KEGG   Drosophila yakuba: Dyak_GE14562
Entry
Dyak_GE14562      CDS       T01068                                 
Name
(GenBank) uncharacterized protein
  KO
K04606  metabotropic glutamate receptor 3
Organism
dya  Drosophila yakuba
Pathway
dya04080  Neuroactive ligand-receptor interaction
Brite
KEGG Orthology (KO) [BR:dya00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04080 Neuroactive ligand-receptor interaction
    Dyak_GE14562
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04030 G protein-coupled receptors [BR:dya04030]
    Dyak_GE14562
G protein-coupled receptors [BR:dya04030]
 Metabotropic glutamate receptor family
  Glutamate (metabotropic)
   Dyak_GE14562
SSDB
Motif
Pfam: ANF_receptor 7tm_3 NCD3G Peripla_BP_6
Other DBs
NCBI-ProteinID: EDW99339
FlyBase: FBgn0232161
UniProt: B4PW34
Position
4
AA seq 976 aa
MKQKKKIANILVVVMVLFWSPVVDLKGPSNAHTQDSVSVSLPGDIILGGLFPVHEKGEGA
PCGPKVYNRGVQRLEAMLYAIDRVNNDPNILPGITIGVHILDTCSRDTYALNQSLQFVRA
SLNNLDTSVFECADASSPQLKKNTSSGPVFGVIGGSYSSVSLQVANLLRLFHIPQVSPAS
TAKTLSDKSRFDLFARTVPPDTFQSVALVDILKNFNWSYVSTIHSEGSYGEYGIEALHKE
ATERNVCIAVAEKVPSAADDKVFDSIISKLQKKPNARGVVLFTRAEDARRILQAAKRANL
SQPFHWIASDGWGKQQKLLDGLEDIAEGAITVELQSEIIEDFDRYMMQLTPETNQRNPWF
AEYWEDTFNCALTSVSEEPYTGKSVESTDNMIGDKTKTTCDNSYRLSEKVGYEQESKTQF
VVDAVYAFAYALHNLHNDRCNTQSDQTSETRKHLQSESVWYRKLSTDTKSQACPDMANYD
GKDFYNNYLLNVSFIDLAGSEVKFDRQGDGLARYDILNYQRLENSSGYQYKVIGKWFNGL
QLNSETVVWNKETEQPTSACSLPCEVGMIKKQQGDTCCWICDSCESFEYVYDEFTCKDCG
PGLWPYADKLSCFALDIQYMKWKSLFALIPMAIAIFGIAVTIIVIVLFAKNHDTPLVRAS
GRELSYTLLFGILVCYCNTFALIAKPTIGSCVLQRFGIGVGFSIIYSALLTKTNRISRIF
HSASKSAQRLKYISPQSQVVITTSLIAIQVLITMIWMVVEPPGTRFYYPDRREVILKCNI
QDMSFLFSQLYNMILITICTIYAIKTRKIPENFNESKFIGFTMYTTCIIWLAFVPIYFGT
GNSYEVQTTTLCISISLSASVALVCLYSPKVYILVFHPDKNVRKLTMNSTVYRRSAAAGA
QGAPTSSGYSRTQAPGTTALTGGAVGTTASSSALPTQNSPTLDDASGQSNVVHKSNGEFL
PEEGEFVGSICNRINK
NT seq 2931 nt   +upstreamnt  +downstreamnt
atgaaacagaaaaaaaaaatagcaaacattttagtcgtcgtgatggtgttattctggagt
ccagtagtggacttaaaaggtcctagtaacgcacacactcaggattcagtgtccgtttcc
ctgcctggcgacataatacttggtgggctatttcccgtccatgaaaaaggtgaaggtgct
ccatgcggacctaaagtatataataggggagttcaacgtctggaagcaatgctgtatgct
atagatcgtgtaaacaatgaccccaatatacttcctggaattacgataggagtccatata
cttgacacctgttcaagggacacatatgccctcaaccagtcgcttcaatttgtaagagcg
tccctcaacaatttagacacatccgtgtttgagtgtgcagatgcatcaagcccgcaactt
aaaaaaaatacttcatcggggccagtttttggagttattggtggatcctacagttccgtg
tccttgcaagtggcaaatttactgcgtctgtttcatattcctcaagtatcaccggcgtca
accgctaaaacgctttcggacaaatcacgctttgatctgtttgctagaacagtaccgcca
gacacttttcaatccgtagccctcgtggatatactaaaaaactttaactggtcctacgta
tccacgatacattcggaaggatcttatggtgaatatgggattgaagcattgcacaaggaa
gctaccgaacgaaatgtatgcatagcggtagccgaaaaggtacccagtgccgcagacgac
aaagtttttgattccattataagcaaacttcaaaagaagcctaatgctcggggcgtagta
ctttttacgagagctgaagatgcccgtcgaattctacaagcagctaaacgggctaactta
tcccaaccgtttcattggatagcaagtgatggttgggggaaacaacaaaaactacttgac
gggttagaggacattgctgagggcgcaattactgtagaactgcagtcagagataatcgag
gattttgatcgctacatgatgcagctaaccccagagacaaatcaaaggaatccttggttt
gctgagtactgggaggatactttcaactgtgctctgacatctgtttcggaggaaccttat
acaggaaaatcagttgagtctactgacaatatgatcggcgacaagactaaaacaacatgc
gacaacagttaccggttatcagaaaaagttgggtacgaacaagagtcaaaaactcaattc
gttgtggatgctgtctacgcatttgcgtatgcgcttcataatttgcataatgatcgttgt
aacacacaaagcgaccaaacgtctgagacaaggaagcacctacagagcgagtctgtgtgg
tatcgaaaactttcgactgataccaagtcccaagcgtgtcctgacatggctaattatgac
ggaaaggatttttacaacaattaccttttgaacgtatcattcatagatctagctggcagc
gaagtcaaatttgatcgacaaggcgatggtttggccagatatgacattttgaattatcaa
cggctagaaaactcttcaggatatcagtataaggttattggcaaatggtttaatggtttg
caactaaattcagaaacagtcgtttggaacaaggaaaccgaacaacctacttcggcctgt
tcattaccatgtgaggtcgggatgatcaaaaaacaacagggggatacctgttgctggata
tgcgacagctgtgaatcttttgaatatgtatatgatgagtttacgtgtaaagactgcggt
cctggactttggccctatgctgacaagctttcctgctttgctttagatatccagtatatg
aaatggaaatcgctgtttgctcttattccgatggccattgcaatcttcggtattgcagtg
acaattattgtaatagtattatttgcaaaaaatcatgacactccattggtaagagcatca
ggacgtgaactaagctatactcttctctttggtatactggtttgttattgtaatactttt
gcgctgatagctaaaccaacaattggctcctgtgttctgcaaaggtttggtattggggtt
ggcttttccattatatacagtgccctgctaacaaaaacaaatcgaatttcacgaatcttt
cactctgcttctaagtcagcacagcgccttaagtatattagtccgcaatcacaagtggtg
ataaccacctctttgatcgctatacaggtactaatcacgatgatttggatggtagttgaa
ccaccaggaactcggttctattacccagacagaagggaggtgattctaaagtgcaatata
caagacatgtcctttctcttttcccagctttataatatgattctcataaccatttgcact
atttatgcaattaaaacgagaaaaatacctgaaaactttaatgagtcaaagttcatagga
tttaccatgtataccacatgtataatatggcttgcgtttgtacccatatattttggaact
ggaaattcctatgaggtgcaaactactacattgtgtatttcaataagtctaagtgcatca
gtggcccttgtatgtctatattcacctaaagtatacatcctcgtctttcacccggacaag
aatgttcgcaagctaactatgaacagcaccgtctacaggcgatcggccgcggcgggagct
cagggtgccccaaccagctctggatatagtcgtacacaggcaccaggcaccactgcctta
actggaggtgcagtgggaacaactgcgtcttcaagtgcgcttccgacacaaaatagccca
acccttgatgacgcttcaggccaatcaaatgttgttcacaagagcaatggagaatttcta
cccgaagaaggcgaattcgttgggtcaatctgtaaccgaataaataagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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