| New model in OGS2.0 | DPOGS214092 |
|---|---|
| Genomic Position | scaffold185:+ 54611-64592 |
| See gene structure | |
| CDS Length | 7038 |
| Paired RNAseq reads | 904 |
| Single RNAseq reads | 2879 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA014306 (3e-56) |
| Best Drosophila hit | ND |
| Best Human hit | ND |
| Best NR hit (blastp) | ND |
| Best NR hit (blastx) | viral A-type inclusion protein [Trichomonas vaginalis G3] (1e-52) |
| GeneOntology terms | ND |
| InterPro families | IPR009053 Prefoldin |
| Orthology group | MCL24912 |
Nucleotide sequence:
ATGTCTTTTATCACGAAAAGGGAACGAGTATTCAATGAATACGACCTATTTGACTTACCG
GCTAGGAATGAGGGTAAACTAAAAACGTACGCATCATGTACGGACGCAAGAGCTTGGTCC
CATTTCTGTTCAGATAAAACTGAGCATTTGGTTGAAATTATAAAGCGAAATAATGAAACT
GTCCGTCCGAAATACGTACCGACCGACGTCATCGTCAACACTCTGATGACGGTGAAGAAT
GCGGAAATAGCAAGATTGAGGCGTAAGATCGACGAATTTGAACAAATGATAGCAGCTTAC
GATCAATTGGAACTTACTTGTGAACAAAAATGTGAAATAGCAAGTGCTCACGCCGCAATA
AAAGCGGCCAACAAAGAGTTGGATGATATGTGTTTGGACTTGGATCTTTCTGGATACACC
GAGGGCGTTGATTCTGAGGCTTATGAGACAGGAAAATCACGAGGCGATGAGTCCACAAAA
TACTCCCAAGAGGTTGAGAAATTTAAGGAGAAAGACATAGAAAAAGAGAAAGAGACTGCA
AAATCTGGAGGCGATGAGTGGATTGTGGAAAAAGAACCGATGTCTAAGATGGAAGCTAAA
TGTAACCAGATAGGATCTCCGCCTTGCGTATGTGATGCGAGCACTTCTGCTTATGACAGC
AGAATAGACGAAATGAAAGAACTGATTATAAACAAAGACGCGAAATTAAGTGCTATGCAG
AACACTATAGCGACTGCTGGAAAAGACACGAGATGTATAGATATAACAGGCAAAATTTTA
TTTAAAATGAAAGTATTAGAGAAATTTAGCCTCGCTCTGATAGCTCCTTGCACACAGGAA
CGTTCAACACACGAGGATTGTTCGTGTTATAGAGCCGAAATTCTAACACATGTAGAAACA
ACATTTGCTTTAACATCTATGGAAAATAATAAACCCAATATAGATATTGATAGTAAAAGA
GCCCAACTAGTTGCAGACATCATGCAACATCAGGAAATGCAAGAAATTTTAAGCAAAGAA
GATATAACGTCAAGAAATGAAGATGAGCAATTGGATGATCCTTATAATATTGACAATTAT
AATATAGACGCTGAAAATATCAATCGATTAAAAAATTTACAAGCAAACTATGATGACTTG
TTAAATTGCTACGAGACTTTGAAGCATGAACGAGATAACATATTTATTCAGTGCCAAAAA
TATGTAAATTTAGAGCAGGAATGTCAATGTTTACAAAATCAACTTCAAGAGTATAACCAG
ATGTGGAAAGAAAAAGAAATTTTCAAGAAACGTTCAGAAGATCTGGATAAGTTAAAAGAA
AATTATTATATCCTCACGGAGGAAACATTAAACTTAGAAACAAAATTAAAAGCTGAGCAA
GAAATCAATAAGATAAAATGTGAGGCTATAGATGAACTCAGAAATGAGAATGTTAGGTTA
GAGAAAAAAATTACGGAAGCCTCTTTAATGTTTGAAAAACAAAAAAATAACTTAGTGTGC
AAAGTCAAAGAATACGAGTGCAAAATAATGTGTCAGGAACAGCAAATAAGAAGTTTATCA
CAACAAATAGATAACTTTTTAGAGCAAGAAATTAATAAAACACCAACATCTGAAGAAGCA
TCACGTTCCATAGAGCTTCTTGACAATATCGAAGCTCAAAAGGAACAAATTAAAAACCTC
AAAGACGCGATATGCTGCAATGAAGAAGAAAAACAATACCTTCAGGAAGAGTACCAAAAG
AAACTTGAACTTATTAATGAACTCAAGTTTGATGTAGAGGATTTGAAAGGTAAATATGAA
ACAGCTGTGCAAAGAAATCATTATTTAGAAGAATATTTAGAGGAATTTCAAGATCAAATC
AGTAAATTGGAAGATAAAAATACTCAACTCAATCATGACATAGATATAAAATCAAAGGCA
ATAGAAAATTTGAATACAATTTTATCCTCTAAATCTCAAGAAGTAAATAATTTGATGAAT
GAAGTTGATCATAAACGTAGCGAAAATAAAGAACTGTTCAATAAAATAATAGATATGGAA
AGAAACTTTAGTAACAGTTTAACATCACTTAAAAATGAACAAAGAGTTGCATTAAGTTCT
ATTCGTTTAGCGAAACAAGAAAGTTTGGAGATTTTAAAAAGTATACAATTTGATGACTTA
CAAAAACAACCGAGCAATACTCAAAATAATATCAATGAAGTTAATAGTAAATTAGATGTA
CCAACTGTTACAAAAGACTTCTTAGACACGGAGAGTATTAATGAAAATTTATTAAAAGAA
GTTCAGGGATTACGAGACATTCATTTTGAGAGTATACAAAGCTTACAAGACGAAAATAGA
AATATGAAAAGATCTTTGGATGTAGCAAGTAAAAGCAGCATAGTTTTAGAATCTAAACTT
AAAGACTTTGAAGAAATTAAGTGTAAGTTACACAAATTACAAGAGGATAACAATAGGCTA
ATTGATGAAAACGAAGATCTAAAACGAGCTTTAGACTTAAAAAATGACGAAATTAATGGT
ATGTTACATGTTGTTGAGCTTACTAAGAAGAATAGTGACATCTTAATAGATCAGTTACAT
CAATCTGAAAATATACAAGACGAATTTACTAAATTAAATAAAGCTTACCAAAATTTAATT
GGTACAAAAAATATCTTGGAAGAAAAAGTTTTGCTAAAGGATCATAAGATTCAAGAACTT
CTTAAAAATGTAAGCAATCTAGAAGAAGAAAATAATCGTAAAAATTTGGATCTTATAAAA
ATTAAATCTATTGAAAAAGAATTAATTGATTTGCATGACAAATATTCAGAATTATCCGAG
GAAAAGCAAAAATTGTTGGAAGACTTCAACAATAAAACTTCTGAAATGAATAGTCTCTAT
AATAACTTGGAAAAAGTTATAGAAGAAAATCAAATTCTAAATAATAATATTAAAACATTG
CAGTTCAGAGAAACATCAGCAAAAAGTAATCTCTCTGCCCTACAGAATGAAAATGAAACT
ATAAATAATAATTTCCAAGCTTTAAAAAAAGAAAGTGCAGCTTTATTGGAAAAGATTAAA
TTTTATGAGCCTTTAGAAACTGAATTAAATGAATTAAAAAGAGCATACCAACAAACTATT
ATAGAAAAAGAAAAATTGCAGCAGGATTTGAATGAACAACTAAGCGATTTACATAAATTA
GAACAAGATAATAACCAAAAAGAAGAAATACTTGAGAGTGTTTTAATACAAGCTCGAGAT
AAGAAAGACAATTATGATGAAGTTAAAAAAGAAATAGCTTTGTTGAAAGAAGAAAAGCAT
TCTCAATACAAAAGAATAGAAGATTTACTAAATAAACTCGAAGAATCGGACTATTTAATA
AACAACTTAAATGAAGACATTATTGCAAGAGATAAAAAAATTACAACACTCGAAAATCAT
ATTAATGAACTAGAAGACGAAATAAGGAAGTTGCATAAAGATTTAGAAGAAGTCGTAGAA
ACAGGAGAAGAAATAAAACATTTGAGTTACGAAAACCTGGATCAGTGTCTTAAAACTGTG
GAGGCTCATCAATCGAAGGCGACACATAATATTAAATTAGAGTTAACGAAATTACAAGAT
GAAAAAGCATATCTCGAAAGTCAACTTTCAAATACAAAACTAGAGTCTGAACAATCCATT
CAAGATAAATACAAACTTATTGCTCAAATTGAACATCTCCAAAATGAAAGACTCATTTTG
GTATCAGAAATAAAGCAATTAGAACTTAAAAGTACTGGGGACAGTACTTTAAACCCCTCG
AGCAAAATAAATGATATAGTGACATCTCTTGATCGCATTAGCAAATCAATAAATAATAAA
AACACTTCTTTGGAGAAAACTCTATTAAATGTGCAAGCATCTTACCAGCTACTTAAAACA
AAAGCTAATGAAGCTAAAATATTAGCTGAAAAGGAAAGACAAAAAATTCTAGAGGAAAAG
GAAGAAGCCAAAGCCGCTAGAACACGCCTTGAACAACAGGTAGAATATTTTGAAAATAAA
TTGAAAGAAGAGGAAAATAATCGTGAAAATATAATTCAAGACTTAGAAAGAGAAATGTTA
AATCAAACTTTAATATCTGACAAAATAAAACAGTCAAAAGAAGATGAAATCCTTAAATTA
AAAAATGAGATTTCGATTCTACAAAAGAAAATAAAAGAAAGCAATGAAAACAATCAGAAC
GAAAAAATAAAATACGCTGACATCATAAACGGCTTAGAATTAACTATTCAAGAAAAGGTA
GATAAATGCCACCTTCTTGAGGATAATCTCAAGAGGTTTAATAATAAACAAATGAGTGAT
TTCGGCAATCAAACAAATTTGTTTGATAGAAAAATGAATTTGGAAGAAAAATCAACACAA
ACGAATTTTAATAACTCAAAAGCAACCCAAAATGACATCGGTTTCTCATTTCATGGCAAT
AAAGCACATAAATATACAATGTATAAATTACCAGAACCCCCCGTCAATTTAAACGATAGG
TCTGACAATAATAATATAAAGTCTGATTCGATCTCTCCCCCAAGACATCTAAATGAAGTT
CAAATATTATCAGCGGCGGTTGAACCAAATATAAATGTTGTAAAAGACATATATATTAAT
TTTAAAATAAAAAGACTAAGTACCAGCAAGGTAGAGCAATGTTCGATCAACTTATTAAAA
GAAAATAAAACTCAAATTGAAAATCAAGAAACTATAAATTTAAGCAATGAGCTTTTAAGG
CATTACGCTCCCGAGATAACTCCTGGTTATGCGCCACTAATTCCACAAAATAACAACATT
CTTAGTATTTATAATACAACACTTAAAGCACCAAGTCCAATTGAAACAAAATCGAACAAA
AGAACATTTTGGGATTCTAAATCGCTTGCCGGTACGAATGAAAACATTAATATCGATGAC
ATTGATGAAAGTATCAATAAGGATAACGAAGTTAGACACAGTAGTCCAGTAATTGACTCT
CAAACAGATAAAGATTTCTTCGTTATTTACACAGATACAGAAAGCATTTACGACTATCGA
AGTGGAAATAAAAATGAATCGCCACAATCCCCTAATTTACCATTTGACAATGAAACTGCT
ACTTCAATTGAACCCCTCAGCCTAGCATTAGCTGAAAGGAAAGATATTAGACGCAAAAAT
AATCTAATTCCAAAATATGAATACGAAGACAGAGATGACGACAGCATAAAACCAAGATTA
CATATAAAAATGCCAAGAGTAACAGGCGGCAGCCCTTCAACGATAACATCCATAGCTGAC
AAAAGATCACTAGATTCATATACCAAAGGTATATATTTGTCACCTACCCGAGCAGTATAC
TCTGACACAAATATTAGTAGTAGCAACAGTAACAACATAGACCAAAACTTATTGACTGTA
AAAAGTCGATTGAAAGATGTCATTCTAAATAAAACTTCTACGAGCCCTATTTTAAACAGA
CAAGGTGAAAAGCAAATAAATTATAAGAACAAAACAGACCGAAATACCAGGCAACGGTAT
GAAAAGAAAGCCGAATTATCAGAGGAATCACATCATAATTTAATTCGAAATAATGGCGAA
GTTTTAAGCAAGACTTTAAATAACCGTTTACATAGTCATGGTAATGATTTTAATGTTGAA
AGTAATAAAGGTTTACAATATATTTTAAACGCAGTGCAGAACGAATATCAGTCTAATAAT
TTAGAACAATACAACAATATTAGAGCATTACCTAAGAGTTACAGTGACCAACAAATTTAC
AATAGTAACTGTGTTAGTCCGGCTAAACAATTAAGTTCAAACCTGTCATCTATTGAGTAT
AGAACAATGTCAACTTTTAGTCCAAAGCTTTTTAAATCGGTAAGAGATTATGGTACATTG
GCAAAGCTAAGTACAGTAGAGGACTATGAAAATAAAATTCAACAACTTACAAATACCTTA
GAAAATATAGAAAAAGATTACAAAAAGAAAATAGATGCTGTTAAAATGCAATATGATTGT
AATGTTAAAAGTATTATAAATGAGCACAATCAAGGAGTTGCAAGCATTCAAAGTTTACAC
GAGGAAACGTTACACGATATTGTAAAAATACATGAGAATGAAATTGAAAATTTAAGATCC
ATGAGTATAGAAGCAATGCGTAAAGCGGAGAAGCTGGAAAAAGAAAACCAATCTCTTAAA
ATGAAACTAAAGCTACAATATCCAGAAAAAGTAGATGAGGAACCAAAAATGTTAAGTCAC
GAAGGTAAAAGAAAGAAAAACAAAGGACGTATAGAGGAGAGATTGTTAACGAAAACTGAT
ATAGAGGCATATAATGTTAGACCAAAACGTCGGTCCCATGGACCCTGCACTTGTTCTCTT
GATATGAATATATCGGATACAATACGCAACATTTTCGAACAAGTCGATGTTGAACAAAGA
AAGAATGCGGAGCAAACATATTTAAGGTACATTGCTAATAAGATCTTGGGGGCCAATGTT
GAGTCTCTGGATGCGCAAGAATTATCATTTCTTCATCTAAAGGTTTGTAACACATGGAAA
ATGAAGTTAAATAAAGAAGAAGCTCTTCAAAAAAAGTTTGACTTCCTAGAAAACGAATTG
ATAAACAAACAACGAAAAACAGAAAAGCATATGGCTGAACTTGATCGTAAAGTGGCTGAA
GAGTATAGACGGTTACAAGAGGTAAGGGAAGCCGTGTGCAAGACTCCTCCTGAAACGCAT
GATGACAGTCCAATGGAGGAGGCAACTCAACGGCCCTGTACTACCAGAAAAGAAATGTGT
AATTGCAATTCGGTTAGTTGCAATATTACCTTGGGAACGAGATGTTCTGCAGGGGACTTA
CAACCGCAAATGTCAAAACCAGGTTTAAAACTAAAACGTACGAAAATGGAGAGCAATAGA
GCTGTGCTTGCTAAGTTGGACGCCGATGAGGACAGAGACAAAAAACTGTTAAATGACGAA
ACACCTACTAGACTGAAGCGCTCTCACGATCGTCAACATTTTCGAATTTACAGAAAAAGA
GAAAGATATAACATATAA
Protein sequence:
MSFITKRERVFNEYDLFDLPARNEGKLKTYASCTDARAWSHFCSDKTEHLVEIIKRNNET
VRPKYVPTDVIVNTLMTVKNAEIARLRRKIDEFEQMIAAYDQLELTCEQKCEIASAHAAI
KAANKELDDMCLDLDLSGYTEGVDSEAYETGKSRGDESTKYSQEVEKFKEKDIEKEKETA
KSGGDEWIVEKEPMSKMEAKCNQIGSPPCVCDASTSAYDSRIDEMKELIINKDAKLSAMQ
NTIATAGKDTRCIDITGKILFKMKVLEKFSLALIAPCTQERSTHEDCSCYRAEILTHVET
TFALTSMENNKPNIDIDSKRAQLVADIMQHQEMQEILSKEDITSRNEDEQLDDPYNIDNY
NIDAENINRLKNLQANYDDLLNCYETLKHERDNIFIQCQKYVNLEQECQCLQNQLQEYNQ
MWKEKEIFKKRSEDLDKLKENYYILTEETLNLETKLKAEQEINKIKCEAIDELRNENVRL
EKKITEASLMFEKQKNNLVCKVKEYECKIMCQEQQIRSLSQQIDNFLEQEINKTPTSEEA
SRSIELLDNIEAQKEQIKNLKDAICCNEEEKQYLQEEYQKKLELINELKFDVEDLKGKYE
TAVQRNHYLEEYLEEFQDQISKLEDKNTQLNHDIDIKSKAIENLNTILSSKSQEVNNLMN
EVDHKRSENKELFNKIIDMERNFSNSLTSLKNEQRVALSSIRLAKQESLEILKSIQFDDL
QKQPSNTQNNINEVNSKLDVPTVTKDFLDTESINENLLKEVQGLRDIHFESIQSLQDENR
NMKRSLDVASKSSIVLESKLKDFEEIKCKLHKLQEDNNRLIDENEDLKRALDLKNDEING
MLHVVELTKKNSDILIDQLHQSENIQDEFTKLNKAYQNLIGTKNILEEKVLLKDHKIQEL
LKNVSNLEEENNRKNLDLIKIKSIEKELIDLHDKYSELSEEKQKLLEDFNNKTSEMNSLY
NNLEKVIEENQILNNNIKTLQFRETSAKSNLSALQNENETINNNFQALKKESAALLEKIK
FYEPLETELNELKRAYQQTIIEKEKLQQDLNEQLSDLHKLEQDNNQKEEILESVLIQARD
KKDNYDEVKKEIALLKEEKHSQYKRIEDLLNKLEESDYLINNLNEDIIARDKKITTLENH
INELEDEIRKLHKDLEEVVETGEEIKHLSYENLDQCLKTVEAHQSKATHNIKLELTKLQD
EKAYLESQLSNTKLESEQSIQDKYKLIAQIEHLQNERLILVSEIKQLELKSTGDSTLNPS
SKINDIVTSLDRISKSINNKNTSLEKTLLNVQASYQLLKTKANEAKILAEKERQKILEEK
EEAKAARTRLEQQVEYFENKLKEEENNRENIIQDLEREMLNQTLISDKIKQSKEDEILKL
KNEISILQKKIKESNENNQNEKIKYADIINGLELTIQEKVDKCHLLEDNLKRFNNKQMSD
FGNQTNLFDRKMNLEEKSTQTNFNNSKATQNDIGFSFHGNKAHKYTMYKLPEPPVNLNDR
SDNNNIKSDSISPPRHLNEVQILSAAVEPNINVVKDIYINFKIKRLSTSKVEQCSINLLK
ENKTQIENQETINLSNELLRHYAPEITPGYAPLIPQNNNILSIYNTTLKAPSPIETKSNK
RTFWDSKSLAGTNENINIDDIDESINKDNEVRHSSPVIDSQTDKDFFVIYTDTESIYDYR
SGNKNESPQSPNLPFDNETATSIEPLSLALAERKDIRRKNNLIPKYEYEDRDDDSIKPRL
HIKMPRVTGGSPSTITSIADKRSLDSYTKGIYLSPTRAVYSDTNISSSNSNNIDQNLLTV
KSRLKDVILNKTSTSPILNRQGEKQINYKNKTDRNTRQRYEKKAELSEESHHNLIRNNGE
VLSKTLNNRLHSHGNDFNVESNKGLQYILNAVQNEYQSNNLEQYNNIRALPKSYSDQQIY
NSNCVSPAKQLSSNLSSIEYRTMSTFSPKLFKSVRDYGTLAKLSTVEDYENKIQQLTNTL
ENIEKDYKKKIDAVKMQYDCNVKSIINEHNQGVASIQSLHEETLHDIVKIHENEIENLRS
MSIEAMRKAEKLEKENQSLKMKLKLQYPEKVDEEPKMLSHEGKRKKNKGRIEERLLTKTD
IEAYNVRPKRRSHGPCTCSLDMNISDTIRNIFEQVDVEQRKNAEQTYLRYIANKILGANV
ESLDAQELSFLHLKVCNTWKMKLNKEEALQKKFDFLENELINKQRKTEKHMAELDRKVAE
EYRRLQEVREAVCKTPPETHDDSPMEEATQRPCTTRKEMCNCNSVSCNITLGTRCSAGDL
QPQMSKPGLKLKRTKMESNRAVLAKLDADEDRDKKLLNDETPTRLKRSHDRQHFRIYRKR
ERYNI