Iocasia frigidifontis: GM661_04445
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Entry
GM661_04445 CDS
T07718
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
ifn
Iocasia frigidifontis
Pathway
ifn00250
Alanine, aspartate and glutamate metabolism
ifn00910
Nitrogen metabolism
ifn01100
Metabolic pathways
ifn01110
Biosynthesis of secondary metabolites
ifn01120
Microbial metabolism in diverse environments
ifn01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
ifn00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
GM661_04445 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
GM661_04445 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ifn01002
]
GM661_04445 (gltB)
Enzymes [BR:
ifn01000
]
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)
GM661_04445 (gltB)
Peptidases and inhibitors [BR:
ifn01002
]
Cysteine peptidases
Family C44
GM661_04445 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
QTL97284
UniProt:
A0A8A7KGK1
LinkDB
All DBs
Position
915148..919746
Genome browser
AA seq
1532 aa
AA seq
DB search
MKYNGIPEKQGLYDPRFEHDACGMGFITNIKGKKSHRIVHQALEILVNLSHRGATGSEAN
TGDGAGILIQLPHNFFAKETAKLGFSLPSAGEYGVGMVFLPRKKAYRKEYQAFFNKIIEE
EGQQLLGWRDVPVDDSGIGNSARECMPHISQVFIGRNDSLSDDMAFERKLYVIGRRAEKE
IKSSDIAEGIYLASISHRTIVYKGMLMPEQVEDFFLDLSDPNIETAIALVHSRFSTNTFP
SWERAHPNRYIIHNGEINTMRGNVNWMNARQSMMESELFGNDLAKIFPVINPAGSDSAMF
DNSLEFLRLTGRSLPHAVMMMIPEPWENNDSIDEEKKSFYEYHSCLMEPWDGPAAMAFTD
GIQVGAVLDRNGLRPSRYYVTSDDLVVLASEVGVVDLPEEKIISKQRLEPGKMLLIDTSK
GKIINDQELKKEIAGEYPYDKWLDENLLHIDALPVGEVKENCLGHETLVQKQRAFDYTYE
EIRKILIPMAENGVDPVGAMGNDSSLAVLSDKPQLLYNYFKQLFAQVTNPPIDSIREAII
TATRTNLGSEGNLLNPGPESCRQITLPGPVLDNGQLARLLNLKIDGFKTEKLSILFKIED
NGRGLEEAMEKLFAEADRLIDEGVNILVLSDKEIDRDKAPIPALLAVAGLHHHLIRTGRR
TSVSLVLESGEPREVHHFCLLLGYGLQAVNPYLVFESLDDLIKQGLLETKSYDKAVKKYI
KAATKGIVKVMAKMGISTVQSYRGAQIFEALGLNDSVIDKYFTGTPSRIGGIGLAEIARE
TIIRHQNGFNKKGPESKTLESGSTFTWRKDGEKHLYNPETIYLLQRACREGNYDLFKEYT
SLINNQAEEMSTLRGLLGFNYDEVESIPLEEVESVESICKRFKTGAMSYGSISKEAHETL
AIAMNRIGGKSNTGEGGEDPERFTPDPNGDSRCSAIKQVASGRFGVTSHYLTNAREIQIK
MAQGAKPGEGGQLPGKKVYPWIAKVRGTTPGVGLISPPPHHDIYSIEDLAELIHDLKNAN
RDARINVKLVSEVGVGTIAAGVAKGKADVILISGYDGGTGASPRTSIKHAGLPWELGLAE
THQTLVLNKLRSRVKLETDGKLMSGKDLAVAALLGAEEYGFATAPLVVMGCVMMRVCNLD
TCPVGVATQNPELRKRFAGEVEHLVNFMHFIAREMREEMARLGFRTVDEMIGRVDKLKRD
KAFKHWKAKGLDYSKILYQPEESAQAATFCQIKQDHGIEESMDMKELLQLAKPALDKGEK
VEFNLKIKNIDRVVGTVLGNELTKKYGAAGLPADTIKLNFAGSAGQSFGAYIPQGITLTL
QGDSNDYIGKGLSGGKIIVKVPEDADFSSEDNIVVGNVAFFGATSGEAYIQGVAGERFCV
RNSGVHAVVEGVGDHGCEYMTGGRVVILGKTGRNFAAGMSGGVAYVFDRKGNLADRTNQA
MVELEPLQEENDINFVKEMIKKHLNYTGSSYARKILDNWSDNAAKFVRVMPRDYKRMIEA
INSFEEEGLKKDEALMAAFEQNNSDAARVSGN
NT seq
4599 nt
NT seq
+upstream
nt +downstream
nt
atgaagtataatggaataccagaaaaacaggggctttatgacccgcgttttgaacatgat
gcctgtgggatggggtttattaccaacataaaaggtaagaaatcacacaggattgttcat
caggcattagaaatattggtgaacctatcacatagaggggcaaccggtagtgaagcaaat
acaggtgatggtgctggtattttaatacagttgccacataatttttttgccaaggagact
gctaaactcggtttttccctgccgtctgctggggaatatggtgtggggatggttttttta
ccccggaagaaggcttatcggaaagagtatcaagcattttttaataaaataattgaagaa
gagggccagcaattattaggttggcgtgatgtaccagtagatgacagtgggattggtaat
tctgcccgtgaatgtatgccccatatctctcaggtctttatagggcgtaatgacagctta
tcagatgatatggcttttgagagaaagctttatgtgatcgggaggcgggctgaaaaagag
attaagagttctgatatagcagaaggaatatatctggctagtatttctcacaggacaatt
gtctataaagggatgttaatgccagaacaggtggaagatttttttctggatctaagtgat
cccaatatagaaacagcaattgccctggtacactctagatttagtaccaatacctttccc
agttgggaaagggctcatcccaatcgttatataatccataatggtgagataaatacaatg
cgtggtaatgttaactggatgaatgcccgtcagtctatgatggagagtgaactctttggg
aatgaccttgcaaaaatatttccagtaattaatccggctggaagtgattcagcaatgttt
gataatagtctggagtttctaagactgactggccgttccctaccacatgctgtcatgatg
atgattccagaaccatgggagaataatgatagtatagatgaagaaaaaaagtcattttat
gaataccatagttgtttgatggaaccatgggatggaccggctgctatggcctttactgac
ggtatacaggttggggcagtactggataggaacggtttgaggccttcccggtattatgtt
accagtgatgacctggttgtgcttgcctctgaggtaggggtagttgatttaccagaagaa
aaaatcataagcaaacagcgtttagaaccagggaaaatgctgttgattgataccagtaag
ggtaaaattatcaatgatcaagaactaaaaaaagagattgctggggaatatccctatgat
aaatggcttgatgaaaacctgctgcatatagatgcgctgccagttggggaggtaaaggaa
aactgtctgggacatgagacattagtccaaaaacagagggcttttgactatacctatgaa
gaaatacgaaaaatactaatacctatggctgaaaatggggttgatcctgttggggctatg
gggaatgatagttctttagcggttttatctgataaaccccagttactatataattatttt
aagcagttatttgctcaggttactaatccccctattgattcaattcgggaggcaattatt
actgccaccagaaccaatctagggtcagaagggaatttactaaaccctggtccagagagc
tgccgacaaataacattacctggaccagttcttgataatggtcaattagctagattgtta
aatttaaaaatagatggtttcaaaacagagaagctttcaattctatttaagatagaagat
aatggtagagggttagaagaagcgatggaaaagttatttgctgaggcagatagattaata
gatgagggggtaaatatactggttctctctgataaggagatagatagggataaggcccct
attccagctttgctggctgtagccgggctgcatcaccatttaatcagaacaggcaggcgt
acttctgttagtttagttctggagtcaggggaaccacgggaagtacatcatttttgtctc
ctcttaggttatggtttgcaggccgttaatccctatttagtttttgaatcacttgatgat
ttaataaaacagggtttgttagagacaaagagttatgacaaggctgttaaaaaatatatc
aaggctgctaccaagggaattgtaaaggtaatggccaaaatgggtatctctacagtacag
agttaccggggggcacagatatttgaagccctgggtctaaatgattcagttattgataaa
tacttcaccgggactccttcacgtattggcggtatcggtcttgctgaaatagctagagaa
actattatcagacatcagaatggttttaataaaaaaggtccggagagtaaaaccctggaa
tctggcagtacatttacctggagaaaagatggtgaaaaacacctatataacccagagaca
atatatcttttgcagagggcctgtcgtgagggcaactatgacttatttaaggaatataca
tctttaataaataatcaggctgaagagatgtctactttgcgaggtttattaggttttaat
tatgatgaggtcgaatcaattccactggaagaggtagaatcagtagagtcgatctgtaaa
agatttaagacaggggccatgtcttatggttcgattagtaaagaggctcatgagacactg
gctattgctatgaaccgtattggtgggaagagtaatactggtgagggtggtgaagaccct
gaacggtttacgccagaccctaatggtgattccaggtgtagtgccattaaacaggttgct
tccggtaggtttggagttacttcccattatctcacaaatgccagagaaatccagataaaa
atggcccagggggccaaaccaggtgaaggcggacaactacctggtaaaaaggtatacccc
tggattgctaaagtcaggggaacaacacctggtgttggcttaatctcaccaccaccccat
catgatatttattcaatagaagacttagcagagttaatccatgacctgaaaaatgccaac
cgggatgccaggataaatgttaagcttgtttctgaagtaggggtgggcactattgccgct
ggtgttgccaagggtaaggcagatgttattcttatcagtggttatgatggtggtacaggt
gcttcaccgagaacgagtattaaacatgctggactcccctgggaattaggtcttgctgaa
acacatcagaccctggtgttaaataagctgcgcagcagggttaaacttgagacagatggt
aaactgatgtctggtaaagacctggctgtggctgcattactgggggcagaggaatatggt
ttcgctactgcacctttggtggtaatgggttgtgttatgatgagggtctgcaaccttgac
acctgcccagtaggggtagctacccagaatcctgaactaaggaagaggtttgctggcgaa
gtagagcatcttgttaattttatgcattttattgcccgggaaatgcgtgaagaaatggcc
agacttggtttccggacagtagatgaaatgatcggccgtgttgataaacttaaacgggat
aaggcttttaaacactggaaggccaagggtttagactactcaaagatactctatcaacct
gaagaaagtgctcaggccgctactttctgtcagatcaaacaggaccatggtatagaggaa
tccatggatatgaaagaattgcttcagctagctaaaccagccttagataagggtgaaaaa
gtagaatttaacttaaaaatcaagaatatagaccgggtagttggtacagttcttggtaat
gaattaaccaaaaaatatggtgcagcaggtctaccggccgataccatcaaattaaatttt
gcaggttctgccggtcagagttttggggcatatataccacagggtattaccctgacttta
cagggtgattctaatgactatatcggtaagggtttatcaggtggcaaaataattgttaag
gttcctgaggatgctgattttagttctgaagataatatagtagtaggtaatgtagccttt
tttggggcaacttcaggggaggcctatatccagggtgttgctggagaaaggttttgtgta
agaaatagtggtgttcatgctgtagttgaaggtgtcggtgaccatggatgtgagtacatg
acaggaggtcgtgttgttatattagggaaaactgggcgaaactttgcagccggaatgtct
ggtggtgtagcatatgtttttgaccggaaaggtaatttagccgaccggacaaatcaggcc
atggttgaactggaacctttacaggaagagaatgatattaactttgttaaagaaatgatt
aaaaaacatcttaattacaccgggagcagctatgccagaaagattcttgataactggtct
gacaatgcagctaaatttgtcagggttatgcctcgggattacaaacggatgattgaggcg
ataaatagttttgaagaagaggggctaaaaaaagatgaagcactgatggctgcttttgag
caaaataatagtgatgcagcaagggttagtggtaattaa
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