Candidatus Chlorohelix allophototropha: OZ401_000530
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Entry
OZ401_000530 CDS
T09929
Name
(GenBank) glutamate synthase-related protein
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
call
Candidatus Chlorohelix allophototropha
Pathway
call00250
Alanine, aspartate and glutamate metabolism
call00910
Nitrogen metabolism
call01100
Metabolic pathways
call01110
Biosynthesis of secondary metabolites
call01120
Microbial metabolism in diverse environments
call01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
call00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
OZ401_000530
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
OZ401_000530
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
call01002
]
OZ401_000530
Enzymes [BR:
call01000
]
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)
OZ401_000530
Peptidases and inhibitors [BR:
call01002
]
Cysteine peptidases
Family C44
OZ401_000530
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glu_synthase
Glu_syn_central
GATase_2
GXGXG
FMN_dh
IMPDH
GATase_7
His_biosynth
Motif
Other DBs
NCBI-ProteinID:
WJW67270
LinkDB
All DBs
Position
1:complement(602211..607238)
Genome browser
AA seq
1675 aa
AA seq
DB search
MNKRDEGDCKPQSDLNFEHDSSDLAALEPMHSPTRSVIPIAFAGREEKPVELVSDIDPFS
PFNNFEREHDACALLAVVNKSAHPTHNTIRQTLDGLIKMSHRAGMVNGEGDGCGIMIDLP
HQLWEQKLVESGQDPVIAYREDFWVGHLMIARKADEDQTIREVLRHFENAGLRVLYTRHT
EVNSEALGKLGREEEPYQWQLAGISQFGGNLSDLERTLFKVQLQTELNPAVCFSSLSKHS
VVYKIRGSGDALERYFPEIVNPKVTSISVVGHSRYCTNTQTSFFRVQPFPVLAHNGEINT
VGRLQQEARMLGAQLPIDGSDSQDLDRTIATLIHDYDYKLLEAMEIAFPPIVNEIKQLEP
DLQNLYVFLRQAYGPFAQGPAGILSRHKDELIFAVDALGLRPLWFGQVDETYFFSSEKGV
FSIEEMVYDPKPLAPGEKIYVQVRAHGEENVIWSYPRVQQEALKRFSARLVIPKDTAKLI
QFSQPPAILPDDDTAVRLLPESKIEHPDEVRTEILMSALGWSGDDLHYLEFLADTANEPI
GSLGYDGPLAALNKEQRNIADFFKENVAVVTNPAIDREREIEHFSTRVALGARPSLYGST
GLPRPGSGPLRLGINTKFKPRPSRMVELSCPILLGGHAGDGAPLSPDLYWESARATETYL
LEELVEFVSQNGFRQEAICIISSVYQEDEEPADAILRMLNEAINGVRKGAKIVVVDDTEA
LNGEVFWLDPHLVVAALDEGLRNSKAPLREGESFRNLRRETSIIMRSGSLRNLHDIILAY
GMGADAVSPYLMIEVAASKAKMESAEPETRQKLIRKRIENLVEGLKKGLEKVISTMGIHE
LRGYGRLFPSIGLAPEIARYFNTRNFGGSNKGGFGWAAMKADSEERRQILRGDKESKMVR
DFHLYPKVWKTAGQVAIGQASFSKYEQQVQALEAEDPISMRHVLDIDFRNAAANELTPVD
PKEVDITIERHNLPFAISSMSFGSQGEIPYKAYAKAGEVLNMVTLNGEGGEMKEILGCYY
NTRGVQIASGRFGVNIELLNSAHLLEIKIGQGAKPGEGGHLPGSKVTEKVAAARNASKGV
DLISPSNNHDIYSIEDLAQFISELKTANPDARVAVKVPVVANIGTIAVGIAKAGADIITL
SGFDGGTGAARTHALKYVGLPSDVGVVETHRALVASGLRDQVEVWVDGGMKTASDVLKMV
LLGANRVGFATLAMVAIGCTICRACQKDTCHVGIATQIESEEEAKQRGLKRFVPQMEERA
VQQLVTFFTAMGEELKTQVARLGYYRLQDLVGRSDLLVQERAQTLVDWTEMLKPISAWVE
RQKSEAEERARQPRICMPCAAVPVAAYSGDTTRRITTHVHDMIAAGTSNNGHSKTEFFHE
EEHLGSIDRSVGTHLAGALIRDGFGAGPSFAHNISSRGLHNLVGVSDIEEPRIGKDEKVN
LMLNSGSIPGNGLAAFNSRAVKVVVQGGAQDGVGKSSLGGSIVIMKGKNRWGKRVDGGVG
KSFAYGAQRGLFIVQGNADSRFGIRLSGADVIIGGELYETVDDNLGYIGARSNLKGFAFE
YMTNGRALVLGDPGPWICSGMTGGTVYLRLQPDMGLDLAALKRRIAKGAKVGLSRLNDRD
KVSVRQLLQYYFNELESSGQREDVERLAFLVEAPEQHFLKVQPVNMQVDPSISTE
NT seq
5028 nt
NT seq
+upstream
nt +downstream
nt
atgaacaaacgagatgagggggattgtaagcctcagtctgaccttaattttgaacacgac
tcttcggatttagctgctctagaacctatgcactcccccactcgctcggttataccaatt
gcttttgccggacgcgaggaaaaacctgttgaactggtctcggatattgatcccttttca
ccctttaacaatttcgaacgtgaacatgatgcctgcgccctgctcgcggtagtcaataaa
tccgcgcatcccacgcataacaccatccgacaaaccctcgatgggctaatcaaaatgagc
catcgtgccggtatggtaaacggcgagggcgatggttgtggcatcatgatcgacctgccg
caccaactctgggaacaaaagctggttgaatctggacaagaccctgtaattgcctaccgt
gaagatttttgggtaggtcatttgatgatcgcccgcaaagccgatgaagatcaaactatt
cgagaggtgctacggcactttgaaaacgcagggttacgagtactctatacccgacacaca
gaggtaaatagtgaggcgcttggtaagttagggcgagaggaagagccttaccaatggcaa
cttgcaggcatctctcagtttggaggcaacctctctgatctagagcgaaccttgttcaag
gtgcaactacagacagagctaaatcccgccgtttgcttctcttctctcagtaaacactca
gtagtttacaaaatccgcggctccggtgatgcccttgaacgttacttccctgaaatcgta
aatcccaaagtcacctcaatctcggtagtagggcatagccgctattgcaccaatacccaa
accagtttcttccgggtacaacctttccctgtgctagcccataacggcgaaattaacacg
gtgggacgtttgcagcaggaagcccgcatgctcggcgcgcaacttcccattgatggcagc
gactcgcaagacctcgatcgcaccattgctaccctcattcacgattacgattacaagctg
cttgaagcgatggaaatcgctttcccgcctatcgtgaacgaaatcaagcaacttgagcca
gatttgcaaaacctttacgtcttcttgcgacaagcttacggaccgtttgcgcaaggacct
gccggtattctcagccgccacaaggatgaactgatcttcgcagtggatgccttgggattg
cgcccactgtggttcggtcaagtagatgaaacctactttttctccagcgaaaaaggcgta
ttttccattgaagaaatggtttatgaccccaagccgctggctcccggagagaaaatttac
gtgcaggtgcgcgctcacggcgaggaaaacgtgatctggtcttatccacgtgtgcaacaa
gaagctctaaaacgcttcagcgcccggttggtaatccctaaagataccgccaaattgatt
cagttctcgcaaccacccgccattttgccggacgatgatacagcagtacggctcttaccc
gaaagcaagattgagcatccagacgaagttcgcaccgagattttaatgtcggcgttgggc
tggagtggtgatgacttgcattatcttgaattcttagccgataccgcaaacgagccgatt
ggctcgctaggttacgatggccccttagccgcgcttaacaaggaacaacgcaatatcgcc
gactttttcaaggaaaacgtggcggtagttaccaacccggcaatcgaccgcgaacgtgag
attgaacatttctcaacccgtgtagcgttaggagcgcgtccttccctttatggtagcacc
ggactaccacgacccggcagcgggccgcttcggttgggtatcaataccaaattcaaacca
cgcccaagtcgcatggttgaattaagctgccccattttactaggtggacatgccggggat
ggcgcaccgctttcgcctgacctttactgggagtcagcccgcgccactgaaacctatcta
ctggaagaactggtcgaatttgttagccaaaacggtttccgtcaggaagctatttgtatc
atcagtagcgtttatcaggaagatgaagagcctgctgacgcaatactacgtatgcttaat
gaagctataaacggggtgcgcaaaggcgcgaaaatagtagttgtggatgatacggaagcc
ctgaatggcgaagttttctggctcgacccgcatctggtggtggcagcgctggacgagggg
ttgcgcaattccaaagcgcccctacgtgaaggcgaaagcttccgcaacttgagacgcgaa
accagcatcattatgcgtagcggtagtctccgcaacctgcacgacattatcctagcttac
gggatgggcgcagatgcagttagcccttacctgatgatcgaagttgccgcctccaaagca
aaaatggagagcgccgaaccagaaactcgtcagaagttaatccgcaagcgcatagaaaat
ctggtggaaggtctcaagaaaggtcttgagaaagtcatcagcacaatgggtatccatgag
ttgcgcggctatggtcgcctcttcccaagcatcgggcttgcccccgaaattgcccgctac
ttcaacactcgcaactttggcggctccaacaagggcggctttggttgggcagcgatgaaa
gcggactcggaagaacgtcggcaaatcttgcgtggcgataaagaatccaaaatggtgcgc
gacttccatctctatccgaaagtctggaagacagccggacaagtcgccatcgggcaggca
tcttttagcaaatacgagcaacaagtacaggcgcttgaggcggaggaccctatcagtatg
cggcatgtgctggacattgatttcaggaacgctgccgcaaacgaactgacaccggttgac
cctaaagaagtagatataaccatcgagcggcataacctgccgtttgccatcagttcaatg
tctttcggctcacaaggtgaaattccatacaaagcctatgccaaagccggtgaagtgctt
aacatggtaacactcaacggtgagggcggcgagatgaaagagatactcggctgctattat
aatacgcgcggcgtacagatagccagtgggcgctttggtgtgaacattgagttgctcaac
tcggcgcacttgctcgaaatcaaaatcgggcagggggcaaaacccggtgaaggcggtcac
ctacccggttcaaaagtaaccgaaaaggtagcggctgcccgcaacgcttccaaaggggtt
gacctaatttcgccctccaacaaccatgatatttacagcatcgaagacttggcgcaattc
atcagcgagcttaaaaccgccaaccctgatgccagagttgcggttaaagtgccggtagtg
gctaacatcggcactattgcggttggtattgccaaagccggagcggacatcattacgttg
agcggattcgacggtggcaccggcgcagcacgcacccacgccctcaagtatgtaggcttg
ccctctgatgtgggtgtggttgaaacccaccgcgcactagtagcgtcaggcttgcgcgat
caggtagaagtatgggtagacggtggcatgaaaaccgccagtgacgtgctaaaaatggtg
ttgttaggcgcaaaccgggttggcttcgctacactagcgatggtcgcaatcggttgtaca
atctgtcgtgcttgccagaaagatacctgccacgtaggtatcgccactcaaattgagtcg
gaagaagaagccaagcaacgcggcttgaaacgatttgtgccacaaatggaagagcgcgca
gtacaacaactcgttaccttcttcaccgcaatgggcgaggagcttaagactcaagtggct
cggttaggttattaccgtttacaagacttggtagggcgcagcgatttgttggtacaggag
cgggcacaaaccctagtggactggacggaaatgctcaagccaatttcggcatgggttgaa
cggcagaaatccgaagccgaagagcgggcgcggcaaccccgtatctgtatgccttgcgcc
gctgtaccggttgcagcttacagtggcgataccacccgccgaatcaccacccacgtacac
gatatgatagctgccggaactagtaataacggtcactcgaaaaccgaattcttccatgag
gaagagcatctaggttcgatagatcgttcggtaggtacacacctcgccggagcgttgatc
cgtgacggttttggcgccggtccaagtttcgcccacaacatcagctctcgtggactccac
aaccttgtcggggtaagcgatattgaagagccacgcatcggcaaagatgaaaaagtcaac
ctgatgctcaatagtggctctatacccggcaatgggttagccgcctttaacagtcgcgcc
gtgaaagtagtagtacaaggtggcgcgcaggacggtgtcggcaaaagctcacttggcggt
tcgattgtaatcatgaagggcaaaaatcgctggggcaagcgcgtggacggcggcgtgggc
aagagctttgcctacggggcacaacgtgggctattcattgtacagggcaacgctgacagt
cgtttcggtatccgcctctccggtgcggacgtgattatcggtggcgaactgtacgagacg
gtggacgacaacctcggctacatcggcgcacgcagcaatttgaagggctttgccttcgaa
tatatgaccaacgggcgtgcattggtactaggtgatcccggtccgtggatttgtagcggt
atgaccggcggtacggtttatctgcgcctacaacccgatatgggtctcgacctcgcagct
ctcaaacggcgcattgctaaaggtgcaaaggtcggcttgagtcgcctcaacgaccgagac
aaagtgagtgtccgtcagttgttgcagtattacttcaacgaactggaaagcagcggacag
cgggaggatgtagagcgactcgccttccttgtagaagcgcctgaacagcacttcctcaag
gtacaacctgtaaacatgcaggtcgatccttcgatctccaccgagtga
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