Candidatus Ruthia magnifica (Calyptogena magnifica): Rmag_1018
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Entry
Rmag_1018 CDS
T00438
Name
(GenBank) glutamate synthase (NADH) large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
rma
Candidatus Ruthia magnifica (Calyptogena magnifica)
Pathway
rma00250
Alanine, aspartate and glutamate metabolism
rma00910
Nitrogen metabolism
rma01100
Metabolic pathways
rma01110
Biosynthesis of secondary metabolites
rma01120
Microbial metabolism in diverse environments
rma01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
rma00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
Rmag_1018
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
Rmag_1018
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
rma01002
]
Rmag_1018
Enzymes [BR:
rma01000
]
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)
Rmag_1018
Peptidases and inhibitors [BR:
rma01002
]
Cysteine peptidases
Family C44
Rmag_1018
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
ABL02723
UniProt:
A1AXR6
LinkDB
All DBs
Position
1092217..1096716
Genome browser
AA seq
1499 aa
AA seq
DB search
MSTQLLHPPKAYGLYHPNNEKENCGIGFIAHIKGESSHQITLDALEMLSRMDHRGGCGCE
TNTGDGAGILTNIPHRFFIQEIKRLFGVSVEKSAYSAGNIFLPQDDKQRAHCMDLLEKSV
AREGQTFIGWRDVPINTDKADIGNIARKSQPIIKQLIIARAEKIDTPAFERALFIIRKHT
SNIIRTDETLSQALLFYICSLSSSLIVYKGMLMGSQILDFYQDLSAIEYSTYLAMVHSRF
STNTFPSWDRAQPCRYMSHNGEINTRQGNYNWMHAREGVLKSDLFKDDLSKTLPVIETEV
SDSGSFDNVLEFLMMNGRTLQESVLMMVPEAWQNDNNMSASKRAFYEYFSNVMEPWDGPA
SIAFTDGAYIGAVLDRNGLRPSRYYLTHDGRVIMASEVGVVDVATDNIKTKGRLRPGKMF
LVDFDKGKLIDDEAIKSEFSSKNPYQEWLNDQQIFLSELHCEIETHGFHPESLIHRLKAF
GYSTETLQFMLLPLVNELRDPVGSMGNDSALACLSNQSRIIYDYFKQLFAQVTNPAIDSI
REEVVMSLRCSIGPEGNLLNDNAENAHRLVIDHPILTNEETAALRHCNHRGWTSKTIDIT
YDINEDKKVSELLDNIYAQGSQAIKDGHSLIVLSDRNISKNRVAISSLLASSALHRYLVA
SAKRTQVGIIVETGEAREVHHFCLMIGFGADAINPYLAFEALWQARCDEIIDIESDDAII
SAYRKGIAKGMLKVMAKMGISTLESYKGAQIFEAVGLAPEVMDKCFFGTASRIDGVNFDI
LQTESEKRHQYAYQTYSLDNLGQYHWRSGGEKHMWNPQAISNLQLAARNNDESAYWAFSK
HANEQGTHNSTLRGLMSFKKSNPISIDEVEGVKEIVKRFATGAMSFGSISAESHESLAIA
MNRLDGKSNTGEGGEDTKRWTPDTNGDSRRSAIKQIASGRFGVTIDYLNNADEIQIKVSQ
GAKPGEGGELPGAKVDKSIASIRHSTPGVGLISPPPHHDIYSIEDLSQLIFDLKRSNPDA
RISVKLVAEVGVGTIAAGVVKAKSDHIVIAGHDGGTGASPLTSIKHAGLPWELGLAETHQ
TLVMNGLRSRVVIQTDGQLKTGRDVAIGILLGAEEFGFSTAPLITLGCIMMRKCHLNTCP
VGIATQDKELRKKFTGKPEYVVNYLFMVAQELRLIMAKLGFKTVNEMIGRVDMLETNQTL
NHWKQETINLDALLTPAKKSNKDTGTYQTIAQDHQLEQQIDNILIKQSKSAINNAEKVCI
NSIITNVNRAVGTMLSSHIVKTRGGNNLKDNTIHINFKGSAGQSLGAFLAKGITIEVEGD
ANDYVGKGLSGGHIIVYPPKDSTFNAENEIIAGNVCGYGATSGEMYLSGCVSERFCVRNS
GAIAVVEGVGDHGCEYMTGGHVIILGEVGRNFGAGMSGGIAYIYNLNHTFEFMVNPTMID
LDPMDDEAQIRLKQYINNHAKYTDSKVAKRILDNWNDEIMHFIKIMPKDFKRVLTQNSN
NT seq
4500 nt
NT seq
+upstream
nt +downstream
nt
atgagcacccaattattacacccacctaaagcatacggcctttatcatccaaataatgaa
aaagagaattgtggcataggttttatcgcccatattaaaggcgaatcttcacatcaaatt
acccttgacgctttagaaatgttatccagaatggaccatcgtggcggttgtggttgtgaa
actaatacaggtgatggtgctggtattttaaccaacattccgcacaggttttttattcaa
gaaattaagcgtttatttggtgtatcggttgaaaaaagtgcttacagtgctggtaatatt
tttttaccacaagacgacaagcaaagagcacattgtatggatttgttagaaaaatctgtt
gcacgcgagggtcaaacttttattggctggcgtgatgttcctattaatactgataaagcc
gatattggcaatattgctagaaaatcccaacccataatcaagcagttaattattgcgcgc
gccgagaaaattgacacgccagcttttgaacgcgcactatttattatcagaaaacacacc
tcaaatatcattagaacagatgaaactttgtcccaagcattattgttctacatttgcagt
ctgtcaagtagtcttattgtttacaaaggtatgttgatgggctctcaaatacttgatttt
tatcaagacttatctgctattgaatattcaacctatttagcaatggtgcactcacgtttt
tcgaccaacacattcccttcatgggatagagcacaaccttgtcgctatatgtcacacaat
ggtgaaattaacactcgccaaggtaattataactggatgcatgctagagaaggcgtactg
aaaagtgacctctttaaagatgacctgagtaaaactttgcctgttattgaaactgaagta
tctgattctggcagttttgataatgtgttagaatttttgatgatgaatggccgtacttta
caagaatcagtactaatgatggtaccagaagcttggcaaaatgacaacaatatgagtgct
tcaaagagagcgttttatgaatatttctctaacgttatggagccttgggatggacctgcc
tccatcgcctttacagatggcgcttatattggtgcagtacttgaccgtaacggccttcgc
ccttcacgctactatttaactcatgatgggcgtgttatcatggcaagtgaggtgggtgtg
gttgatgtggcaactgataatatcaaaaccaagggtagattacgtccaggcaagatgttt
ttggttgattttgacaaaggaaagttgattgatgatgaagcgataaaatctgaattttcc
tcaaaaaatccttaccaagaatggttaaatgatcaacaaatattcttatcagaattacac
tgtgaaattgagactcatggctttcatccagaatcattaattcatcgtctaaaagcattt
ggctatagcactgaaaccttacaatttatgctgttaccgctagttaacgaactacgtgac
cctgtaggctctatgggtaatgactcagcgctggcgtgtttgtctaaccaatcacgcatt
atttatgattattttaagcagttatttgcacaagtaaccaatccagcaattgattctatt
cgtgaagaagtggtaatgtcattacgttgttctattggaccagaaggcaacttattaaac
gacaatgctgaaaatgcacaccgcttagttattgaccatccaattttaactaatgaggag
accgccgcattaagacactgcaatcatcgtggttggacaagcaaaactattgacataact
tacgatattaatgaagataaaaaagtatctgaattattagataatatctacgctcaaggt
tctcaagctattaaagatggacacagtttaattgtattgtctgatcgtaatattagtaaa
aatcgtgttgcaatatctagtctattagcctcttctgccctacacagatacttagttgcc
agtgctaaacgtactcaagtaggtattattgttgaaacgggcgaagctcgtgaagttcat
catttctgtctgatgataggttttggtgcggatgcgattaacccataccttgcatttgaa
gcattatggcaagcgcgttgtgatgaaatcattgacattgaaagtgatgatgctattata
tctgcctatcgaaaaggcattgccaaaggcatgctaaaagtcatggcaaaaatgggcatt
tctactttagagtcttacaaaggtgcacaaatttttgaagcagtaggtctagctccagaa
gtgatggataagtgtttttttggcacagcatctcgtattgatggcgttaattttgacatc
ttgcaaacagagagtgaaaaacgtcatcaatacgcttaccaaacatactctttggataat
ttaggtcaataccattggcgtagtggtggtgaaaaacacatgtggaacccacaagcaatc
tccaatttacaattagcagcgcgcaacaatgatgaatcagcttattgggcattttccaaa
cacgccaacgaacaaggtacacacaactcaacattgcgtggtttgatgtcgtttaaaaaa
tccaacccaatttctattgatgaagttgaaggtgttaaagaaattgtcaaacgttttgcc
acaggcgcgatgagttttggctctatttcagcagaatcgcatgaatcattagccattgct
atgaaccgattagacggcaaatcaaacactggtgagggtggtgaagataccaaacgctgg
acaccagatactaatggcgactcacgccgtagtgctattaaacaaatagcttcagggcgt
tttggtgttactattgactacttaaataacgcagatgaaattcaaattaaggtctcacaa
ggtgcaaaacctggtgaaggtggtgagttacctggtgcaaaagtagataaaagtatcgcc
tcaatacgtcactccacacctggcgtaggacttatttccccaccgcctcatcatgatatc
tattcaattgaagatttgtcgcaacttatttttgatttgaaacgctctaatccagatgca
cgcattagtgtgaagctggttgcagaagtaggtgtgggcacgattgctgcaggcgttgtt
aaagcaaaatctgatcatattgttatcgctggtcatgatggtggtaccggtgcttcacca
cttacttcaatcaagcatgcgggtttaccatgggaattaggcttggctgaaactcatcaa
acactagtgatgaacggcttacgctcacgcgtggttattcagacagacggacagttaaaa
acaggtagagatgttgccattggtattcttttgggtgctgaagagttcggattttcaacc
gcaccattgatcaccctaggctgcattatgatgcgtaaatgccacctaaatacttgcccg
gtcggcatcgctacacaagacaaagaattacgtaaaaaatttacaggcaagcctgaatat
gtggtgaactacttatttatggtggcacaagagttgcgtttaatcatggcaaaacttggt
tttaaaaccgttaatgaaatgattggccgtgttgatatgctagaaacgaatcaaacgctt
aaccactggaagcaagaaacaattaatctagacgccttattaacacctgctaaaaagtcc
aataaagacacaggcacttatcaaaccattgctcaagaccatcaattggaacaacaaatt
gacaatatattaattaaacaatcaaaatcagccattaacaatgctgaaaaagtttgtatt
aactctattattaccaatgttaatcgtgctgtaggcacaatgctctcatcacacattgta
aaaacacgaggtggcaataatttaaaagataacaccattcatattaattttaaaggctct
gcgggtcaatctcttggcgctttcttagcaaaaggcatcaccatagaagttgaaggcgac
gccaatgattatgttggaaaaggactttcaggtggtcacattattgtttatccacctaaa
gattcaacctttaatgctgaaaatgaaattattgctggcaacgtttgtggttacggcgca
acaagtggtgaaatgtatttatcaggttgcgtatctgagcgattctgtgtacgtaattca
ggtgctattgctgtagtagaaggggttggtgatcatggttgtgaatatatgacaggcggt
cacgttattattttaggcgaagtgggtcgtaactttggcgctggtatgagtggcggtatt
gcttatatctacaatctaaatcatacatttgaatttatggtcaacccaaccatgattgat
cttgatccgatggatgatgaggcacaaataagattgaaacaatacattaacaatcatgct
aaatatactgattcaaaagtagctaaacgtattcttgacaactggaacgatgaaatcatg
cattttatcaaaatcatgccaaaagatttcaagcgtgttttgactcaaaactctaactaa
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