Arcticibacterium luteifluviistationis: DJ013_10615
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Entry
DJ013_10615 CDS
T05496
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
als
Arcticibacterium luteifluviistationis
Pathway
als00250
Alanine, aspartate and glutamate metabolism
als00910
Nitrogen metabolism
als01100
Metabolic pathways
als01110
Biosynthesis of secondary metabolites
als01120
Microbial metabolism in diverse environments
als01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
als00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
DJ013_10615
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
DJ013_10615
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
als01002
]
DJ013_10615
Enzymes [BR:
als01000
]
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)
DJ013_10615
Peptidases and inhibitors [BR:
als01002
]
Cysteine peptidases
Family C44
DJ013_10615
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
MinC_C
Motif
Other DBs
NCBI-ProteinID:
AWV98595
UniProt:
A0A2Z4GC18
LinkDB
All DBs
Position
complement(2598363..2602916)
Genome browser
AA seq
1517 aa
AA seq
DB search
MIETEENLGLYSSEFEHDACGIGFRAHLKGRKSHGIVTDAIQMLERMDHRGACGCDPNTG
DGAGLLLQIPHEFFVSECRNKGFKLPASGEYGVGQIFFPYQEIAREECREIFNRKIEELG
FELLGYRKVPTLNDTLGEGSLKVEPWVEQVFIKIPEDLEDDLAFERKLYVLRQFASAVIR
DSVKGVSQTFYVSSLSCRTISYKGQLTTDQLKYYFPDLQDSRVVSAFAIVHSRFSTNTFP
SWKLAQPFRFIAHNGEINTVKGNVNWIRAAEKSFYSEFFTKEEMEMIMPICDKGNSDSAM
LDNAIELLYLSGRSLPHVMMMMVPEAWDGNEAMDPVRKAFYEYHATIMEPWDGPASISFT
DGKMVGATLDRNGLRPSRYWVLNDDTVVMASEAGVLDIDQSTVVSKGRLQPGRMFVVDME
QGRIIPDEELKADICSRKPYGEWIDKHKINIKMLPKSIRPYTHYSPEKLIKRQITAGYSS
EDLRMILGPMASLGKEAIGSMGIDIPLAVLSSQSQHLSSYFKQLFAQVTNPPIDSIRERS
IMSLISFVGTADNILTESPRHCRQVQLQQPVLTPKEFDKLRFVDQDGFQAKTINTYFYTS
SDDHGQALAFAIERICRYAEDAIRDGFEILVLSDRAVDSEHAAIPSLLATSAIHHHLIRK
GLRGKASIVVEAADVWETHHYAALIGFGASAICSYLAFETLTKMNASRQIDGDFTDKELY
KNYIKAVDKELLKIFSKMGISTLQSYQGAQIFECLGLNKTVVDKYFTGTVSRIGGLGIND
IAKEVIVRHRVAYPNVEQDSVKRLEVGGVYQWKQRGEKHMFNPESIHLLQQSTKLGDKDL
DAGYKLFKKYSKLINDQSKEALTLRGLMRFKQSESISIDEVEPVEEIFKRFATGAMSFGS
ISWEAHTTLAIAMNRIGARSNSGEGGEDESRYTPLENGDSMSSNIKQVASGRFGVTSYYL
SNAKEIQIKMAQGAKPGEGGQLPGHKVDDWIGRTRHSTPGVGLISPPPHHDIYSIEDLAQ
LIYDLKNANEEARISVKLVSEAGVGTIATGVAKAHSDVVLIAGYDGGTGASPLSSLRHAG
LPWELGLAETHQTLVKNKLRGRIVVQADGQLRTGRDLAIAALLGAEEFGVATAALVAAGC
ILMRKCHLNTCPVGIATQRKELRALFSGKPEHVVNMFKYLAMEMREIMAELGFRTVNEMV
GQVQKLEKRPDIKHWKYKDLDFSKILYKEPIAAEVAEYKQEEQDHGISMVLDRQMIRDAK
PALEKGEAVSAEYTVNNLDRTIGAMLSHEISKIYKGDGLPAGTIHFKYRGTSGQSFGAFS
TKGLKLELEGDSNDYFGKGLCGAELIVYPDRKATFKASENMAVGNVSFYGATSGEAFING
LAGERFAVRNSGARVVVEGIGDHGCEYMTGGTVIVLGPTGGNFAAGMSGGIAYVYDKEKV
FDAKCNKEMVDLEGLTKDDEALLEGMITKHLNATGSEVAKSILDNLNEEFKNFVKVYPTD
YKRILAERSEKEASKAA
NT seq
4554 nt
NT seq
+upstream
nt +downstream
nt
atgattgaaacagaagaaaacttgggtctttacagcagtgagtttgagcatgacgcttgc
ggaataggtttccgagctcatttaaaaggccgtaaatcacatggtattgtaacagatgcc
attcagatgctagaaagaatggaccaccgaggagcctgcggttgtgaccctaatacgggt
gacggagcgggtttgttgttgcaaattccccatgaattttttgtaagtgagtgcagaaat
aaaggctttaaattaccagcttctggagagtatggtgttgggcaaattttctttccttat
caagaaatagcaagagaagagtgtcgcgaaatctttaatagaaaaattgaagagcttggt
tttgaactgcttggatatagaaaagtgcctacccttaatgatactttaggagaaggctct
cttaaagtagagccatgggtggagcaggtgtttattaaaatacctgaggatctggaagat
gatttagcttttgaacgtaagttatacgttttaagacaatttgcttcagccgtaattaga
gactcggtaaaaggcgtaagtcaaactttctatgtttcaagtttgtcttgtcgtactatc
tcttataaaggtcagttaactacagaccaattaaaatattatttccctgatttgcaggat
tctagagtagtatcggcttttgccattgtacactctcgtttctctactaatactttccct
tcgtggaaattggctcagccatttaggtttatcgctcataatggagagataaatactgta
aaaggtaacgtaaactggattagagcagcagaaaagtctttctactctgaattcttcacc
aaagaagaaatggagatgataatgccgatctgtgataaaggtaattcggattcagccatg
ctagataacgccattgagctgctttatctttcaggaaggtctcttcctcatgttatgatg
atgatggtgccagaagcatgggatggtaacgaagccatggaccctgttagaaaagcattc
tacgagtatcatgctaccatcatggaaccatgggatggcccagcttctatttcatttact
gatggtaaaatggtaggggctacgttagatagaaacggtctaagaccttctaggtactgg
gttcttaatgatgatacggtagtaatggcatctgaagctggtgtattagatattgaccag
tctacagtagtttcaaaaggccgtcttcagccaggaagaatgtttgtggttgacatggag
caaggaagaattattcctgatgaagaacttaaagcagatatttgttcaagaaaaccttac
ggtgaatggatagacaagcataagattaatatcaaaatgcttcctaaatcaattcgtcca
tatacgcattatagtccagagaaacttatcaaaagacaaattaccgcgggttattcttcg
gaagatttgagaatgatattaggacctatggcatctttaggtaaagaagctattggctct
atggggatagatattcctttggctgttttatctagtcaaagccagcacctgtcttcttac
tttaagcaattgtttgctcaggttacaaacccacctattgattctatcagagagcgttct
attatgtctttgatatcatttgtaggtactgcagataatattttgacagaatcacctaga
cattgtcgtcaggtgcaacttcagcagccggttttaacgccaaaagagtttgataaactt
cgctttgttgatcaggatggtttccaagcaaagactatcaacacctatttttataccagt
tctgatgatcatgggcaagccttagctttcgctattgaaagaatttgccgctatgcggaa
gatgccatcagagacggttttgaaattcttgttctatctgatagggcagtagattcagag
cacgcagctattccttcattattagctacttcggctattcaccatcacttaattcgtaaa
gggttgaggggtaaggcgagtattgtagtggaggcagcggatgtttgggaaacacatcat
tatgcagccttgataggttttggagcttctgcaatatgttcatacttggctttcgaaaca
ttgaccaaaatgaatgcttcgcgtcaaatagacggagactttacagataaagaactttac
aaaaactatatcaaagctgttgacaaagaactgttgaagattttctctaaaatgggaatt
tctacgcttcagtcttatcaaggagctcagattttcgaatgtttaggtttaaataaaact
gttgttgacaaatacttcaccggtactgtttcaagaatcggtggtctaggtattaatgat
atagccaaagaggtaattgttagacaccgtgtggcctatcctaatgtagagcaagactct
gttaaaagattagaagtgggtggtgtttatcagtggaagcagcgtggtgaaaaacacatg
tttaatccagaatcaattcaccttcttcagcagtctactaaacttggcgacaaagactta
gatgctggttacaaattatttaagaaatactctaagctaataaacgaccaatctaaggaa
gccttgacgcttcgtggtttgatgcgttttaaacagtcggagtcaatttctattgacgaa
gttgagccggtagaagaaatattcaaacgatttgctactggagcgatgtcatttggttct
atttcttgggaagctcacactacactagctattgcgatgaaccgtataggtgctcgttct
aactctggtgagggtggagaagatgaatcaagatatacgccacttgaaaatggagacagc
atgtcctccaatatcaagcaggtggcttcaggtagatttggtgtaacaagttactaccta
tcaaatgccaaagagattcaaataaaaatggctcaaggagctaagcctggtgaaggtgga
cagcttcctggtcataaagtagatgattggattggacgtactagacacagtactccaggt
gtaggacttatttctcctccacctcaccatgatatctactctattgaggatttagctcaa
ttgatttatgaccttaaaaacgccaacgaagaagctcgtatttctgtgaaattagtttct
gaggctggtgttggtactattgctacgggtgtagcaaaagctcactcagatgtggtattg
atagcaggttatgatggtggtactggagcatctccattatcttcattaagacatgctggt
cttccttgggagcttggtttagcagaaacacatcaaacacttgtcaaaaacaagttgaga
ggtagaattgtggttcaggcagatggtcaattaagaacaggaagagatttagcaatagct
gccttattgggtgcagaagaatttggagtagccacagcagcattagtagcggcaggttgt
attttgatgagaaaatgtcatttgaatacctgtccagtaggaattgcaacgcaacgaaaa
gagttaagagctttattcagtggtaagcctgagcatgtggtaaacatgtttaagtactta
gccatggagatgcgtgagataatggctgaactaggtttcagaacggtcaacgaaatggtt
ggtcaagtacaaaaactagaaaaacgtcctgatattaagcattggaagtataaagattta
gatttttctaaaattctatataaagagcctatagctgcggaagtagcggagtataagcaa
gaagagcaagaccatggtatatctatggttttagataggcaaatgattagagatgcgaag
ccagcccttgagaaaggagaagctgtatcagcagaatacacggtcaataaccttgataga
actattggtgcgatgttatcgcatgaaatatctaagatttacaaaggagatggtttgcca
gcaggcaccattcacttcaaatatagaggtacttcaggacagtctttcggagcattctct
accaaaggtttgaaattagaactcgaaggagattcaaatgattacttcggtaaaggtctt
tgtggagctgagcttatcgtttatccagacagaaaagcgactttcaaagcttctgaaaac
atggcagtaggtaatgtttctttctacggtgctacttctggcgaagcctttattaatggt
ttagctggtgagcgttttgcggtaagaaactctggtgctagagtagtggtagagggtatt
ggtgaccacggctgtgagtatatgactggtggaacggttatagttttagggccaacaggt
gggaactttgctgctggaatgagcggtggaatagcctacgtgtatgataaagaaaaggtt
tttgatgccaagtgtaataaagaaatggtagaccttgaaggtcttactaaagatgatgaa
gccttattagaaggtatgattacaaagcatttgaatgctactggaagcgaagtggctaaa
tctattttggataatctgaatgaagaatttaagaacttcgtaaaggtttacccaacagat
tataagcgtattttagctgaaagaagtgaaaaggaagcttcaaaagcggcataa
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