KEGG   Plutella xylostella (diamondback moth): 105388171
Entry
105388171         CDS       T03915                                 
Name
(RefSeq) uncharacterized LOC105388171
Organism
pxy  Plutella xylostella (diamondback moth)
SSDB
Motif
Pfam: Gp_dh_C Gp_dh_N DapB_N
Other DBs
NCBI-GeneID: 105388171
NCBI-ProteinID: XP_011557339
Position
Un
AA seq 1095 aa
MVVKVGINGFGRIGRVVFRTCLENENIQIAALNDPAINVEYIAYLIKFDSTHGRFKGTVT
HTETEVIIDGKKIKVYHEKLPVTIPWADTGTKYVVEASGLFTTLERACGHLRSVSVRRVL
VTAPSADVPMFIVGVNEHTMRSDHKVVSCASSTLYCLAPIIKILQDVFGVEEGFVTSIHA
MTPSLKPLDGLCLRGKHWRDHRSILQNIIPANTGACKALPRIIPQIKDKLQGIAFRVPIV
NVSVLDISVRLSSDTSLPIIIKHVDLAGRTTMKNIIKTSSEEAVSSDFIGDSCSCIVDVN
SCLQLKSNFYKIVCWYENEYSYACRIVDMILLSENSGQNRLLSKMTILRPLLSMNQDFLR
QTELSARSITVSDQLSQYSDDTFISVNISESNKACRNIALTCNRCMNSTLMKSNMFPKVE
REKTFNTVKQSMFTDAASNSAGALTDDTKEHSVKRGDKTTETYSHSTNSKYNSAELVAKR
VESTMAIKIWNDKHKKKQFKEAGNSCFQRYDAERSKGLNSYSKTQERLEAVKKEFNKMVN
ITEDLLRKSFNSKINISSVGKISVQEPEPSNTTVTTHSDASSKNCNAMVVTKHTSSMIAD
TPTAREEMAEGSSNSSTTMKKIKTESIDTVSYGTTDISSIDATILNQQQGFTEIQYKHSD
ASSDIVDIQAMIFDPQIFIKEILVTRPRVKMIPNSLKKTEMIMENVPSEITYYHDNDEDN
MQKVHNSKNGLSDKLVESPKHDLVINSKDEIYERRNVQVEETTCKHHSIDEKLDNLDIYD
QGSILNPTERGIELCNNSVSLDLSKLAAKSQEPLHGSDPNVQEMQPSMKSIHYRKQKSQS
HDNMKRSLQSTTCVINHNTPVAYPVNVDENNDNRIRYTIDVKEGNHRINPSNFENITNLF
RKDKKWDTRTIETILEELRRRRSELNKRDEKRDHNDEKMRVVESKHCIAMNDCKEVKDKW
WNEITKMRLHGTSNVSSGRLVSPPITIYEDRRPKEDIYDKLDSISLTDSENSFHMRERQS
EVITVSDLSNSMDDFKNLDKVCQILEISDDLSDRLLASLDNEPNTDTASRWSFKEFCKRI
KLDEFCSEVFGSSEM
NT seq 3288 nt   +upstreamnt  +downstreamnt
atggtcgtaaaagttggaattaatggatttggtcgcattggcagagtagtttttagaact
tgtctagaaaatgaaaacattcaaatcgcagctttaaatgatcctgctataaacgtagaa
tatatcgcatacctcataaaatttgattccacccacggtagatttaagggcactgtaact
cacactgaaacggaagtgataatcgatggaaagaaaattaaagtttaccacgagaaatta
ccagtgaccataccatgggcggacactggcacgaagtatgtagtggaagcctcaggactg
ttcactactctcgaaagagcatgcggtcacctgcgcagcgtgagcgtgcggcgcgtgctg
gtgacggcccccagcgccgacgtgcccatgttcattgtgggcgtcaacgaacacaccatg
cggtctgaccacaaggtggtatcttgcgcgtcgagcactctgtactgcctggctcccatc
atcaagatcctgcaggatgtctttggggtggaggagggcttcgtgaccagcatccacgcc
atgacaccttcgttgaaacctctggatgggctgtgcttgaggggaaagcactggcgagac
cacagaagcattctccagaacatcatccccgcgaacacgggcgcttgcaaggctctcccc
cggatcattcctcagatcaaagacaagctgcagggaatagctttcagggtgcccatagtc
aatgtgtccgttctggatatctccgtcagactatcatcagatactagcttaccaattatc
atcaaacatgttgacctagccggaagaacaacaatgaagaacattataaagacatcgtcc
gaagaagcagtgtcctcagactttataggagacagctgttcttgtattgtagacgtcaac
tcttgtctccaactcaaatctaacttctacaaaatagtctgttggtatgagaacgagtac
tcctatgcttgtaggatcgttgacatgatacttctctcggaaaattctggacagaacaga
ttgctatccaaaatgactatcttacgaccgcttctatcgatgaatcaagactttttgcgg
caaacagagctcagtgcacgatctattactgtttctgaccaactatctcaatacagcgat
gatacctttataagtgtaaatatttcagaatctaacaaagcttgtagaaatatagctctc
acatgtaatcgctgtatgaacagcactctaatgaaaagtaacatgtttccaaaagtagag
cgtgaaaaaacattcaacacggttaagcaatctatgtttactgatgcagcaagcaattct
gcaggggctttaacggatgatacaaaagagcacagtgtgaaacgcggtgataaaacaact
gaaacgtactctcatagcactaatagcaaatataacagtgccgaattagtagcgaagaga
gtggaatccactatggcaattaaaatatggaatgacaaacataaaaaaaagcaatttaaa
gaggctggaaattcgtgtttccaacgatacgacgcagagcgtagtaaaggtttaaatagt
tactcgaaaacgcaagaacgtttggaagctgttaaaaaagagtttaataagatggttaat
ataacggaagatttgctgagaaagtcatttaatagcaagattaatattagctccgttggg
aaaatatcagtgcaagagcctgaaccatccaacacaaccgtgactactcactcagacgca
agcagcaaaaattgtaacgccatggttgtgacaaaacatacttcatcaatgatagcagat
actccaactgctcgagaagaaatggctgaaggctcttccaatagttctactactatgaaa
aaaattaaaacagaatccatagacacagtatcgtacggaacaactgatataagcagtatt
gatgctactatcttgaaccagcaacaaggcttcacggaaatccaatataaacattctgat
gcatcaagcgatatagttgacatacaggcgatgatatttgacccacaaatatttatcaaa
gagatcctagtcaccagaccacgcgttaaaatgataccaaattcattaaaaaagaccgaa
atgatcatggaaaatgtcccttccgaaattacttattatcatgataatgacgaagataat
atgcaaaaagttcataattcaaagaatggtctcagtgacaaactagttgaatcacctaaa
cacgatttagttataaattcaaaagatgaaatttatgaaagaagaaatgtacaagtggaa
gaaaccacatgcaaacaccacagcattgatgaaaagctagacaatttggatatatatgat
caaggaagtatactgaatccaacagaaaggggcatagagctatgcaataactctgtttca
cttgacctttcaaaacttgcggctaaatcacaggaaccactgcatgggagtgatccaaat
gtgcaagaaatgcagccctctatgaaatcaatacattataggaaacagaaatcacaatct
catgacaatatgaagaggagccttcaatcaactacctgcgttataaaccacaacacgccc
gtagcttatccagtaaacgtggacgaaaataacgacaaccgcatcagatacacaatagat
gtgaaagaaggcaaccacagaataaacccaagtaattttgaaaatataacaaatttattt
cggaaagataagaaatgggacacacgcacgattgaaacaattttggaggaattacggaga
cgtcgttctgagttgaacaaacgtgatgagaaacgggaccacaatgacgagaaaatgcga
gtcgttgaaagtaaacattgtattgcaatgaacgattgtaaagaggtgaaagacaaatgg
tggaatgagatcacaaaaatgcgtctgcatgggacctctaatgttagcagcggtcgactt
gtaagtcctcctatcacgatatacgaagaccgaagaccaaaagaagacatttatgataaa
ttggacagcatcagccttacagattctgaaaactcctttcacatgagagaaagacagtct
gaagttataacagtgagtgatctgtcgaattcgatggacgattttaagaatttggataag
gtttgccaaatattagagatctctgatgacttatccgatagactcctggcgtcgttggac
aatgaacccaacacagacactgcaagtcgatggtccttcaaagagttctgcaaaaggatc
aagttagatgaattctgtagtgaagtgtttggaagctccgaaatgtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (37)   

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