Lucilia sericata (common green bottle fly): 119602600
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Entry
119602600 CDS
T08270
Name
(RefSeq) putative glutamate synthase [NADPH] isoform X1
KO
K00264
glutamate synthase (NADH) [EC:
1.4.1.14
]
Organism
lsq
Lucilia sericata (common green bottle fly)
Pathway
lsq00250
Alanine, aspartate and glutamate metabolism
lsq00910
Nitrogen metabolism
lsq01100
Metabolic pathways
lsq01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
lsq00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
119602600
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
119602600
Enzymes [BR:
lsq01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.14 glutamate synthase (NADH)
119602600
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Pyr_redox_2
Fer4_20
NAD_binding_8
Pyr_redox
Amino_oxidase
DAO
FAD_oxidored
FMO-like
HI0933_like
Thi4
Pyr_redox_3
FAD_binding_3
AlaDh_PNT_C
FAD_binding_2
GIDA
FMN_dh
NAD_binding_9
NAD_Gly3P_dh_N
NAD_binding_2
Motif
Other DBs
NCBI-GeneID:
119602600
NCBI-ProteinID:
XP_037810122
LinkDB
All DBs
Position
Unknown
AA seq
2156 aa
AA seq
DB search
MAPIIADNLNESGCEFVDNSNTNTSNVAQISETFYSEEETSSSSSSSSSSSVGNYTNDES
VVVVVEKEEESVNEVNNLNVVDVKNESSNAESDGLFMPTSKQMPWEAPGKQGLYDPQNEH
EACGVGFIVAIDGKRSHKILRDAQTLSERMNHRGACACDNDTGDGAGVMASIPHGLYAKA
LSSQGIELPELGNYATGIFYLDHQTHKEAEQEFNALAKTLGVEVLNWRDVPSNTNAIGVV
ARKSEPYSRQVFVTRPAGMDDETFKRKIFVLRKRASHELAKEGRRFYICSLSTKTIVYKG
LFTSDQLWDYYTDLKNPEFETYLALVHTRFSTNTFPSWERAHPLRVLAHNGEINTLRGNV
NLMKAREGVMKSELFGDELKKLYPVVEPNLSDSGSFDCVLEFLTQASSRTLPESVMTMVP
EAWQNDKTMPQEKRDFYQWASCVMEPWDGPALISFTDGRYIGAVLDRNGLRPSRFYITKE
NILVMASEVGVYDVDPSQVTLKSRLKPGRMLLVDTQEKKFIQDIELKTYIAKSRPHSEWL
QQKMITLDEIRNANVFNTDNANGLAEYTTDPATHGMLDPRLSLYGYTNESVNMLLVPMFK
TRKEALGSMGNDAPLACLSTFQPTPYEYFKQLFAQVTNPPIDPFREKVVMSMQCPVGPEG
NLLKPSAEQVHRIWLPNPILSIPDTNLLKRNTHRGWKTKVLDITFQFQDGVQGYIDCIDR
ICREGEAAASSGYQLLILSDRNGGQNGKAPVSALLALGALHHHLIETYQRMKVGIILETA
EAREVHHICVLLGYGADAICPYLAFELAQALRNDGVISPDVSDKQIYSAYAQAIDTGIAK
VMAKMGISTLQSYKSAQIFEAVGLGSDIVHKCFRGTASRIGGVTLEIMAREGLERYQMTY
CKVSADTRILRNPGQYHWRHGGEAHINEPGSIASLQEAAVSNNTNAFEAFKNSTLESVKR
CTLRGQLEFVTDREKIDISEVEPASEIVKRFATGAMSFGSISLEAHQTLAITMNRIGGKS
NTGEGGEDSDRYLNQDPQNSRRSAIKQVASGRFGVTASYLANADDLQIKMAQGAKPGEGG
ELPGYKVTKEIAKTRHSVAGVGLISPPPHHDIYSIEDLAELIYDLKCSNPNARISVKLVS
EVGVGVVASGVAKGKAEHIVISGHDGGTGASSWTGIKSAGLPWELGVAETHQVLVLNNLR
SRVVLQADGQLRTGFDVAVAACLGADEFGFSTAPLIVMGCTMMRKCHLNTCPVGIATQDP
VLRKKFTGKPEHVINFFFMLAEDIRKIMASLGIRKFQDLIGRTDLLRVSDKLSPKASTLD
LSLILQDALKLRPGTNILGGSVKQDFQLEKRSDNELISKIQPIFNGTEDNVTLKMRINNE
ERAFGSTLSYHIACKYGEAGLPEGKSMDIYLEGSAGQSFCAFLAKGVNVTLKGDANDYVG
KGLCGGNIVITPPDTVPYESHLNVIVGNVCLYGATQGRAYFRGIAAERFCVRNSGVTAVV
EGVGDHGCEYMTGGTVVILGLTGRNFAAGMSGGVAYVYDIDGSFKAKVNPELVELLPLEL
AGDVALIKELLQDFIEKTGSKIAKQIIDNWAQEQGKFVKVFPYDYQRALKELEAEKEEQE
VKSDVKSIENGKSNEPSIKDIEEAIQDVALEQKRADRILDKTRGFVKYKRETAPYRDAQE
RQKDWEEVYNFPHVRKNLRVQAARCMECGVPFCQSNVHGCPLGNIIPKWNDLVFHGDWKE
ALRQLLQTNNFPEFTGRVCPAPCEGSCVLGISEPAVTIKNIECAIIDHAFEQGWIKPEIP
EVRSGKRVAIVGSGPSGLAAAQQLNRAGHFVTVFERNDRVGGLLQYGIPTMKLSKEVVKR
RVDLMADEGIEFRTNVHVGKDIPAETLLQEYDAVLITTGSTWPRDLPLANRDLKGIHFAM
EFLEAQQKKQLGGKKDIISAEGKDVIIIGGGDTGCDCIATSLRQGAKSITTFEILPEPPK
SRANDNPWPQWPKVFRVDYGHEEVRVKWGNDPRQYCTTTKEFIGENGHIKAVKTVEVEWT
KTANGGWSMKEVPGSEKHFNADLILLAMGFLGPEKTVPNELSLELDPRGNIKAVNGHYGT
SNPKVFAAGDCRRGQSLVVWAITEGRQAARQVDSYLTGRPSGLPGPGGVVDPTKNA
NT seq
6471 nt
NT seq
+upstream
nt +downstream
nt
atggccccaataattgctgacaatttaaacgaatcaggatgtgaatttgttgataattcc
aatacgaacacttccaacgttgctcaaattagtgaaactttttatagtgaagaagaaacg
tcatcatcatcatcatcgtcctcctcatcatcagttggcaactatacgaatgacgaaagt
gttgttgttgttgtcgaaaaagaagaagaaagtgttaacgaagtgaataatttaaatgtt
gttgatgttaaaaatgaatcttctaatgccgaatccgatggattatttatgccaactagc
aagcaaatgccctgggaagctccaggcaaacaaggactttatgatcctcagaatgagcat
gaagcatgtggcgttggtttcattgtggccatcgatggcaaacgctctcacaagattctt
cgtgatgcccagaccttgtcagaacggatgaatcatcgcggtgcttgcgcctgtgataat
gacactggcgatggcgctggtgttatggcttctataccccatggattatatgccaaagca
ttgtcttctcagggcattgaattgccagaacttggtaattatgccactggtattttctat
ttggatcatcaaactcacaaggaagctgagcaagagtttaatgcattagccaagactttg
ggagttgaggtgttgaactggcgtgatgtgccatcgaatacgaatgctatcggtgtggtg
gctcgtaaatcggaaccatattctcgtcaagtgtttgtgactcgtccagctggcatggat
gatgagactttcaagcgcaagatattcgtattgcgtaaacgtgccagtcacgaattggct
aaagaaggtcgtcgtttttatatctgttccctttctactaaaaccatagtctacaagggt
ctctttacttccgatcaactttgggattactataccgatcttaagaatccagaattcgaa
acctatttggctttggttcatacacgtttctctaccaatactttcccttcatgggagaga
gctcatcccttgcgtgttttggctcacaatggtgaaatcaatacactgcgcggtaatgtt
aatctcatgaaggcccgtgaaggtgtcatgaagagtgaattgtttggtgatgaattgaag
aaactctatccagtggtagagcccaatctatccgattccggttcatttgattgtgtcttg
gaatttcttacccaagctagtagtcgcacattaccggaatcggttatgaccatggtgcct
gaagcctggcaaaatgacaaaactatgcctcaagagaaacgagatttctatcaatgggcc
tcttgtgttatggaaccctgggatggtcctgctctaatttccttcactgatggtcgctat
attggtgccgtcttggatcgtaatggtttgcgtccttcgcgtttctatatcaccaaagag
aatattttggttatggcttctgaagttggtgtctatgatgttgatccatcacaggttacc
ttgaagagtcgtttgaaacccggtcgtatgttattggtcgatactcaagagaagaaattc
attcaagatattgagcttaagacttacattgccaaatctcgtcctcattcggaatggtta
caacagaagatgataactttggacgaaattcgcaacgccaatgtctttaatacggataat
gccaatggtttggcagaatataccaccgatcccgctactcatggtatgttggatccaaga
ctttctttgtatggttacaccaatgagtcggttaatatgctgttggtgccaatgtttaag
accagaaaagaggctcttggatctatgggtaatgatgctcctttggcttgtctttcaaca
ttccaacccacaccctacgaatacttcaaacaattgtttgcccaagttaccaatcctccc
attgatccattccgtgagaaggttgtcatgtctatgcagtgccctgtgggtcccgagggc
aatttattgaagccttctgcagaacaagtccatcgcatttggttgcccaaccccattttg
agcattccagatacaaatctgctgaaacgcaatactcatcgtggttggaaaaccaaggtt
ttggacattacattccaatttcaagatggcgtacagggctacattgattgtattgatcgc
atttgtcgtgagggtgaagcggccgcttcttcgggctatcaacttttgatcttgtccgat
cgcaatggtggacaaaatggcaaagctcccgtatcggctcttttagctttgggtgctcta
catcatcatctcatcgaaacatatcagcgcatgaaggttggtatcatccttgagactgct
gaagctcgcgaagttcatcatatttgcgtgctattgggttatggtgctgatgccatttgc
ccctatttggcattcgaattggcccaagccttgcgtaatgatggtgtcattagccccgat
gttagcgacaagcaaatctattcggcttacgctcaggctattgatactggcattgctaaa
gtcatggccaaaatgggcattagtactctgcaatcgtataaaagtgctcaaatatttgaa
gccgtgggtttgggtagtgacattgtccacaagtgtttccgtggcactgcttcccgcatt
ggtggtgtgactttggagattatggctcgcgagggtctggaacgttatcaaatgacttat
tgcaaagtttctgccgatactcgcattttgcgcaatcctggccaatatcattggcgtcat
ggtggtgaagcccatatcaatgaacctggctcgattgctagtctacaagaagcagcagtt
tctaataatacgaatgcatttgaagctttcaagaattccactttagaaagtgttaagaga
tgtactctaagaggtcaattggagtttgttactgatcgtgagaagatcgatatatcagaa
gtggaaccagccagtgaaattgtaaaacgttttgctactggtgccatgagtttcggtagt
atttctctggaggcccatcaaacattggccattaccatgaatcgtataggaggcaaaagt
aataccggtgagggtggtgaagattcagatcgttatttgaatcaagatccccaaaatagc
cgccgttctgctattaaacaggtagcttcgggtcgttttggtgtcaccgcttcttatttg
gccaatgccgatgatttgcaaattaaaatggcccaaggtgccaaaccaggcgaaggtggc
gaattgcccggctataaagttaccaaagaaattgctaaaactcgtcattcagtggctgga
gttggtcttatttcaccacctcctcaccacgatatttactcaattgaagatttggccgaa
cttatttacgatttgaaatgttcaaatcctaatgctcgcatttccgtaaaattggtatct
gaagtaggtgtgggcgtggtagcttctggtgttgctaagggtaaagctgaacatattgtt
atttcgggtcatgatggtggtactggtgctagctcctggactggcattaagagcgccggt
ctaccctgggaattgggtgtggcagaaactcatcaagttttggttttgaataatctacga
tcaagagttgtactccaagctgacggtcaattgcgtaccggtttcgatgttgctgttgct
gcatgtttgggtgctgatgaatttggtttcagtacagctcctttaattgtaatgggctgt
accatgatgcgtaaatgtcatttgaatacttgtccagttggtattgccacccaggatcct
gtgttgcgtaaaaagttcactggcaagccagagcatgtcattaacttcttctttatgctg
gcagaagatattcgtaaaatcatggccagcttgggtatacgtaaattccaagatcttatt
ggtcgcactgatttgttgcgtgtctctgataaactctcgccaaaggccagcactttggac
ttgtcgttgattttgcaagatgccctaaaattgcgtcctggcacaaatatcttgggaggt
tccgtaaaacaagacttccaattggaaaaacgttccgacaatgaacttattagcaaaatc
caacccatttttaatggtactgaggataatgttactctaaaaatgcgcatcaataacgaa
gaaagagcttttggttccacactcagctatcatattgcttgcaaatatggtgaagctggt
cttcctgaaggcaaaagtatggatatttacttggaaggttctgctggtcagagtttctgt
gctttcttagccaagggtgttaatgtcaccttaaagggcgatgccaacgattatgtgggc
aaaggtttgtgcggtggcaatatagttataacgccacctgacaccgtaccctatgaatcc
catttgaatgtgattgtgggcaatgtttgcttgtatggtgccactcaaggtcgtgcttac
ttccgcggtattgcggctgaacgtttctgtgtacgcaactcaggtgttaccgcagttgta
gagggtgtgggtgatcacggctgcgaatacatgactggcggtactgtggtaattttaggt
cttactggccgtaactttgctgccggtatgtctggtggtgtggcttatgtctacgatatc
gatggttctttcaaagccaaagtaaatccagaattagtagaacttttaccactcgaattg
gccggtgatgtggctttaattaaggaacttttgcaagatttcattgagaagacgggatca
aagattgccaaacaaatcattgataactgggctcaggagcagggcaaatttgtcaaagtc
ttcccctatgactatcaacgagctcttaaggaacttgaagccgaaaaggaagaacaagaa
gtaaaatccgatgtcaaatctattgagaatggcaaaagcaacgaaccctctattaaggac
atcgaagaagccatacaggatgtggcattggaacaaaagagagctgatcgcattttagat
aaaactcgtggtttcgtcaagtacaagcgtgagaccgcaccttatcgtgatgctcaagag
cgtcaaaaggattgggaagaagtttacaatttccctcatgtgcgcaagaatctaagggtt
caggcggctcgttgcatggaatgcggtgtaccattctgtcaatcgaatgtacatggctgt
cctttgggcaacattattcctaaatggaatgatctagtattccatggtgactggaaggag
gcgttgcgtcaattgttgcaaacaaataatttccccgaatttacgggacgtgtttgtcca
gcaccctgcgagggttcatgtgtcttgggtatatccgaacctgctgttaccattaaaaat
attgaatgtgcaataattgatcatgcttttgaacagggttggattaagcccgaaatacca
gaggtacgtagtggcaaacgtgtggccattgttggttctggtccttcgggtctggcagct
gctcaacaacttaatcgtgccggtcattttgttaccgtttttgaacgtaatgatcgcgta
ggtggtttgttgcaatacggtattcctactatgaaattatccaaggaagtggtgaagaga
cgtgttgatttgatggctgatgagggcattgaattccgcaccaatgttcatgtgggaaaa
gatataccggctgagaccttgttgcaagaatatgatgctgtcttgattaccactggttcc
acctggccacgtgatttaccactggccaatcgtgacctcaagggtatacacttcgccatg
gagttcttggaagctcaacaaaagaaacaattgggcggtaagaaggatataatctctgct
gagggaaaagatgttataattattggtggtggcgataccggctgtgattgtatagccact
tcattgcgccaaggtgccaagagtattacaacatttgaaattctacccgaaccacccaag
agcagagccaatgataatccctggccacaatggcccaaagtattccgtgttgactatggc
cacgaagaggtgcgcgtcaaatggggcaatgatcccagacaatattgtactacaaccaaa
gaattcattggtgagaatggtcatatcaaggcggttaaaaccgttgaagtggaatggact
aaaacagccaatggcggctggagcatgaaagaagtgcccggctcagaaaaacatttcaat
gctgatcttattctattggcaatgggctttttgggacccgaaaagacggtgcccaatgaa
ttgtctttggaattagatcccagaggcaatattaaggccgtcaatggtcattatggtacc
tcgaatcctaaagtatttgcagctggagattgtcgccgtggccaatcattggtggtgtgg
gccattaccgaaggtcgccaggcagctcgtcaagtggactcttatcttaccggccgtcct
agtggtcttccagggcctggtggtgttgtagatcccactaaaaatgcttaa
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integrated database retrieval system
