KEGG   Dermatophagoides pteronyssinus (European house dust mite): 113792066
Entry
113792066         CDS       T05775                                 
Name
(RefSeq) uncharacterized protein LOC113792066 isoform X1
  KO
K16449  regulator of G-protein signaling
Organism
dpte  Dermatophagoides pteronyssinus (European house dust mite)
Brite
KEGG Orthology (KO) [BR:dpte00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    113792066
SSDB
Motif
Pfam: RGS RBD PDZ PDZ_6 PfkB
Other DBs
NCBI-GeneID: 113792066
NCBI-ProteinID: XP_027197740
UniProt: A0A6P6XX49
Position
Unknown
AA seq 2289 aa
MSTTIMSKSFNSKSTTSEQIMKLIEIIRSKYGYGFTLSGEMPCRLTHVKGHARSGGLRSG
DRLHIVNGQNVDTFTHDQVVELITSIPDGRLLLHVSAASTDDSLSSSSSPSSSSSSTLSS
CCSSIDENNDKQKPMICRDNQKQNQRQFNSSSAKIATSTSKSMMIDVDRKSSISLLTTST
LPNQQQSSKMQKYRSHRNTRHHHHRNNHRTIPRNHHNYHTKKHRSIKNNQCKRQQQQEPQ
SSTTTILSPSETYQDESQISSSRYHYRNKPRFKDYKRNYHHQNRYHKNGDQSCNSDGDIY
TNVAEHFEGLWKRASSQTGTLHQTQSQKPSFHSFKSIDSLLERFPNHDNHKDCDESMLHQ
HFRNHKKLENKQILLNIQHQQQQQKQQSFGDAKEVNKKKLFQIESDHQMNDINSFKVDAD
VHHHHHQVQPDYHNNDGKLFALSSKNLSMTSDQDLIPNEQQLFIAKKNELSKTKTNSTSG
FSSISPSSSTSISPGSSPTSTTERLINETKIQPNIVNIEQHLLMQSSKTSPPELFISNAS
TTTTLSTDPDQHSQAIFRSIVECIRIVRYRNDHNICHDQWINIQSIFDHDHHTSSSEIID
DDESNFPLLIAIYPCELYLFSYKINCHIRAKQIIQCQLLWPTNKEYFVLIIRDDFDWIRA
FIMKVSSETWQSHQNHHQIASLLSIKCTPDPIAKNHCLEFPENCEPILRTIYTLYRRHLT
NNNNSNNNTNNNNNNGIELNTRSEMITKKKPLNNDQQATSITTTSIMANDQNKIIRPRFS
KMDKIQGRTSVFSSPSSLTSINMGHNLQMKKNLPKTIYDSSSNSNNCTPTRIEKTATLSM
NDFTATTESDSFLLKKQFYSSDMLGHIVQQQQPIAINEQQTPIPPPTLSSTTVSTTMTTK
ESMSNINCSGSKMMMVESSSVCQSSPNNHYNSENSHSKLLNSLNFQNGKNKASIGESNGN
NLKTPIIAGHIGSNNHIDPSVTPDRLQQQYQSMVSPCEQRLPSNRETYNRPKSNETSSKP
NSLFYSSPFVVQPMIRKADSLTKDEWIVNGNRTIQLDSSSSQKINASHVHQMVELNHYDS
ETSDQQQQHQYYLLNVNNVRQAAERYLLHHLRHYHQKNPNSDRLNNNNKKMSDDTDHQLK
INNNNSDNKKSEEQEVNIINDKSSLNTDEISSQQTNTENLTEKMSILTIQHQHHRPPLPL
PSSLSSSQQNSSIDDDQRKSIDHQSSMNILTGHSFEHHHHHHEHSYQSPTESSLIANITD
NRYLSEQQQLRKQIQTGTLSIQHEQGNNGDHKKILEQQNLESSFQKQSQNQQQQLMTNST
ENDNKINSNNEKNNESKNTQLPSKNHLQLQHQKSVAVDEYFVMDGSSPPPPTSTSYLLHH
HLDQEHKEKHDERPIDVGWVGGWASDFDILLRDSIGIKAFTDFLRKEFSYENLQFFLAVQ
NFKKLTDSDEIRKKSQEIYDKFIALSAPDPVNVDSRARKSVESGLSNPNNRIFLLAEEQI
YNLMKFDSYVRFLKSDIYEKCSILDLKGESLPYENDDAIVGDTICDTLLSSTSSANAIST
SGRSGHNSGKNNPAAVKKRRSFIPWARLKSSINHKASSLSSMTAPSSTKAEMFGSKKQYM
MRKLTNSIHKIRSKSLDEHLTNHVNNKTQHLIGSETQSHNSSIDKSSIISNGQKNPFNST
SRSSLMPHSSDSIDSSDHNVFPPSPDNMKSVEIIDASCSPPTSIPTAIEHLKSHSESDPV
SPAKSLSLAMTTTLSSTSTANLPNLPSSASSSSFNHNCNRDNCHFLRIVFPDRSQTVVPS
SPNETLNNLLKKLFEKRSLKYLAWDVFITGNEKPLDLSTNTTQLGCVELRVEQRVIFRVE
FPSQDIIGVKTRPTKLCSEIFHPLLIRYGYRPEHTVMTIAETEQIVPQMSPVSVLDGQHI
VVSYFDDLEEWGWDTTRNNIPVALSLAGKSFSEDSSMKSKKKDEKSMDGHALIDQQQQAS
SVPSVATYHNLGSIRDHLLASRYIAAKNNQSNNLNLECSPQLDSYESPTNTSSSTPGDDT
QSDIFFRELMKTAHTIPSPPRGPSLTSTYSAAYGIINSSSPPNETTSNRSQQSQTPISNT
NRIPYRTSNNSSQQQQRNQSLRDLQNHRHFKSYQPSPLSYEPVPVPRSLEMARKQIMSEN
ELGQSISSNSSPSINTLPLDLPNHRHKLNSQPITTQESNKLNLLQPQKPPLRRQKSDPPT
QPPPLPPKSTNTTNLMMNTNNITTNTICPPRPPPRTSIFTHRNQSLTSDNCQNQSSSITM
TNPSDSSLA
NT seq 6870 nt   +upstreamnt  +downstreamnt
atgtcgacaacgataatgtctaaatcatttaattcgaaatcaacaacatccgaacaaatt
atgaaattgattgaaattattcgttccaaatatggttatggttttacattgtccggtgaa
atgccatgccgattaacacatgtcaaaggacatgcacgttcgggtggtctacgatccggt
gatcgtcttcatatcgtaaatggacaaaatgttgatacatttacacatgatcaggtggtc
gaattgattacatcaattccagatggacgattattgttacatgtttcagctgcttctact
gacgattctctttcatcatcatcatcaccatcatcatcatcgtcatctacattatcatct
tgttgttcatctattgatgaaaataatgataaacaaaagccaatgatttgtcgtgataat
caaaaacaaaaccaacgtcaatttaattcatcttccgctaaaattgctacttcgacttca
aaatcaatgatgattgatgttgatcgaaaatcatcgatatcacttctaactacatcgaca
cttcctaaccaacagcaatcatcgaaaatgcaaaaatatcgctcacatcgaaatactaga
catcatcatcatcgaaataatcatcgtactatacctcgcaatcatcataattatcatacg
aaaaaacatcgatcaataaaaaataatcaatgcaaacgccagcagcaacaagaaccacaa
tcttcaacaacgacaatcttaagtccatcagaaacatatcaagatgaatctcaaatatca
tcatctaggtatcattatcgtaacaaacctagattcaaagattataaacgaaattaccat
catcaaaatcgatatcataaaaatggtgatcaatcatgcaatagcgatggtgatatctat
actaatgtagccgaacattttgagggcctgtggaaacgagcatcaagtcaaactggaacg
ctccatcaaacacaatcacaaaaaccatcgtttcattcattcaaatcaatagacagccta
ttggaacgatttccaaatcatgacaatcataaagattgtgatgaatcaatgttacatcaa
cattttcgaaatcataaaaaattagaaaacaaacaaattctgctgaatattcaacatcaa
caacaacagcaaaaacaacagtcgtttggtgatgcaaaagaagtcaataaaaaaaagcta
tttcaaattgaatctgatcatcaaatgaatgatataaactcgtttaaagttgatgccgat
gttcatcatcatcatcatcaagttcagccagactaccataataatgatggaaaattattt
gcactttcatcaaaaaatttatcgatgaccagtgatcaagatttaattccaaatgaacaa
caattatttattgcaaaaaagaatgaactatctaaaacaaaaacaaattctacatcaggc
ttttcttctatatcgccatcatcatcaacatccatttctcctggatcatcaccaacatcg
accactgaacgattgataaatgaaacgaaaatacaaccaaacatcgtcaatattgaacag
catttgttgatgcaatcttcgaaaacatcacctccggaactgttcatttcaaatgcttca
acaacaacaacattatcaactgatcctgatcaacattcgcaagcaatatttcgttcaatc
gtcgaatgtatacgaattgttcgttatcgtaatgatcataatatttgtcatgatcaatgg
ataaatattcaatcaatatttgatcatgatcatcatacatcgtcatctgaaatcattgat
gatgatgaatcgaatttcccattattaattgccatatatccatgtgaattatatctattt
agctataaaataaattgtcatataagagccaaacaaatcatacaatgtcaattattatgg
ccgacaaataaagaatattttgtattaatcatacgtgatgattttgactggattcgtgca
tttataatgaaagtttcatccgaaacctggcaatctcatcaaaatcatcatcagatagct
tcattattatcaataaaatgtactccagatccgattgccaagaatcattgtcttgaattt
ccggaaaattgcgaaccgatattacgcactatttatacgctttatcggcgacatttaacc
aataataataatagtaataataatacgaataacaacaataacaatggaattgaattgaat
actagatcagaaatgataacgaaaaagaagccattaaataatgaccaacaggcgacatcg
ataacaacaacatcgattatggccaatgaccagaataaaataattcggcctagattttca
aaaatggataaaatccaaggtcgtacctcagtcttttcatcaccatcatcattgacatcg
attaacatgggtcataatttacaaatgaaaaaaaatttaccaaaaacaatatatgatagt
agtagtaatagtaataattgtacgcccaccagaattgaaaaaacagcaacattgtcaatg
aatgattttaccgctacaacggaatcggattcatttttattaaaaaaacaattttattca
tccgacatgctcggtcatattgtacaacaacaacaaccaatagcaataaatgaacagcaa
acacctattcctccgcctacattgtcttctacaacagtttcgactacaatgacaaccaaa
gaatctatgtcgaatataaattgtagtggtagtaaaatgatgatggttgaatcatcatcc
gtttgtcagtcatcaccgaacaatcattataattccgaaaattcacattcgaaattgttg
aattcgttgaacttccaaaacggtaaaaacaaggctagcattggtgaaagtaacggaaac
aatctaaaaactccaataatcgccgggcacataggtagtaacaatcatatcgatccaagt
gttacacctgaccgattgcaacaacaataccaatcaatggtttcaccttgtgaacaaaga
ttgccatcgaatcgtgaaacatataatcgaccgaaatcaaatgaaaccagttccaaacca
aattcattattttattcatcgccatttgttgttcagccaatgatacgaaaggccgattca
ttaacgaaagatgaatggattgtcaatggaaatcgaacaattcaactcgattcttcatca
tcgcaaaaaatcaatgcttctcatgtgcatcaaatggttgaactgaatcattatgattct
gaaacatctgatcaacaacaacaacatcaatattatttgttaaatgtgaacaatgtacga
caagcagcagaacgttatcttttgcatcatctacgtcattatcatcaaaaaaatccaaat
tctgatcgtttaaataataataataaaaaaatgagtgatgatactgatcatcaattaaaa
attaataataataatagtgataataagaaatcagaagagcaagaagtaaatatcattaat
gataaaagtagtttaaatactgatgaaatatctagtcagcaaacaaatactgaaaattta
acggaaaaaatgtctatattaacaatacaacatcagcatcatcgaccaccattaccacta
ccttcatcattatcatcatcacaacagaattcttcgattgacgatgatcaacgaaaatca
attgatcatcaatcatcaatgaatattctgaccggtcattcatttgaacatcatcatcat
catcatgaacattcatatcaatcaccaactgaatcatctttaatagcaaacattacggac
aatcgttatctttctgaacaacaacaattacgaaaacaaatacaaacgggaacattatca
attcaacatgaacaaggtaataatggtgatcataaaaagatcctagaacaacagaatcta
gaatcatcatttcagaaacaatcacaaaatcaacaacaacaattaatgaccaattctact
gaaaatgataacaagattaattcaaacaatgaaaaaaataatgaatcaaaaaatacccag
ttgcctagtaaaaatcatctgcaattacaacatcaaaaatcagttgcagttgatgaatat
tttgtgatggatggatcatcgcctccaccacctacttcaacttcgtatttattacatcat
catctagatcaagaacacaaggaaaaacatgatgaacggccaattgatgttggctgggtt
ggtggttgggcatctgattttgacattttacttagggattcaatcggtatcaaagctttc
actgattttcttcgtaaagaattcagctatgaaaatttacaattttttttggctgtacaa
aatttcaaaaagcttactgattcagatgagatacggaaaaaatctcaagaaatttacgat
aaatttattgcactttcagcaccagaccctgtaaatgttgatagccgtgcgagaaaatct
gtcgaatctggcttgagcaatccgaataatcgaatattcttgttggcagaagaacagatt
tataatttaatgaaattcgatagttatgtacgtttccttaaatcagatatctatgagaaa
tgttcaatcttagatttgaagggcgaatcattgccttatgaaaatgatgacgccattgtt
ggtgatacaatctgtgatacattattgagttcaacatcatccgccaatgctatttcgaca
agtggacgatctggtcataatagcggtaagaataatccggctgctgtcaaaaaacgaaga
tcattcataccttgggctagattaaaatcatcgattaatcataaagcatcatcattatcg
tcgatgactgcaccatcgtcaaccaaggccgaaatgtttggctcgaaaaaacaatatatg
atgagaaaattaaccaattcaatacataaaattcgttcaaaatcactggatgaacattta
actaatcatgtgaataataaaacacaacatttaatcgggtctgaaactcaaagtcataat
tcatctatcgataaatcatccattatttcaaatgggcaaaaaaatccattcaactcgaca
agtcgtagctcattaatgcctcacagttccgattctatcgattcatctgatcataatgta
tttcctccatcaccagataatatgaaatcagtggaaattattgatgcctcatgttctcct
ccaacttcgataccaacagcaatagaacatttgaaaagtcattccgaaagtgatcctgtt
tcgccggcaaagtctttatctttggcaatgactactactttatcttcaacatcaacggcc
aaccttccaaatttaccatcctcggcatcgtcttcatcgtttaatcacaattgtaatcgt
gataattgtcattttttgcgtatagtgtttcccgatcgttcgcaaactgtagtaccatca
tcaccaaatgaaacacttaataatttattgaaaaaattgtttgaaaaacgttcattaaaa
tatttggcatgggacgttttcattaccggtaatgaaaagccattggatttatcaacaaat
actacacaacttggatgtgttgaacttcgtgtagaacaacgtgtaatatttcgtgttgaa
tttccaagccaggatattatcggagtcaaaacaaggccgacaaaactctgttcagaaatt
tttcatccattattgatacggtatggttaccgtcctgaacatactgtaatgactattgct
gaaactgaacaaatagtgccccaaatgtcaccagtatcagtacttgatggtcaacatatt
gttgtcagttattttgatgatcttgaagaatggggttgggatacgactagaaataacatt
ccagttgcattgagtttagctggtaaatcatttagtgaagatagtagtatgaaatcgaaa
aagaaagatgaaaaatcgatggatggccatgcattgattgatcaacaacaacaggcatca
tcggtaccatcggtggctacatatcataatttaggttcgattcgtgatcatttattggcc
agtagatatatcgctgccaaaaataatcaaagtaataatttgaatctagaatgtagtcct
cagctagattcatatgaatcccctacaaatacatcatcatcaactccgggtgatgatacg
caatcggatatattttttcgtgaattgatgaaaactgcacatacaataccgtcaccacca
cgtggcccatcattgacatcaacttattctgctgcatatggtattatcaatagcagttct
ccaccgaacgaaactacaagtaatcgttcacaacaatcacaaacaccgatatcgaataca
aatcgaataccatatcgaacatctaataattcgtcgcaacagcaacaacgtaaccaatct
cttcgcgatctgcaaaatcatcgacattttaaatcttaccaaccgagcccattatcatat
gaaccagtccctgtacctagaagtctagaaatggctcgaaaacaaattatgtccgaaaac
gaactgggtcaatcgatttcgtcaaattcatcaccatcaattaatacattaccgttggat
cttcctaatcatcggcataaattgaatagtcagccgatcacaacacaggaatcaaataaa
ttgaatttgctacaaccgcaaaaaccgccattacgtcgtcaaaaatctgatccgcctact
caaccaccaccattaccaccaaaatcaaccaacaccaccaatttgatgatgaatactaat
aatattactacaaacaccatttgtcctccacgaccaccacctcgaacatcaatttttacg
catcgaaatcaatcattgactagtgataattgtcaaaatcaatccagttcaattacaatg
actaatcctagtgattctagtttagcttga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (15)   

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