KEGG T01037: NEMVE

Nematostella vectensis (sea anemone): NEMVE_v1g168875

Entry

NEMVE_v1g168875 CDS T01037

Definition

hypothetical protein

Orthology

K00264

glutamate synthase (NADPH/NADH) [EC:1.4.1.13 1.4.1.14]

Organism

nve Nematostella vectensis (sea anemone)

Pathway

nve00250	Alanine, aspartate and glutamate metabolism
nve01100	Metabolic pathways
nve01230	Biosynthesis of amino acids

Class

Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:nve00250]

SSDB

Motif

Pfam:

Glu_synthase Glu_syn_central GXGXG GATase_2 Fer4_20 Pyr_redox_2 Pyr_redox_3 NAD_binding_8 Pyr_redox HI0933_like FAD_binding_2 DAO Amino_oxidase NAD_binding_7 FAD_oxidored GIDA Thi4 FAD_binding_3 FMO-like NAD_Gly3P_dh_N AlaDh_PNT_C UDPG_MGDP_dh_N NAD_binding_9 2-Hacid_dh_C Lycopene_cycl 3HCDH_N FMN_dh

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1791 aa
MQAREGDMYSEYFGQQTARLFPVVEDGQTDSGRADNILELLVMAGERSLPEAVMMMVPEA
WQNDHLMSTEKKNFYRWSSCSLEPWDGPALFTFSDGRYVGAILDRNGLRPSRYYITEDGH
MIMASEVGVHNFRDEEIVSKGRLRPGRILLVDTKKGIVINDEELKRQISCQYPVGEWLGK
GLYTLEDLHKGDHMTLPSIQSFERVQCLEQDRRLPLFGYSVEDLTMLIVPMIRDKKEALG
SMGNDAALACISTHPQLLFDYFKQLFAQVTNPPIDPIREAIVMSLACPIGPESNLLKPNP
ESCKRLYLDHPVLSCGDLEVIRNCALPQWKSKTLEMVYPVDEGVMSLVPALDRLCDEASK
AVKEGCAFVILSDRSAGISHVPISSLLALGCIHHFLIRTKQRRKIGIIVESAEIREIHHI
CLLLGFGVDAVCPYLLFETMVNLREQNLLSKPLTDKEIVANYIEAARKGISKVMAKMGIS
TLHSYKGAQIFEAVGLSQEVVDKCFVGTASRLGGVSFDILAQEALDRHSIAYADRECDNW
LINNKGLYHWRDGGEKHVNDPRSISYLQDAVKQNNKTAYEKYVHSTVEMVKACTLRGQLD
FKFAHAPLDLSEVEPAAEIVKRFVTGAMSFGSVSIETHKTLAKAMNKLGGKSNTGEGGED
ANRGMGDDNSRSAIRQIASGRFGVDATYLANAVELQIKMAQGAKPGEGGELPGFKVTTEI
AKTRKSVPGVGLISPPPHHDIYSIEDLAELIYNLKCSNPEARISVKLVSEVGVGVIASGV
TKGHAEHIVISGHDGGTGASTWSGIKHAGLPWELGLSETHQTLVLNDLRRRVVLQVDGQM
RTGRDVMVAALLGADEFGFSTAPLIAMGCTMMRKCHLNTCPVGIATQDPVLRKKFEGKPE
HVINFFFMLAEEVRSLLAKLGCRRMSDVIGRCDLLGPSQAQNRKTQLLDFSGLLTTSNEL
RPGDHSAGTEAQDHKLEERKDNELIAAAQGVLNGTVPRVYLEVDIINSDRALGTTLSYHV
AKRYGEDGLPDDSIHVKVNGSAGQSFGAFVAKGITLELEGDANDYVGKGLSGGILIVYPS
RKHGSQFKAEENVIVGNTCLYGATSGKAYIRGVSAERFAVRNSGVTAVCEGVGDHGCEYM
TGGVVVVLGECGRNFAAGMSGGMAFILDRERTFKSFCNHGSVDLEYVTGNDVELLRSLLQ
DHLKSTGSAVAATLLGNWNDSVNLFTKVLKKRGKTCFNLPISLKKKIGDSEKKERSPSRK
NNKNDSPIVDIEEAIPDAEMEQKIIDRVLDKTRGFVKYERSTNHYRPAQQRVKDWKEIYN
HKRSDRNLKVQAARCMDCGVPFCQSHAGCPLGNIIPKWNDLVFQDKWQGALERLLQTNSF
PEFTGRVCPAPCEGACVLAINAKAVTIKKIECTIIDHAFEQGWIKPQIPMTRTGKKVAII
GSGPAGLSAAVQLNKAGHKVTVYEKNDRCGGLLMYGIPSMKLDKKIVQRRLNLMEQEGIT
FVTKSEVGRDVTANQLMADNDAVLMAVGSTWPRDLPIPGRSLEGVHFAMNFLETSQKRQM
GDYSLPSLDATGKHVIVIGGGDTGVDCIATSVRQDAKSIVTFELLAESPESRSPNNPWPT
WPRVFRVEYGHEEVAIKYGRDPRIYNIMSKEFLSNDKGHVRAIKAVEIKWVKDPSGRWVI
EEVPNSEHEFPADLVLIALGFVGPEKSLAKQFGAKVDPRGNFATKRGEYQTSVEKLYTAG
DCHYGQSLVVTAMAEGRQAAREIDLALMGTTSLAGPGGQIHTTRPPPKMTE

NT seq 5376 nt +upstreamnt +downstreamnt
atgcaagcgcgtgagggggacatgtacagcgagtattttggacaacaaaccgcacgttta
ttccctgttgtggaggacggacaaacagattcaggtcgagcggataatatactagagctg
ctggtaatggcaggggaaagatctttgccagaggcggtgatgatgatggtacccgaggcc
tggcagaatgatcatcttatgagcacggaaaagaagaacttttaccgctggagctcctgt
tcactagagccctgggacggcccagctctattcacattctctgatggtcgttacgttggc
gccatcttggaccgcaatggactcaggccctcacggtattacatcactgaagacggtcac
atgatcatggcaagcgaggtcggtgtgcacaactttagggacgaggagatcgtttccaag
ggtcgtttgcgccccggtcgtatacttctcgtcgataccaagaaaggaattgtcatcaac
gacgaggagctcaagagacagatttcatgccaatatcccgtgggggagtggctagggaag
ggattgtacacgctcgaggacctacacaagggagatcacatgaccctaccctcgatccag
agctttgagcgggtccagtgtcttgagcaagaccgacggctgccgctcttcggttattct
gtggaggacctgacaatgctaatagtacccatgatacgggacaagaaagaagcgttaggg
tccatgggtaatgatgcagctcttgcatgcattagtacacatccccagctccttttcgac
tacttcaagcagctgtttgcacaggtgaccaacccaccgattgacccaatcagagaggcg
atcgtcatgtcgctggcgtgccctattggtccagagagcaacctgcttaaaccaaaccct
gaaagctgcaaacgtctctatctcgaccaccccgtgttgtcttgcggagacctggaagtc
attcggaactgtgcactgccccagtggaagagtaaaacactggaaatggtctaccctgtg
gacgagggagtcatgagcctggtgcccgctcttgacaggctatgtgacgaggcatctaag
gctgttaaagagggctgcgccttcgttattttgagtgataggtcagcggggatctcacat
gttcctatcagctcgcttctggcattaggctgcattcatcactttctcatccggaccaag
cagagacgaaagatcggaattatcgtggagtctgcagagatacgagagatccatcacatc
tgcttgcttttgggctttggagtggatgccgtgtgtccgtacttgctctttgaaacaatg
gtcaacttgcgtgaacaaaacttactgtcgaaaccgttgaccgacaaagaaatcgtagca
aactacattgaggccgcgcgtaaaggcatctctaaagtcatggcgaagatgggcatttcc
acactgcacagctataagggagctcaaatctttgaggcagttgggctttcccaagaggtt
gttgacaaatgttttgtgggaacggcatccaggctcggtggggtgtcattcgatatactc
gctcaggaagcacttgatagacacagcatcgcatatgccgaccgagagtgcgacaactgg
ctcattaacaacaagggtttgtaccattggcgtgacggtggcgagaaacacgtgaacgac
ccgagaagcatttcatatctacaggatgccgtgaagcaaaacaacaaaactgcttacgaa
aaatacgtgcattccaccgtcgaaatggtaaaggcctgcactctccgtggtcagctggat
ttcaagttcgcgcatgcgccattagacttgtccgaagtagagcccgcggccgagattgtc
aagcggtttgtcacaggcgcgatgagttttggctccgtctccatcgaaacccacaagacc
cttgcgaaagcaatgaacaaactcggcggcaaaagtaacacaggggaggggggtgaggat
gccaacagggggatgggagatgacaacagtcgatcagccattcgacagattgcatccggg
agattcggcgtggacgccacataccttgcgaacgcggttgaacttcagattaagatggcg
cagggagcaaaaccaggtgaaggtggggaacttccgggattcaaggtcacgactgagatc
gcaaagacacggaagtctgtcccgggagttggtctgatcagccctccaccacatcacgat
atctactccatcgaggatctggcggagttgatctataacctgaagtgctcaaatcctgaa
gctcgaatcagcgtgaagcttgtgtcagaagtcggagtcggcgtcatcgcctcaggcgtc
accaagggccacgcggagcacatagtaatttccggacacgacggtggtactggagcgagc
acgtggtctgggatcaagcacgccgggttgccatgggaactgggactctccgagacccac
cagacgctggtcttgaacgatctccgccggcgagtcgtgctacaggttgacggccagatg
cgcaccggacgtgacgtcatggtggcggcgttgctaggtgccgacgagttcgggttctcc
accgctccactaatcgccatgggttgtaccatgatgcgcaagtgccaccttaacacgtgt
ccggttggcatagcaacgcaggatccagtcctacgcaagaaattcgaaggcaagccagaa
cacgtgatcaacttctttttcatgctcgctgaagaggtgcgatcgctgcttgcaaagctc
ggttgtcgtcgcatgagtgacgtcatcggacgttgtgacttgcttggcccgagtcaagcg
cagaaccgaaagacacagcttcttgacttcagcggccttttgacgacgagtaatgagtta
aggcctggtgaccactctgccggtacagaagctcaagatcacaagctggaagaaagaaag
gacaatgagctgatcgcggctgcgcaaggtgtgctgaacgggacagtcccgcgggtttac
ctcgaagtcgacatcatcaactccgacagggccctgggcactacacttagctatcacgtg
gccaagcgatatggtgaagacggtttgccagacgactcgattcatgtcaaagtcaacggt
tccgcaggccagagttttggcgcgtttgttgccaagggaatcacgctcgaactagaagga
gacgctaatgactacgtcggcaagggactctctggtgggatactcatagtgtaccccagt
cgtaaacacggctcgcagttcaaagcagaggaaaacgtcatcgtgggtaacacgtgcctc
tacggggctacatccgggaaggcatacatccggggtgtttctgccgagcggttcgctgta
aggaactctggcgtgacggctgtatgcgagggtgttggtgaccacggatgtgagtacatg
accgggggcgtggtcgtggttctgggggagtgtggtcggaatttcgcagctgggatgtcc
ggcggaatggctttcatcttggacagggagagaacgttcaagtccttctgcaatcacggc
agtgttgatctagaatacgttaccggaaatgacgtggagcttttacgaagtttactgcaa
gatcacttgaagtccaccgggtctgctgttgctgcgactcttctagggaactggaacgac
tcagtaaaccttttcaccaaggtactaaaaaaacggggaaaaacatgctttaatctccct
atttctctcaagaaaaaaattggcgacagcgagaagaaagagcgctctccgtcgcgaaaa
aacaacaaaaatgatagtccaatagtcgacatcgaggaagccattccagatgcagaaatg
gagcaaaagatcatcgaccgtgtgctggacaaaacccgtggcttcgtgaagtacgaacgt
agcacgaaccattatcgaccagcccagcagcgggtaaaggattggaaggagatctataac
cacaagcggagtgacaggaaccttaaagtacaggcggcgagatgtatggactgcggagtg
cccttctgtcagtcccacgcggggtgtcccctggggaacattatcccgaagtggaacgat
ctcgtctttcaggacaagtggcaaggagctctcgaacgactcttgcaaaccaacagcttc
ccagaattcaccgggagagtgtgtcctgcgccgtgtgagggagcatgcgtactagcaatt
aacgcaaaggccgtgaccatcaagaaaatcgagtgcacgattatcgaccacgcctttgag
cagggctggatcaaaccacagatcccaatgacacggacaggtaaaaaagtcgccattatc
ggaagtggcccagcaggcctttcggccgcagtccagctgaacaaggctggccataaggtc
acagtatacgagaagaatgaccgctgtggcgggctgctgatgtatgggattccctccatg
aaactcgataagaagatcgtgcagcggcgattaaatctgatggagcaagaaggcatcacg
tttgtcacgaaatctgaagtgggccgtgacgtcacagccaatcagctgatggccgataat
gacgctgtcctgatggccgtgggctcaacctggcccagggatctgccaatacccggtcgc
agcctcgaaggtgttcacttcgctatgaattttctcgagacaagtcagaagagacagatg
ggcgactactctctgccatccctggacgcgacaggaaaacacgtgatcgttattggaggt
ggagacactggcgtggattgtatagcgacttctgtgagacaggatgccaaaagcatcgta
acgtttgagctgcttgcggagtcgcctgagtcccgctcacccaacaatccctggccgacc
tggccgcgagtttttcgcgtggagtacgggcacgaggaggttgctatcaagtatggacgt
gaccccagaatatacaacatcatgagcaaggagttccttagcaacgataaaggacacgtc
agagcgatcaaagccgtggagatcaaatgggtcaaggacccgagtggccgatgggttatc
gaggaggttccgaacagcgaacacgaattcccggcagatctcgtgctcattgcgctcggc
ttcgtgggtcccgagaagtcactagcgaagcagttcggagcaaaagtggacccccgcggt
aattttgcgacgaaaagaggcgagtaccagacgagcgtggaaaagctttacacggcagga
gactgccactacggacaatccttggtggtgaccgccatggccgagggccgacaagcagca
cgggaaatcgaccttgccctcatgggaaccacgtccctggcaggaccggggggacaaata
cacaccacaagacctccccccaagatgacagaatag

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-NVE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (27)   
   Pfam (27)   
All databases (54)   

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