Cellulophaga lytica DSM 7489: Celly_2035
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Entry
Celly_2035 CDS
T01434
Name
(GenBank) Glutamate synthase (ferredoxin)
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
cly
Cellulophaga lytica DSM 7489
Pathway
cly00250
Alanine, aspartate and glutamate metabolism
cly00910
Nitrogen metabolism
cly01100
Metabolic pathways
cly01110
Biosynthesis of secondary metabolites
cly01120
Microbial metabolism in diverse environments
cly01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
cly00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
Celly_2035
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
Celly_2035
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
cly01002
]
Celly_2035
Enzymes [BR:
cly01000
]
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)
Celly_2035
Peptidases and inhibitors [BR:
cly01002
]
Cysteine peptidases
Family C44
Celly_2035
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
FMN_dh
Motif
Other DBs
NCBI-ProteinID:
ADY29857
UniProt:
F0RDU6
LinkDB
All DBs
Position
complement(2285921..2290432)
Genome browser
AA seq
1503 aa
AA seq
DB search
MKLKKQGLYLPDFEHDNCGAGFICSLKGKKSNDIIHKALEILDKLEHRGAVSSDGKTGDG
AGILIDIPHDYFTEVCDFNLPEPGEYAVANIFLPQKQNQRDFCISVFEENIKKQGLKLLG
WRDAPVNKNVPGRIAMETEPFVKQIFIAKEDSSQDYATFNLKLYIARKVTEHTILSSKLS
ESGFFYVPSLSTKIIIFKGLLMPQDIKFYFKDLMDPRVVTRLALVHQRFSTNTFPTWDLA
QPFRYMCHNGEINTLRGNVSRMRSREELLKSDLFGDEIKNILPIILPGKSDSATMDMVVE
LLLMTGRSLPEVMMIMVPEAWEKNPDMSPAKRAFYEYNSCMMEPWDGPASVPFTDGNYIG
AVLDRNGLRPSRYSVTKDGYVIMSSETGVVDIEPENIEFHGRLEPGKMFLVNMEEGRIVN
DEEIKEKIAQLKPYQKWLDNNLVHLKDIPYNDCPLFLGEESLEKRKSLFGYTLEDINTII
LPMGKTAKEPIGSMGSDTPIAVLSEKPQLIYNYFKQLFAQVTNPPLDGIREELITDISLT
LGSDHNIFDFSELHCRKLKIQNPVISKEDLDKIKNYDASPDYKVTSIPILYKIARGHNAL
EEALASILDQASKAIDNGTNIIILSDRNVDKDNAPIPALLALSFVNSGLQKLGKRSKLSI
IIESAEPREVHHFALLFGYGASAVNPYLVNEIIAEQIEENDITDITFDEAIKNYNKGIGK
GVLKVMNKIGISTLNSYRGSQLFECIGINTKVVDKYFPNTPTRIQGIGLYQIEKEISKRH
QKAFNTKEVAASLELEMGGAYRWRRDGEKHLFNPLTIAKLQKSVRNNEPETYKEYSKLIN
EQSKHLMTIRGLFEFSNYDPIPIEEVEPWTDIVKRFKTGAMSYGSISKEAHENLAIAMNR
IGGKSNSGEGGEDAERFYKNETGDWKNSAIKQVASGRFGVTSNYLSSAKEIQIKMAQGAK
PGEGGQLPGPKVNPSIAKTRNSTPYVGLISPPPHHDIYSIEDLSQLIYDLKSANREARIN
VKLVSEVGVGTVAAGVAKAKADVILVSGHDGGTGASPLTSLKHAGLPWELGIAEAQQTLV
MNDLRNRVVVECDGQLKTGRDVAIACLLGAEEFGFATAPLVASGCIMMRVCHLNTCPVGI
ATQNPELRKKFKGKPEHVVNYMYFIAQELREIMAQLGFRTVNEMVGQVQKLDRKKAIEHY
KAEGIDLTPILHQVSVPKETKLYNTQKQEHDIYKSIEFKIIEKAHPSLFRKEKLTLDFPI
KNTDRAVGAIISNEISKTYGAKGLPINTLRLNFTGSAGQSFGAFATRGLTMTVNGNTNDY
LGKGLSGGKLVIKVPEGATIIPEENVITGNVTLYGATAGRAYINGKAGERFCVRNSGAKT
VVEGIGDHGCEYMTGGVAVILGEVGRNFGAGMSGGIAYVLDPNKTFEKNCNKESLNLLPV
EEANDIAELKDLIESHYNYTMSPLAQRLLENWENSLPMFVKVFPEEYRQALKRLEEEQKA
SII
NT seq
4512 nt
NT seq
+upstream
nt +downstream
nt
atgaagctgaaaaaacaagggttatacctaccggattttgaacatgacaactgtggagca
ggttttatctgtagcttaaaaggaaaaaagtctaacgacataatacataaagccttagaa
atactagataaactagaacaccgtggagcggttagttctgatggcaaaacaggagatggg
gctggtatactaatagatataccacatgattattttacagaagtatgtgattttaactta
ccagaacctggtgagtatgcagttgcaaacatttttttaccgcaaaaacaaaatcaaaga
gatttttgtatttctgtctttgaagaaaacataaaaaaacaagggttaaaattacttggc
tggagagatgcacctgtaaacaaaaatgttcctggccgtattgctatggaaacagagcct
tttgttaagcaaatatttatagcaaaagaagacagctcacaagattatgctacttttaat
cttaaactatacattgctcgtaaagttacagagcatacaattttaagttctaaattatct
gaaagtggctttttctatgtaccaagcttatctaccaaaattattatttttaaaggacta
ttaatgccacaagacattaaattttactttaaagatttaatggatccaagagttgttact
agactagcattagtacaccaacgtttttctaccaacactttccctacttgggatcttgca
caaccatttaggtacatgtgccacaacggagaaataaataccttgcgtggtaatgtttct
agaatgcgctctagagaagagttattaaaaagtgatttatttggagatgaaataaaaaat
atactacctataatattacctggtaaatctgactccgcaactatggatatggttgtagaa
ctgttattaatgacaggcagatctttaccagaagtaatgatgattatggtgccagaagcc
tgggaaaaaaacccagacatgtctcctgctaaaagagcattttacgagtacaactcttgc
atgatggaaccttgggacggacctgcatctgtaccatttacagacggcaactacattggt
gccgttttagaccgtaatggattaagaccttctagatattctgtaaccaaagatggttac
gtaattatgtcatcagaaactggtgtagtagatatagaaccagaaaacattgagtttcac
ggccgtttagagcctggaaaaatgtttttagttaatatggaagaaggccgtatagttaat
gatgaagaaataaaagaaaaaattgctcaattaaagccttaccaaaagtggttagataat
aatttggtgcatttaaaagacataccttataacgactgtcctttatttttaggagaagaa
agtttagaaaaaagaaaatctctttttggctacactttagaagacataaataccattata
ctaccaatgggcaaaacagcaaaagaacctattggatccatggggtctgatacaccaatt
gctgttttatcagaaaaaccacaacttatatacaactactttaagcaattatttgcccaa
gtaacaaaccctcctttagatggtattagggaagagttaattacagatattagcttaact
cttggtagtgatcataatatttttgatttttcagaattgcattgccgcaaacttaaaatt
caaaatcctgtaatatctaaagaagatttagataagattaaaaactatgatgctagtcca
gattacaaagtaacatctattcctattttatacaaaatagcacgtggacacaatgcttta
gaagaagctttagctagcatattagaccaagcctctaaagcaatagataacggaactaac
ataattattttatcagacagaaatgtagataaagacaacgcacctatacctgctttgctg
gctttatcttttgtaaatagcggacttcaaaaactaggaaaaagatctaagctaagtatt
attattgagtctgcagaacctagagaagtgcatcattttgcattattgtttggctacgga
gcaagtgcagtaaacccatatttggtaaacgaaattattgctgagcaaatagaagaaaat
gacattacagacattacttttgatgaagcaattaaaaattacaacaaaggtattggcaag
ggagttttaaaagtgatgaacaaaataggcatctctacattaaactcctacagaggttcg
caattatttgagtgtattggtataaacaccaaggttgtagataaatattttccaaatacc
cctacaagaattcaaggtattggcttgtatcaaattgaaaaagaaatatctaaaagacac
caaaaagcgtttaacactaaagaagttgctgctagtttagagctagaaatgggtggcgca
tataggtggcgtagagacggagaaaaacacttgtttaacccccttactattgctaaactt
caaaaatctgttcgtaacaacgaaccagaaacttacaaagaatactcaaagcttattaac
gagcagtctaaacatttaatgaccattagaggtttgtttgaattctctaactacgatcca
attcctattgaagaagtagagccatggacagatattgtaaaacgatttaaaacgggtgca
atgtcttacggatctataagcaaagaagctcatgaaaatttagctattgctatgaaccgt
ataggtggtaaaagcaactcaggagaaggtggtgaagatgcagaacgattttacaaaaat
gaaactggagattggaaaaacagtgccattaagcaagtagcttcaggtaggtttggtgtt
acatctaactacttatcaagcgcaaaagaaatacaaataaaaatggctcaaggagccaaa
cctggagaaggcggacaattgcctgggccaaaagtaaatccgtctattgcaaaaacaaga
aattctactccatatgtaggacttatttcccctcctccacatcatgatatttactcaatt
gaagatttatctcaattaatatacgatttaaaatctgccaatagagaggcaagaataaat
gtaaaattagtatcagaagttggtgtaggcactgtagccgcaggtgttgctaaggctaaa
gcagatgttatattagtttctggccacgacggtggtacaggagcatctccgcttacctca
ttaaaacacgctggtttaccttgggaacttggtattgcagaagcacagcaaaccttagtt
atgaatgatcttagaaacagggttgttgtagaatgtgacggacaattaaaaacaggtcgt
gatgttgccatagcttgtttacttggagcagaagaatttggttttgcaactgcaccatta
gtagcttctggttgtatcatgatgcgtgtttgtcacctaaacacttgccctgttggtatt
gctactcaaaacccagagttgcgtaaaaagtttaaaggaaaaccagaacacgtagttaac
tacatgtactttattgctcaagaattaagagaaataatggcgcaattagggtttagaaca
gttaacgaaatggttggtcaagttcaaaaattagatagaaagaaagctatagaacattat
aaagcagaaggaatagatcttactccaattttacaccaagtaagtgttcctaaagaaacc
aaactatacaatactcaaaaacaagagcacgacatttacaaatctattgagtttaaaatc
atagaaaaagcgcatccatctttatttagaaaagagaaactaaccttagatttccctatt
aaaaatacagacagagcagttggcgctataataagtaatgaaatttctaaaacctatggt
gcaaaaggcttacctataaacacgctacgtttaaattttactggctctgccggacaaagt
tttggagcctttgcaaccagaggtttgactatgactgttaatggtaatacaaatgactat
ttaggaaaaggtctttctggaggtaaactagtaataaaagttccagaaggcgccactatt
ataccagaagaaaatgttataactggtaatgttaccttatacggtgctacagctggtaga
gcatatattaatggtaaagcaggtgagcgtttttgtgtacgtaactcaggagcaaaaacc
gtggtagaaggaattggagatcacggttgtgaatatatgactggcggtgttgctgtaatt
ttaggtgaagtaggccgtaattttggagcaggtatgagtggtggtattgcctatgtttta
gacccgaataaaacatttgaaaaaaactgcaacaaagagtctcttaatttactacctgta
gaagaagctaatgacattgcagagttaaaagaccttatagagagtcattacaactacact
atgagtcctttagcacaacgtctattagaaaactgggaaaacagcctaccaatgtttgta
aaagtattccctgaagaatacagacaagcactaaaaagattagaagaagaacaaaaagct
agcataatataa
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