaaaagaatacaattgccggtaataccttgctttatggagca
acaagcggtgaagtatatatcaacggtcgtgtaggagaacgcttcgcagttcgtaattcc
ggtgcagttgccgtagtggaaggtgtgggcgaccattgttgcgaatacatgacaggaggt
cgtgtggtagtcctcggacaaaccggacgtaactttgcagccggtatgagtggcggtgtg
gcttatgtatggaacaaggatggcaacttcgattatttctgcaacatggaaatggtggaa
ctgtcactcatcgaagaagccagctaccggaaggagctacacgaactaatccgccaacat
tatctgtacacaggctcaaaacttgcccgtaccatgcttgacaactggaatcattatgca
gaccagttcatccaagtagtacccatcgaatacaaaaaagtattgcaggaggaacagatg
agaaaattacaacaaaaaattgcagacatgcaaagagactattag
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