KEGG   Plutella xylostella (diamondback moth): 105384963
Entry
105384963         CDS       T03915                                 
Name
(RefSeq) uncharacterized LOC105384963
Organism
pxy  Plutella xylostella (diamondback moth)
SSDB
Motif
Pfam: SAMD1_WH MOZ_SAS Linker_histone PHD
Other DBs
NCBI-GeneID: 105384963
NCBI-ProteinID: XP_011553567
Position
Un
AA seq 2183 aa
MSEPDDVGKEVWKRWILEAIQKIRSQKQRPSVERICHAIRQHHNYHEDVVAARLEAAVRD
GAVLKVYNKGQSSYKDPGGLQSKTLRIAADADVSRAVARAVRELGERDGSGLGAIERHLR
HGYTLAVDPGVDVKTVLRSAAKRGVTRGLLVNCGGLYKSTNVPLTSTEKTPKKVKDSVEK
KQKEVVGVPVCAECLGTNEQNKSGEAEALICCRQCKSYAHPSCVDILDHITQTTLKALRW
SCGCGARCACGAGGWAARCAGCPAARHPRCGALPWRCQPCTERRQDRSKMGGARARAAAA
AADSDSPADGNAPRPIESEQRMSKEKQKFFRFSAFNLVKRRCRRASWGGVKVTRAPAASD
SASSSEEERAPPATVFERIAADTAPGPWGFAGIAAQARHDPPVPPAPAVETPPTQRRPEI
QDRQRIARRRSRCGERLLTTLFDGLSEFYAVRNTSRSQSRPRAPRERETREEREHTREVL
KETRSTYKQYQASLVKPEKRSTSRSPNYFKSKRKLQTYSPERDLFDSKPDREESLDGLVL
SASALVRAAARARCPRGAGVKLPRGEGGSAGRPGKTPSSHSKTDASVGRAGGGGAAPAQP
GTPEKPLSDLGRVSYHAYWKSVILEYLDEVRNKPFTFEDIAQVTGMHMNDIALTFQLLGF
VRFLPSEDSVKLGLCIDWNKVDNHMKRLRSKPRLEIDPECLRWTPLEPINNPFRSPEENT
TASGDQDTEAEEAEKTESEGAATEPEASTPRADTAAAAKEDKDDEETPVEITSSGRRRTR
PAKYSETTYQTTPATADVTRKRRRDAKTSETAPEKEEETPRRQRSRSVARKATKDLQNEI
TDEPKTPRNRRQSVKEPVYASDSQEESADTSAAITPVVNTVKARGKRKMVWKWKGRRKRQ
RVNKVSKSPRASSPEAKKAKVDSKADAYEYKSEDSMEEPDKTEASSIEDNPSPKSQVDEA
TDKKAASDVSSEDSSGEADDEMDVEEGDDKKAAVTKPPTPKIIEENSTDHHTSDMELDSI
HMDSPKSIAEKDQVIKETATDKPEVESKTVENSTENQIKPVESKVDNVTKDQVEENKQPE
VKNGEMKSPQKPVLDDKETIIISESDDNNSQSCPLPSPKPNTTVPIQQNSDNKPKEVQEN
ESPSKVIPVVSTENAHIVLDAKGHDDVSTGPSELNIPKIPQIVTIVVEGESDTGNSPLYN
ISPKKTDKTVISESPKQKKSPTKFPELSPEKSKTEMRKETVIQHQNVDERLAEKKSPTKA
DSIIQNLDLQRELANSIQKPELPKQDGFPDIDNRNRIPPPMNKEMEPTYRPDHNMPRKDE
VITRNIIEPHMQTYQNPVSNSMTIHQISTAQHSYLNHRANISKESQGVQTEKVMKQSEIN
RVNHLPDPAPVINKSATKLEVPNPITSPVINPVIPKLPTVTDVNYMPRCQSAHATVGMER
NDLDPTYGNHTVQNPLSSPMGSLDGKNDLKPREKSKLRDVRVNSAHSKLEKTDTIKKPGK
NDTPRSTPEPKTFFPEQSHSAPPPQHHTHTHTNAHANAHTNAHTNAHPNTHANAHTPQPR
KPETSVPINVINTVNITSKVEPKVNEAPKKQDFFEKKKANAKCENKSTAKHDKNCAAQLK
ADQNELNKMMPKFKYDNEFVPKTDHTFNQIPNYHTTHAQYQWPPPWDPTRLQTTWDHSRF
LDMKNTDKNYMDKFQGFNLPHLDQMQKSPQKLHPKYDQKDFHNIAYGALSGGIYATTALP
HFKETKAPTSKASECSQKNECKPTKQSKTTTGCQTQCDNKKSQSQNTEHMKHQQMMQRQV
NKQQEVATSCAEYRQQSPQILSSPGCKPYNNGPCDQKEIEKKSRQTKKEEAKESSKEEMC
EAVSPALQSMGVYTPDSTSNSVHSVQYPACELDVSQLGLESPTSIGSDMASPCSMMHMHP
APSPQYPHSSIHIPSIMSQPNQPPKQKNINNRNRNNNQNANAATSAAHESKAAAMRDTPP
ARARATPPAHQTHAGAGVMTSSAGYQGGYLSFQQQQQYSGGWAPSCSLAKLQQMAEAPAT
HPPTPPAPQLDELTYIQYGQQVPAGGYKYYPHNQLDASRNTRNSTSNLSPMQHMQMGAGS
RMSPNLNTHIITHNISQYGLNGSRVPPQQQFNNLPVQMMNVQPGVQYPGAGPRAQQPNVY
AYTGYINPPPPLAMPTLNSTMRR
NT seq 6552 nt   +upstreamnt  +downstreamnt
atgagcgagccagacgacgtcggaaaagaggtgtggaagcgatggatactcgaggcgata
caaaagataagatcgcagaaacaacggccgagtgtggagcggatctgtcacgctatcaga
cagcaccacaactatcacgaggacgtggtggcggcgcggctggaggcggccgtgcgggac
ggcgccgtgctgaaggtgtacaacaaggggcagagctcgtataaggacccgggcgggctg
cagagcaagacgctgcgcatcgcggcggacgcggacgtgtcgcgcgccgtggccagggcc
gtgcgggagctgggcgagcgcgacggctcggggctcggcgccatcgagcgccacctgcgc
cacgggtacacgctcgccgtcgaccccggcgtcgacgtcaaaactgtgctccgatccgct
gccaagcgcggagtgaccaggggactcctagtgaactgtggaggactgtacaagtccact
aatgtgcctctaacctcaaccgaaaagactcctaagaaagtgaaagactctgtggagaag
aagcagaaagaagtggttggtgtgcccgtgtgtgcggagtgcctcgggaccaacgaacag
aacaagtctggggaggcggaggccctgatctgctgtcggcagtgcaagtcgtacgcacac
ccctcttgtgttgacattttggaccacattactcagacaactcttaaggcccttcgttgg
tcgtgcggctgcggagcccgctgcgcgtgcggcgcgggcggctgggcggcgcgttgcgcg
ggctgcccggcggcgaggcacccgcgctgcggcgcgctgccgtggcgctgccagccctgc
acggagcgccggcaggacaggtcgaagatgggcggcgcgcgcgcgcgggcggcggcggcg
gcggcggactcggactccccggcggacggtaatgcgccgcgacccatcgagtccgaacag
agaatgtccaaggagaaacaaaagtttttcagattctccgccttcaatttagtgaagcgg
cgctgccgtcgcgcctcctggggcggggtgaaggtgacgcgggcgccggcggcgagtgac
agcgcgagctcgagcgaggaggagcgcgcgccgcccgccaccgtgttcgagaggatcgcc
gccgacaccgcgcccgggccctggggcttcgccggcatcgcggcccaggcgcgccacgac
ccgcccgtcccgcctgcacccgccgtagagacaccgccgacccagcgccgcccagagata
caggacagacagaggatagcccggcggcggtcgcgctgcggcgagcggctgctcacgaca
ctgttcgacggactgtccgagttctacgcggtgcgcaacacgtcgcgctcgcagtcgcgg
ccgcgcgcgccccgcgagagagagacacgcgaagagcgggaacacacccgggaagtgcta
aaagagacgcgcagcacctacaagcagtaccaggcctcgctggtcaaaccagagaagcgc
agcactagccgcagccccaactatttcaagtccaagagaaaactgcagacgtacagtccg
gagagagacttgtttgatagcaaaccggatagagaggagtcgttggacgggctggttctg
tcggcgtcggcgctggtgcgggcggcggcgcgcgcgcggtgcccgcggggcgcgggggtg
aagctgccgcggggggagggggggagcgccggccgcccagggaagacccccagctcgcac
agtaagacagacgcgtcagtggggcgcgcggggggcgggggggcggcgccggcgcagccg
ggcacgccagaaaagcctttgtcagatctcgggagagtttcatatcatgcatactggaag
tcagtgatattggaatatttagacgaagtccgaaataagccttttaccttcgaagacata
gcccaagtcactggcatgcacatgaacgacatagccctaactttccagttgctaggcttt
gtcagattcctgccgagtgaagactcagtgaaattaggcctctgcatagactggaataag
gttgacaatcacatgaaaaggctgagaagtaaaccgagattagaaattgacccagaatgc
ttgaggtggacgcctttagagcctatcaacaatccgttcagatctcccgaagagaacacg
acggcttctggcgaccaggacacggaggctgaagaggcggagaagacggagagtgaaggc
gcggccaccgagcccgaggcatccacgccccgggctgacaccgccgccgccgctaaagag
gacaaagacgacgaagaaacacccgtagaaattacctcctcaggcagaagaagaacgaga
ccggccaagtacagcgagacaacctaccagaccactcctgccacggccgacgtcacacgc
aagagacgccgagacgcaaagacctcggaaactgcaccggagaaggaggaagaaacaccg
agaagacaaaggagtagaagcgtcgcgaggaaagcgacgaaagacttgcagaatgagatt
actgacgagcccaagactcccagaaatagaagacagagcgttaaagagcctgtttatgcc
tcggacagtcaggaagagagcgcggatactagtgcagccatcactcccgtggttaacacg
gtgaaagctcgaggcaaaagaaaaatggtctggaaatggaaggggcgacggaaacggcaa
agggttaacaaagttagtaagtccccgcgcgccagctcgcctgaagctaagaaagctaaa
gtggacagcaaagccgacgcctacgaatacaagtcagaagactccatggaagaacctgac
aagacagaggcgagctccatcgaagacaatccatcaccaaagagtcaagttgacgaagca
actgacaaaaaggcggcgtctgacgttagttctgaggactcctccggtgaggctgatgat
gagatggatgtggaagagggagacgacaagaaggcggcagtcactaaaccaccgacgccg
aaaattattgaagagaacagcaccgaccatcataccagtgatatggagctggatagtatc
cacatggactcaccaaagtctatcgctgaaaaggaccaagttatcaaagaaactgcgacg
gataaacctgaagttgagtccaaaactgttgaaaatagcacggaaaaccaaattaaacct
gttgaaagtaaagtagataatgtaacaaaggaccaagtagaggaaaataaacaacctgaa
gttaaaaacggcgaaatgaaatcgccacaaaaacctgtgcttgatgataaagaaactatt
attatatcggaatcggatgacaataacagccaaagttgccctctaccttcacccaagccc
aacaccacagtgcctatacaacagaatagcgataacaaacctaaagaggtgcaagaaaat
gaaagtccgtccaaagtaataccggtggtatctacagagaatgctcacatagtgctagac
gctaaaggacatgatgacgtcagcactggaccttcagagttgaatattccaaaaatacca
caaatagtaactatagtcgtcgaaggcgaatccgatacaggaaactctcctctctacaat
atatctccaaagaaaaccgataagactgtcatcagtgaatcgccaaagcaaaagaaatca
cccacaaagtttcccgaattgagtcccgaaaagagtaaaacggaaatgagaaaagaaact
gttatacaacatcaaaatgtcgacgaaagacttgcggagaagaaatctccgaccaaagct
gactccatcattcagaacttggatctacagagggaactcgcaaatagcatccaaaagcct
gagctgcccaaacaagatggattccccgacatcgacaacagaaacagaatacctcctcca
atgaacaaggagatggaaccaacctatagacctgaccacaacatgcccagaaaagacgag
gtcatcacgagaaatatcatcgaaccacacatgcaaacttatcaaaacccagtgagcaat
tctatgactatccatcaaataagcacagctcaacattcctatttaaatcaccgagcgaac
atcagcaaagagtctcaaggtgtgcaaactgaaaaagtgatgaagcaaagtgaaataaac
agggtgaatcacctgcctgatcccgccccagtgataaacaagtctgcgacgaaacttgaa
gtgcctaaccctattacctcaccagttatcaacccagtgatacctaaactgccgacagtg
accgatgtgaactacatgccgcgctgtcagagtgcccacgcaacagtaggcatggagaga
aacgaccttgaccctacatacggtaaccacacggtccagaatcctctgagcagtccaatg
ggatcgttagatggtaagaacgacctgaaaccgcgggaaaagagtaagctacgcgatgtg
agagtgaactctgcacacagtaaattggagaagacggatacgataaagaagccgggaaaa
aacgacacgccgagaagcacgccggagcccaagacgttttttccggagcaatcgcattca
gcgcctccaccccagcaccacacacacactcacaccaacgctcacgccaatgctcatacc
aatgcccataccaatgctcaccccaacactcacgctaacgcacacacccctcagccgagg
aagcctgagacgtcggtccctataaacgtcatcaacaccgtcaacatcaccagcaaagtg
gaaccaaaagtgaacgaggcgcctaaaaagcaagactttttcgaaaagaagaaagcgaac
gctaaatgcgagaacaagtcaacagccaaacatgacaagaactgtgcggcgcaactcaaa
gcagaccagaatgagctgaacaaaatgatgccaaagttcaagtacgacaacgagtttgtc
cccaaaacggaccacacgttcaaccaaatccccaattaccacacgacgcatgcgcagtac
cagtggccgccgccctgggaccccacgcgcctgcagacaacctgggaccacagccgcttc
ctcgacatgaagaatactgataaaaactacatggataagttccagggattcaacttgcca
cacttggaccagatgcagaaatctccccagaagctgcaccctaagtatgatcaaaaggac
tttcataatatagcgtatggggccttatccggaggaatatatgctacgacagcgctgccg
catttcaaagaaactaaagcgcctacatccaaagcctcagaatgctcgcagaagaacgag
tgcaagccaactaaacagtcgaaaacaacgaccgggtgccaaacacaatgtgacaacaag
aagtcgcaatcacagaacacagagcacatgaaacaccagcagatgatgcagcggcaagtc
aacaagcaacaggaagtcgccacaagctgcgccgagtaccgtcagcagagtccccagatc
ctatcgtctccgggctgcaaaccgtacaacaacgggccgtgcgaccagaaggagatcgag
aagaaatcgcgacaaactaaaaaggaggaagctaaagagagtagtaaagaagagatgtgc
gaagctgtgagtccggctttgcaatccatgggggtgtatactccggattcgacgtcgaac
tctgtccactcggttcaatacccggcttgtgagttggatgtgagtcagctggggctggaa
tctcctaccagcataggctcggacatggcgtccccgtgctccatgatgcacatgcacccg
gcgccgagcccgcagtacccgcactcgtccatacacatcccgtccatcatgagccagccc
aaccagccgcccaaacagaagaacatcaataataggaatcgcaacaacaaccagaacgcg
aacgcggcgacgtcggcggcgcacgagagcaaggcggcggccatgcgcgacacgccgccc
gcccgcgcgcgcgccaccccgcccgcccaccagactcacgcaggcgcaggcgtgatgacc
tcctcggccggctaccagggcggctacctgtcgttccagcagcagcagcagtactcgggc
ggctgggcgccgtcctgctcgctggccaagctgcagcagatggcggaggcgccggccacg
cacccgcccacgccgcccgcgccgcagttggacgaactaacgtatattcagtacggccag
caggtgccggccggcggctacaagtactacccgcacaaccagctcgacgcgtcgcgcaac
accaggaattccaccagcaacttgagtccgatgcagcacatgcagatgggcgccggctcg
cgcatgtcgcccaacctgaacacgcacatcatcacgcacaacatcagccagtacgggctc
aacggctcccgggtgccgccgcagcagcagttcaacaacctgcccgtgcagatgatgaat
gtccagccgggagtccagtaccccggagctggcccccgcgctcagcaacccaacgtctac
gcctacaccggctatatcaaccccccgccccccctcgccatgcccaccctcaactcgacc
atgcgccggtag

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Genome (1)   
   KEGG GENOME (1)   
Gene (206)   
   RefGene (203)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (227)   

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