KEGG   Plutella xylostella (diamondback moth): 105393394
Entry
105393394         CDS       T03915                                 
Name
(RefSeq) uncharacterized LOC105393394
Organism
pxy  Plutella xylostella (diamondback moth)
SSDB
Motif
Pfam: ABC_tran ABC2_membrane_3 AAA_23 RsgA_GTPase AAA_29 AAA_15 AAA_21 AAA_30 TsaE MukB AAA_22
Other DBs
NCBI-GeneID: 105393394
NCBI-ProteinID: XP_011563444
Position
Un
AA seq 2547 aa
MCLNALRLLGTVTVAIDEPRFLDIVRTGHTLPSPSPSQLRNASILATAAAVPDALRLLGT
VTVAIDEPAFLDIVHNGLRVKDLFVDPARVRRDTLLTIFNLSEEDADSIMQAEISFQGIF
KGSLNRCDPASLSRVLLVAPSLTELMSNKLCPLNSKELQDILVGLLLEVDYSKYIKMIGQ
MYSKLNGDTRILELADTLTAALRMTQLDSFVPPEVATLFGQGGGQFRYYNLTIISKLLDR
FEPIFKDTEAFRSVRSLSDAGISGAQWLYKIFSRQTNNNSVEEATGLVIQQLDGNIKLDG
VERLSSVFKKAVDAFGNGLESSVSLDEVFQALPKVANFVLRWLSKEMKHTILFYSTLLTK
LIEGAHKVILNNMSVEQIAYNVSLRHPAGVRALVLLPPRLLGKAFDGLADADRTLILSSK
LNAPGSMFCDAGRLQRFFQSTKEEAAAARDALCVDPWRDYVVDLIQSLGILDVKVNINSM
ASLLIQETLGKDTTDQLYPIDKMFQESYSLIQDIQNLGTKPKSSLDWNKVLGVADDSEFM
KIVRKRLSHGSQVLITVHGSLAKEVIKQNTILDIKITPILLSLSRLVAAFNSELAAADRQ
MLTGFKTAYPAVVEALLKTFLDEKKTYRFLSTHAPTMFCNGSQTAVTYIEVPPVGAEDLV
TALCGMTRQIERGLRTDSFVGKALKALQTTPQSAFGEVPWTALINGLRDLYTTLLTDYTY
IFQFATFNMEEGTQSRVKELLGETKEFWFGRGRMAKSLQLSINVLFRVLDVIDRDIFNLT
NEIWLKIKYTFNSARGLLVIADEVFKIITALTTQDTSYSSSLPPATAAALTMVLPNLPRL
VVDAVDLVVRGDTDVTAIISTLTATPPWPCTSLAPALGVSAGARGALRGAEAVLCGDQAF
LDEWSGYEPAELLKGITNLEKANTTNYPPHVFLTFSANFDALIEDADNLRVALETVFKDN
STSVENPTIMTAWSYAVQVFNRSDRDVIFRNFFTKLDTVLNAVNTTTADIRDSSPLNILW
EDLLKCGFTQPQCRGLARAVWQRTVEFVSVFVESVAVDLRTYFEEINEPDANIIQLLGFT
RGTGLYVLYEKMADFAAVLLHSYWDYGFMNQVRRASKTQFWDCDSLVESLVIPPDSAVSA
ADIRRVRPYVCPSLLYWVSLPRGENRLLDVVSKPLVRLLRTINSTDALCLDTPLSWLGAG
TGYDNSLTISREINYDSIYSDINTTESNLQLIRPGPSPPTTPAWVTDDSVLMLRRTAKNL
FTKESLTKLSFGVLGNLVDASTLFLNNSQCKLCSKLTTWFKQLNLQLFKKQDYDSLMCHV
EEMSLEEVYHTLKNDFHWDMALKELISTRNYTTLELNKAVTDLLEQLKLHVLDDVTASTT
KLQGCLAGNLTANEFSNATLFVSVLSHTIKLIRAQLPHIQEISGMKEEPFLQQLHSGVAH
NLHVTLPLKEVVENKKWKENVKSVINDLELVNEIGESQVDLLELQKMPQAIDRWMLLQTR
SWENICNEYSCTQLRHSFNNSIDMDGWNKKLPALQSEQFWRFTFISPMLHHASRLLSHIS
RLLGVASFVDIAGVMEGEFTALVDTVLQVLQEDVLGVILYSLEGFCVEVHPVLSGTPLDF
DLAAVLRGLQIIREYRNYVVDNMDLKLPISQLFPDPDRLESALNRAGVNNTNFWALAAPM
IQGGYIDLMPLLNSKDKPFKISRYLCSPDAMSQVLLFGDRPGDAAGAQDAVVDQLCGGAR
PELLPTLLYHLNYTYVVQEISKLLLSQVYSASNITQEEGATVLAQYRDMMALIPVVQENV
GELSGVLGKEPVFAALRNFESVGGLLSSSDFLSSAGNMLCGTPFASNENRFYKAVVQTRD
YSTEPDPEQLEVLPTDFCRSLYKDILSMNGGKIVWSFVKPLLMGRILYTPATPAVYKIVE
KANSTFALMSNLTSMVHKFSSSFPSIRLLSQHGAALEGLRALATTVLGEQEVGGVDVRGL
FDEIGDLEGLGTLLHRASDLLRCLSLDRFHPVENEDQLARDAANLTRVNEFAAGLVFTNI
EERGDNPYRVEYKIRMDIESVPSTSRLKNQFWTPGPQSNFLEDMRYFRGFVQIQDLVDTA
IIQLASNKSSRPRRQAGEAGEEGGRGRRGRRGGEEGGEEERHGVYTQQIPYPCYRRDFFQ
SSLYESQALIVVFFFALLFSVSSAIRFIVAEKESGNTMLMSVMGVNLTNHTLSWFLSSLA
ELWAAALCVALVLALGGVAPRTPPALLLLLVMTHAVATLAFCYLVSKLFNSASLAAVCGG
LGYMVTFMPFVIILSLEAVLSDVSKIITSLSMSSAFCYSLLHVARYEAVGTGARWADIWK
SPDGEDNMTIASMVVMMLVDAGLYVLLGWLVDRFFGPKTLQSNITKCTTTDEKAGVSIVN
ISKSYGSRLALDNVSVELQRGQVTALLGHNGAGKTTLIKIITGMLKPTKGHVVIRSLAAE
SGSTQLGVCPQTDVLFDNLNAEEHLTLYAQLHSGLGSEEVRGEVESMLSILSFNKLSHKP
AWALSGGLRRRGGPAGCGGGCAWRSPS
NT seq 7644 nt   +upstreamnt  +downstreamnt
atgtgtttaaacgcgctgcggctgctggggaccgtcactgtggctatagacgagccccgg
tttttggatattgtccggactggacacaccctcccgtccccatccccgtcccagctccgc
aacgcgtccatcctggccaccgcggccgccgtgcccgacgcgctgaggctactggggacg
gtgactgtggccatagacgagccggccttcttggatattgtccataacggtcttcgagtg
aaggatttatttgtggacccggcgcgagtgaggcgcgacacgctgctgacaatattcaac
ctgtctgaggaagacgctgacagtataatgcaggcggaaatcagcttccaaggtatattc
aaaggaagtttgaacagatgcgacccggcctcgctctccagagtgctgctggtggcgcca
tctctcacggaactaatgtccaacaaactgtgcccgttgaatagcaaggagttgcaggac
atccttgtgggattgctgttggaagtggactatagcaagtatattaaaatgataggccaa
atgtactccaagctcaacggcgacacccgcatcctggaactagcagacacgctgacggcc
gctttgcgcatgacacaacttgacagcttcgtgccgccagaggtcgccactctcttcggg
cagggcggtggacagttcagatattataatttgactattatatcaaaacttctggaccgt
ttcgagccaatattcaaagacactgaagctttccgttcagtgcgaagcttatccgacgca
ggcatctctggagcccagtggttatacaagatattctcccgacaaacgaataacaactct
gtagaagaggccacagggttggttatacaacaactggacgggaacataaagctggacggt
gtggagagattgtccagtgtgttcaagaaggcggttgatgcctttgggaatggattggag
agcagcgtttctttagatgaagtttttcaagcgctgccaaaagtggcgaacttcgttctc
cgatggttgtccaaggaaatgaagcacaccatcttgttctactcgactttactcaccaag
ctcatagagggcgctcataaggtgatcctaaacaacatgtcagtggaacaaatagcctac
aacgtgagcttgcggcacccggccggcgtgagggcgctggtgctgctgccgccgcggctg
ctgggcaaggcctttgatgggctggctgatgctgataggactctgatcctgtcctccaag
ctcaacgcgcccggctccatgttctgcgacgcgggccgactgcagcgtttcttccagagc
actaaagaggaggcggcggcggcgcgggacgccctctgcgtcgacccgtggagggactac
gtggtcgacttgatacagtcgctggggatactggatgttaaggtcaatataaactccatg
gcatccctcctaatccaagagacgctcggcaaagacacgacagaccagctctaccccata
gacaagatgttccaggagtcctactccctgatccaggacattcagaatctaggcaccaaa
cccaagagttctttagactggaacaaggtgctgggagtggctgatgattcggagtttatg
aagattgtcaggaagagacttagccacgggtcgcaggttttaataacagtccacggctcg
ctagcaaaagaagtgatcaaacaaaacacgatcctcgacatcaagataaccccgatcctg
ctgtctctctctcgcctggtggccgcgttcaactcggagttggcagccgctgacaggcag
atgctgacagggtttaagacagcgtacccggccgttgtggaggctttgttgaagacgttc
ttggatgagaagaagacctaccgattcctatcaacgcacgcacccacaatgttctgcaac
ggctctcaaaccgcggttacctacatcgaggtgcctccagtgggggccgaggacctggtg
acggctctgtgcggcatgacaagacaaatcgagcgagggctgcggacagacagctttgtg
gggaaagctctaaaagccctacaaacgacgccccagagtgccttcggcgaggtcccctgg
acagccctcatcaacgggctccgagacctctataccaccctgctcacagactacacctac
atcttccagttcgctacgttcaacatggaggagggcacacagagtagagtgaaggagttg
ttgggagagaccaaggagttttggtttggaagaggtcggatggcgaagagcttgcagttg
agcatcaacgtgttattccgggtgctagacgtcatagaccgggatatcttcaacctgact
aacgagatctggctcaaaatcaagtacaccttcaactcggcccgcggactactggtcata
gctgatgaagtattcaagataattactgctctaacaacccaagacacgtcctactcaagc
agcctcccgcccgccacggccgccgcgctgaccatggtgctgcccaacctgcccaggctg
gtggtggacgccgtggatctggtggtcaggggggatactgatgtgacagcaatcatcagc
accctaaccgccacccccccctggccgtgtacctccctcgcccccgcgctgggggtgtct
gcgggggcgaggggggcgctgcggggggcggaggccgtgctgtgcggggaccaggctttc
ttagatgaatggagtgggtatgaaccggcggagctgttgaaggggattactaatctagaa
aaggcgaacactacgaactacccaccacacgtgtttttaacattctccgcaaacttcgat
gcgctgatagaagacgctgacaacttgagggtggcattggaaactgtgttcaaagacaac
agcactagtgtcgagaatcccacgatcatgaccgcctggagctatgccgtacaagtgttt
aatcgaagcgatcgggatgttatattcagaaacttctttaccaaactcgacacggttctc
aacgctgtcaacaccaccaccgctgacatccgcgactcttcacccctgaatatcctgtgg
gaagacttgctgaagtgcgggttcactcagccgcagtgtcgtggtctagctagagctgtc
tggcagagaactgtggagtttgtttccgtgtttgtggagagtgtcgctgtagatctgagg
acttactttgaggagattaatgagccagacgcgaacataatccaactccttggcttcacg
cgcggcacggggctgtatgtcctctacgagaagatggcggactttgcggccgtgctgctg
cactcctactgggactacgggttcatgaatcaggtccgccgcgcctcaaaaacccagttc
tgggactgcgactccctcgtcgaatccctagtaatcccccctgacagcgccgtgtcagcc
gctgacatccgccgggtcaggccctacgtgtgcccgtcgctgctgtactgggtgtctctg
ccgcgaggggagaataggctgcttgatgtcgtgtctaagccgttggtccgcctgctccgc
accatcaactcgacggacgcgctctgcctcgacacccccctgtcctggctgggggcgggg
accggctacgacaacagtctaaccatatcccgcgaaatcaactacgactcaatctactcc
gacatcaacacgacagagtccaacctgcagctcatccgtcccggcccctccccccccacc
acccccgcctgggtcacggacgacagcgtgctgatgctgaggagaactgcgaagaatctg
ttcacgaaggagagtctgacgaagctgtcgttcggcgtgttggggaatctggtggacgcg
tcgacgctgtttttgaataatagccaatgcaagctctgctccaagctcaccacatggttc
aaacagctgaacctgcagctgttcaagaagcaggactacgactcactcatgtgtcacgtg
gaggagatgagtctcgaggaggtgtatcatacgctgaagaacgacttccattgggatatg
gcgttgaaggagctgatctccactcgcaactacacaaccctagagctcaacaaggcggtc
acagatctgctggaacaactcaagctgcacgtgctggatgacgtcacggcttccaccacc
aagctgcagggctgcctggccggcaatctgactgctaacgagtttagtaatgctactcta
ttcgtgtcagtcctctcgcacacaatcaaactgatccgcgcccaactgccacacatacaa
gagatcagcggaatgaaggaagaaccattccttcagcaattgcactcaggcgtggcacac
aacttgcacgtcacactgccgttgaaagaggtcgtggaaaacaaaaagtggaaggaaaat
gtgaaaagtgtaattaatgatttggagcttgtgaatgagattggagagtcgcaagtggat
ttgttagaactgcaaaagatgccacaagcaatagaccgttggatgttattgcaaacaaga
agctgggaaaatatatgtaatgagtacagctgtactcaactgagacatagctttaataac
agcattgatatggacgggtggaataaaaagctgccagccctccaatcagaacaattctgg
cggtttaccttcatatctccgatgctacatcacgcgtctcgcttactctcccacatctct
cgcttgctcggggtggcgagcttcgtggatatagcaggggtcatggagggagagtttact
gcgctcgtagatactgtgctgcaggttttgcaagaggatgttttgggtgttatattgtac
agtctggaaggtttctgcgtagaagtgcacccggtgctgagtgggactcctttagacttc
gacctggcggccgtgctgcgcgggctgcagatcatacgagagtaccgcaattatgtcgtc
gacaatatggacctgaagttgccaatatcccagctattccccgaccctgaccgcctggag
tcagctctgaaccgcgccggcgtcaacaacaccaacttctgggcactcgcggcgcccatg
atacagggggggtatatcgatcttatgccgctgctaaactccaaagacaagccgttcaag
atatcccgctacctctgttccccggacgccatgtctcaagtgctgctcttcggagacagg
ccgggcgacgcggcgggcgctcaagacgcggtggtagaccagctgtgcggtggcgctagg
cccgagctgctgcctacgttgttgtaccatttgaactatacttatgttgtgcaggagata
tccaagctcctgctctcgcaagtatactcggcctccaatataacccaagaagagggcgcc
actgtgctggcccagtaccgggacatgatggctctgatccccgtggtccaggagaatgtg
ggcgagctgtccggggtattgggaaaggagcctgtcttcgccgcgctgaggaatttcgag
tccgttggagggcttttgtcttcctcagacttcctatcaagcgccggcaacatgctctgt
gggacgcccttcgccagcaacgagaaccggttctacaaggccgtggtgcagacccgggac
tactccacggagcccgacccggagcagctggaggtgctgccgacggacttctgccgctcg
ctctacaaagacatcttgtctatgaacggcggcaagatcgtgtggagcttcgtgaagccg
ctgctgatggggcgcatcctgtatactcctgccaccccggccgtctataagattgtggag
aaggccaactcaaccttcgcgctaatgtccaacctaacctccatggtgcacaagttctcg
tcctccttcccctcgatccgcctgctgtcgcagcacggggccgcgctggaggggctgcgg
gcgctggcgacaaccgtgctaggggagcaggaggtgggcggtgtggatgtgagggggctg
tttgacgagattggggatttggagggtctcggcaccctgctccacagggcgtccgacctg
ctgcgctgcctcagcctggaccgtttccaccccgtcgagaacgaagaccagttggcgcgg
gacgccgccaacctcaccagggttaatgagtttgctgctggcctagtgttcacgaacatc
gaggagcgtggtgacaacccttaccgcgtggagtacaagatacgcatggacatcgagagt
gtgccgtccacctcgcgcctgaagaaccaattctggacgcccggccctcaatccaacttc
ctagaagacatgcgttacttccgcggcttcgtccaaatccaagacctggtcgacacggcc
atcatccagctcgcgtccaacaagagtagcagaccgaggaggcaggcgggggaggcgggg
gaggagggggggaggggcaggcgggggaggcgggggggggaggaggggggagaggaggag
aggcacggggtgtatacgcagcagataccgtacccgtgttataggagggactttttccag
tcgtccctgtacgagtctcaagctctgatcgtggtgttcttcttcgctctgctgttctcc
gtgtcctcggcgatacggtttatcgtggctgagaaggagtccgggaacactatgctaatg
tcagtaatgggcgtaaacctcaccaaccacactctctcctggttcctgtcgagcctggcg
gagctgtgggcggcggcgctgtgcgtggcgctggtgctggcgctgggcggggtggcgccg
cgcacgccgcccgccctgctgctgctgctggtgatgacccacgctgtagctacgctcgcc
ttctgctacctggtctccaagttgttcaactcggcgagcctggcggcggtgtgcggcggg
ctcggctacatggtcaccttcatgcccttcgtcatcatactgtcattagaagccgttcta
agtgacgtcagcaagattatcacgagtctatcaatgtcttcagccttctgctacagccta
cttcacgtggcgcgctacgaggcggtgggcacgggggctcgctgggccgacatatggaag
tcccctgatggagaggacaacatgacgatagcctccatggtggtcatgatgctggtggat
gcggggctgtatgtgttgttgggctggctggtggatcggttctttggcccgaaaaccctg
caaagcaacataacgaagtgcacgaccacagacgagaaggccggagtcagtatcgtcaac
atcagtaagagctacggctcgcggctcgcgcttgacaatgtcagtgtggagctgcaacgt
ggccaggtcactgcgctattgggacataatggcgccgggaagactacccttataaaaata
ataaccggcatgctgaagcccacaaagggccacgtggtgatccgttccctcgcagccgaa
agcggcagcacgcagctgggcgtgtgtccgcagacggacgtgctgttcgacaacttgaat
gcggaggagcatttgactctgtatgcgcaattacatagtgggctgggtagtgaggaggtt
cggggggaggttgagagcatgctatcaatcctgtcgttcaacaagctgtcgcacaagccg
gcgtgggcgctctccggcgggctgcggcggcggggggggccggcgggctgcggcggcggc
tgtgcgtggcgctcgccttcatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (11)   
   Pfam (11)   
All databases (52)   

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