| New model in OGS2.0 | DPOGS202033 |
|---|---|
| Genomic Position | scaffold795:- 43841-61182 |
| See gene structure | |
| CDS Length | 8949 |
| Paired RNAseq reads | 2730 |
| Single RNAseq reads | 6330 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000862 (0.0) |
| Best Drosophila hit | CENP-meta (1e-77) |
| Best Human hit | centromere-associated protein E (4e-86) |
| Best NR hit (blastp) | kinesin-like protein b [Bombyx mori] (0.0) |
| Best NR hit (blastx) | kinesin-like protein b [Bombyx mori] (4e-176) |
| GeneOntology terms | GO:0005737 cytoplasm GO:0007275 multicellular organismal development GO:0051301 cell division GO:0005874 microtubule GO:0000776 kinetochore GO:0007018 microtubule-based movement GO:0005694 chromosome GO:0000089 mitotic metaphase GO:0045842 positive regulation of mitotic metaphase/anaphase transition GO:0045860 positive regulation of protein kinase activity GO:0005634 nucleus GO:0007049 cell cycle GO:0000775 chromosome, centromeric region GO:0005515 protein binding GO:0007088 regulation of mitosis GO:0019901 protein kinase binding GO:0051382 kinetochore assembly GO:0005856 cytoskeleton GO:0007094 mitotic cell cycle spindle assembly checkpoint GO:0051987 positive regulation of attachment of spindle microtubules to kinetochore GO:0000940 outer kinetochore of condensed chromosome GO:0000779 condensed chromosome, centromeric region GO:0007080 mitotic metaphase plate congression GO:0003777 microtubule motor activity GO:0000166 nucleotide binding GO:0005524 ATP binding GO:0007079 mitotic chromosome movement towards spindle pole GO:0005819 spindle GO:0043515 kinetochore binding GO:0045184 establishment of protein localization GO:0050793 regulation of developmental process |
| InterPro families | IPR001752 Kinesin, motor domain IPR019821 Kinesin, motor region, conserved site IPR010989 t-SNARE IPR010978 tRNA-binding arm |
| Orthology group | MCL17202 |
Nucleotide sequence:
ATGAGTGATAATATCAAAGTAGTTGTAAAAGTCCGGCCTCTTATTCCTCGTGAAATAGAC
GAGAAGCTTTCTTACCAGTGGCGAATAAACAATAACACTTTGTATCAAATAGACCTAAGT
GGAAGAGATGTAGGTCCAAGTTTTACATTCGATAAAGTGTATGACACTACGACTAAAACT
GAAGATGTGTACAATGATGTTGCCAAACCTATTGTGGAGGCTGCGACAACAGGTTTCAAT
GGAACAATATTTGCATATGGTCAGACATCCTCTGGCAAAACTTATACCATGACAGGCACC
GATGAGGCTCCAGGAATTATACCTCTTGCAGTATTCAATCTGTTCGATATTATAAAAAGC
ATACCCGATAGAGACTTTTTGGTCAGGGTGTCCTATGTTGAAATATATAATGAGTCACTG
ATAGATCTCCTCAACTTGAACAATAAAGTCAAAATCCAAGAGACCCATAGCGGTGTAAAG
TTATGTACCACCGAGAAACTTACGGTCTCACCGGACGAAGTGCTGGAATTAATGGAGCAG
GGTAAGGCGAACAGACAGACTGGCTCTACAAACATGAATGAGGAGAGTAGCAGATCACAT
TCGATTTTTCAAATTACGATAGAATCCCGGGAACACATCGAAGGTGAGCAGGAAGTTGGC
TCAGTGAATGTGTCACAGTTGAACCTTGTAGACTTAGCCGGCTCTGAGAGATCAGGACAA
ACCGGTGCAACCGGTCTCAGATTCAGAGAAGGGACGCACATCAACAAATCGCTCTCAGTT
CTGGGTCTAGTCATCAAACAACTGTCTGAAGATCAAAATAAACATGTCAACTACCGCGAC
AGTAGGTTGACGCGTATCTTACAAAACTCTCTCGGAGGTAATGCGAAGACGGGCATAATA
TGTGCGGTCACACCAGCAGCCGTTGAAGAAACTATATCGACATTACAGTTTGCAAATCGT
GCGAAAGCCATCAAGAACACTCCAGCCGTGAATCTTGTGACCACGAGCGCTACGATGATA
CAATCGCTCACCAAACAACTCTCGTCGCTTAAAACACAACTAGAGAGCAAGAAACATGTT
GAGCAAGACAACTGCAATCTACAGAAACAGATCGCGAACCTGCAGAGGCTGATATTGAAT
GGTTTCGGTCAAAACCGTAATCCCGACGTGACGAGCGGCGCTCGCAGGAAGCTGCACCAC
CCGCGACGTGTGACCATATCAACCTTACATCCGATACAAGAAGATCCAATTCCTAGTATA
CCAAAGTTTTGTACTCCCAGCTTGAAATATAACCCCTTGGCCCTACACGGTTGTGAGTCA
ATTCCTTCGGGATCATTTCTAAGGCCGGTGTGCGAGGAGCGCGCGGTCACGCCGCCCAAC
GTGCGCATCGACGAAGTCATAGAACTTGACAGTGAGGACGACGATTCAAGTGACATCCAG
CCCTGTTCACCGTATCATAGTTGCTATCAATCAAAAACTCCGCCTTGCATCTTAAGGAAA
ACTGCAAAGCAGGCTGAGAAAAACTTGAAAGACATAGTTGAGCTAACAGAGAGGGAAAAG
ATTTATACACCTAATATTGTTGAACTCATGGAGAAATTAGAAGACAAGTCTTTAATAATA
GGCAAGCTAGAAGACGATATAGTCAATTTAAACCGTATCAGCAATGAGAAGGACAAAGAA
ATGGAGAGACTCAAGTGTAAAATTAATGAAGCTGAAGAGAAAATTATGAATATTACCTCA
ATTAAGGAGAGTTTAGAGCAAACCTGCAAAGAACATAATACGAAGCTTACCGATTGGGAA
GTGAGCTATGAAACGTTAAAGAAAAAGTCTAAGAGCAGAGAAGATGAACTGCTGTCGTTA
CTTGAAGAAGTGAACAATAAAAATAAAAATAAAAATATAGGTAAATTATCGTCAAAAGCA
ATAGAGAGGGAACTCAAAAACTTTATGGATCTATCGAGAGATATATCTTTAGTGAATAGC
AGTCTCGAAAGCAGTGTAATGGAAACTGAACAGTGTCCAAATTATTCTGATTTGAAAGCA
CAGATGACATTAAAAGACCAGACCATAGTACAGTTAGAGGCTAATCTACACTCCCAGAAA
CTCAAAATAGAAAGCTTGGAGGAGAAAAATGACAAATTTAAAGAAATTATATCGGATCTG
AATGAAAAATTGTCTTTGTTGGACAATGAAAACTCGCTGTTAAAGACTTCAATGGAAAGT
TTGAGCAGTACTATTAGCGACCAAAAATCTCTCATTGAGGCAGCCAATGCGGAGATTGAA
TCTTATAGCCACTTAATTCGAGAACAACAAATTAAAGTAACCAAAAGAGACGTCACAACT
AAAAATATAAGTGGCTCAGATCTGGAAGCTATAATAACAAACGAAGAGCTGTTCATGAAG
AACAACGAGAACATGAAAAATATTGTACAAACCCTCAAAGAGGCGTTGGAGGTACGGAAC
GAGGAAATAGAGAAGCTTAAGGCCAATCTAAATGATAATAAAAATCTAGAAGCTTTACAA
ACGGAACTGGCAACGAAGAAGACTGAAATAGATTCACTCAAAAATGAGATTGAACGTCTC
AATAGCGAGTGTACCAATAATATATCTATTATAGACACTTTATTACAAGAAAAGAGTAAT
CTCATAAACATTGAACAACAACTCACTGATAAATTAACAAGTATTCAGGAAGAGAAGAGT
TTACTTGAAAAACAAATAAACGAGCACAACGATGAGATAGATACACTCAAAGAGGCCAAC
AATAAGTTGTCCTTAGAACTAAATGAAAAAATATCAACAATTAAAAAAGAAAATGATAGT
AAGACCAGAGATATGTGCCAGAAGATTAGTAAACTAGAGATCGCTGTAAGAGACAAGGAA
GAAATAATTAAAAGACTAAAGAAAGAAGGGAACGATACTCAAGAAATTATTGATAAAGGA
AAATTAGGTTTGAAGAAAGTTCAAGATATCATAAGTTTACTCAAAGGAGAAATAAATGAA
ATACCCGAATACGTTGACAGTCTAGTGGCTGCTTTTAATGGTTTGGGCGATAATCTGACA
GTACTGGAAGATATAGCTAGAGATGTAGTCAAAGAAAAGAACGATGTACTCACTAAGCTC
CAACAAACTGAACACGAACTTAAGTTGCTTAAAACCAAAATAAGGGAATTGGACAACGAA
GTGGACGAATTCAGTGACGAATATAGAAACGCTGTGTTGGAAGAAATAAAAGAACAAGTG
TTGAAACAAGACTCTGTTGACTGTGAAACGAGTGACTGTGATAAGTTAGTGAGGAAAATT
AGTAATCTCCTGCGTACTATTAAATGTGCACAAAAAGTTCTCATACAGTCTGTCGACTGT
AAGAGTTCTGAATTAAATGAATGTCAAACGTTATGTGAAAATATATCCAAAGATTTAGAG
AGTGAAACAAACAAAAATAACACTCTGTCGCAAGAAGTCAATATTTTAATGTCTAGTCGT
ATTGCTACTATGAAGAACATTCTAGAGAAAGTAACAGATTTATCTACAAAGTTTGGTATT
GAAAACGAAGTGTCATGTGATTTTGATGAAGAATACGAAACTGGTTACAAATATGTAGTA
TTAACGATTGATAAAATAGATAATTATATCACAGCCCTCAAATCAGAACAATCTAAATGT
AACGAGGTCGAGAATTCACTAGGAGATGCTAATAACAAAATCCTACAACTGAATGAAGAA
AATTCCAAATTGAAAAAAGGGATAGCCGACTTAGAGGCAAATAAAGCTCTTTTAACAAAC
GAAATAAGAAAAGTTCAAGAAGACAGCGAACATCTAACCAAAGATTTAAAGGATACTAAT
GATTTACTGAACCATTTACGTGAAGAATTAAGTACTAAATCCAGCGAAATGGATATCATT
GAAAACAGAGCTAAGAGTTGGAAGAACGAATTCATTGATCTCGAAGCCTTGATGCAGGAT
AAAATTAATATTTTGGAAGCCGAAAACATGTCACTGAAATCGAAATACTCTGATATAGAT
GACGACAGTTTGGCGTGCGGGGATCGAGAATGTTACTCTAGCAAACAAAATAATTACAAA
CAAGTGAATTCGCCACCGAGTCTATTGACCATATGTTGCAATAGAATCGCGGATGCTATC
GATTTCAATGACGAAAAATCAATTACCTCGTCTAGTTCGTGTACCGATTACAATGAAACG
AAATTTGATAAATGCCAGTGCAAAGAGCTATTAGCTGATGTAGACAAACTCGTGGAAGAG
AAACATAAGTTAAACGCTACCATTGAACGGTTGCAGAGCGAAAACGATAAACTGATAAGA
GAGAGGGAAGAAGTCCAAAGAGAGGTACAGTCACTGTCAGAACATTCATACGAATTACAA
AAGCGTGTACTCAACCATCGCACCGTGCTGTCCACACTGACCGCGACAACATACGCAGAG
AACAAATCGCTCAGTTCCCAAGTTAAGTTTTTACAACACCATCATAATAGGTTCCACCAC
GTTTGTCAAAAAGACATACCGGCTTTTAAAAGGCAGTTACAAGATCTTATGTTGTTATTA
AAGTCGGAATGCTTAGGGAAACATAACGACAGCTTCAAACGGTACTCACTGCCCAATGCT
TTAGACACAAGTTCATTACACTCTACATTCAAAAACGAGTCTACTTTCGATAATGACCTT
CTCATGTTAGACACTAATGTAACACTCACCACTTGCGACACCACTATGACAGCCCATAAC
CAAACGTGTTTCGACGTAACACAAGTTTGCATTTCGAGTGATGTAGCCTGTCAAACGAGC
TTTAACGAAGTGACTAAATCCCCATTATATCCTCAGATGGATTTGGAACCGCTAGACGAG
AAGAAAGCTATAGAAACATTAGACTCGCTTAAGAATGAAAACGACAAGTTGCGTGAATTG
GTAGATGATTACGCTAAAAGTAAATCGAAAGCTCTCGTCACAACGCTCACTAGCCCTATC
AAAATACCGGACATCGCGGAGGATGCTTGTCCAAAATGTGATAAATACTTGAATGACATA
CGCCGCTCCAATGAATCACATAAGAACGAAATCGAAGTTTTGTCAAAGAGATTAAACGAT
CTTGAACGCGAAAAAGATGAAATATCCAAAAAATATCACAATCTTACCTTGGAAATACCG
TCTAGTGATGCCTTAGTAAGAAAATTGACCGATCTGGAAAAAAAATATCAAGTCAAAGTC
AATGAAATTGACAAACTTACCGCAACAATTGATAACGCTAATAAAAAGCTTAGCGTTCTA
CAAGAAGAAAACGACAGCTTATCCAATGAAGTGATGGAAAAGATAGAGGAAATTGATGCT
CTGAAGAAAGAACAGGATAATTTAAAAGATAACATAAAATTAAATGAAGAATGTCTAAAT
AAACCGTTAGATTTAGAATCTCAGAGTAAGACTGTCTGTGAAAACTGTGCCTTAAAAGAA
GAGACGATAAATTCATTGCGAAATAGAATACTAACGGCCGAATCACATTCGAGGCTGGAT
AGAAGTTACAGCGATCAAGATAGTTCGTCTAGATACAACAAAATATGCACGTTACAAAAT
GAGTTGCACGCAGGCAAAGAGGACTGTATAGAATTAAAAGAAGAAGTCACTACTATAAAG
AAACACTTGGAACATAGCAATTTATCTATGTCACAAAATTTAGATCTGGACGAAAGTATT
ATGGACACGCACATGTATAGCTTTAATAAAGATTACGGGAATGCTAACGAAAACAAATTC
GACGCATCCAAAGTTTCCGAGGCGCAAGCCGTCGATGTATACTTCTGTGATAAGACTGAC
TGTCTCAATTATTATAGCGAAAAAACTGGTGCTAAAATAGGTAGTCTGAATTCTGAATAT
AAAATCATAGACGTTATGAAGATGCTGTTTGAAGATTTTTCAATCAAACACGCAAATGAG
GTCGAAAACTTGGTTAATAAACTGAGAGACCTCGATGAAGAGAAAAGCGATCTTCAGATA
CGAATGAATAAACTCGTTAATGAACAATCTGGTGTGATGAAGGCGCTCAAAGAAAAGGAT
GGATACTTGCAGAGATTTGCCGACGTTGTATCTGATGTACGAAAAAACATTAGTGGGATA
AATGATAAACTAAAGACTGAAGAAGCGATAGTTGCTTTTAGGAGTACGGTTTTAAAGGTG
GTTGATGCAGAATTTGGACTTAGTAGTTCTAATGCATTTGAAGCTATCATAAATAAACTC
AATGGAAACTATGAGAAGGATTTAAAGAGAAATACGGAAGAAATCGCTCAATTGAAAGAG
CATATACAAAATATGGTCGCTGAGTCGATTTCTGTTAACGAAAGTTTACAAGCCTTAAAG
TCTCAGCTAACTGAAAAGGAGTCAAATTATGATTTGCTTCAGAGGCAAAAAAATAAAATG
TTTGAGATAAGCAATGCGGTTACCATTGATATAATTAAAAAAGATAAAGATTTAAGGGAC
CAATTATCTCATTACTATCGCAAGCTTCTCATTAATAATATAATAAAGGAAGAAATCGAT
TCATCTTTGCCGATCGATCAGTTTTTAGATAAATTATTTAATAGTGTATTAAACACGGAG
CTGGCGGGTCGCAAGCTTGAAGTCGATGTGGAAATAGAAAACTTAAGGTGTAGTCTGCAG
CAAAAAGATAAAGAAACGCAGTTACTGGCAGAAGAGTTGAACAGAAAAGCCTTGGAATAT
GAGAACAATATAGCAGACCAAATATCACTGCACGCTGACTTGAAACAGATCTACGAACAG
AAAGTTAGAGAGAACGAAATTAACACGAACACGGTTAGCAAATTAACAGATGAAGTAAAT
CTATTGAAGCAGAATGTTTCAAGCAAAGATAAGACTATTGAATCGTTAGAGAAGAAACAA
AGTGAGCATCTCACGGAACAGCAAGCAAAGGAGTTGGAATTTATTAAGAGTTTACAAATG
TGCCAAAAGGAATTAGAAGTTCTAAATTCTGTGAACCAAGTACTTCTAAGAGAAAAGGAA
ACATCCGGCGTTGAAATGGAAAATCTTAAAAAATTGCTTTACGAACAGGCCCTTGATATT
GAAAAAATGACCACGGAAATAGAATTTTTGAAACGAACAGTGCGTGAGAGCTCTGATGTC
ATTGAGAGCTTAAATCTTAAATCCGACACGTTGCTAGAGGAGAATGATTCGCTCAAAAAG
CAAATGCAAGAAAAATGTACGAATTGCGCAAGATTAGAAACTAATATTCGGACCCACGAA
AAGACAGCGGCGATCCAAACTAAAATTATTAATAGGCTACAAAGTCAAAAAGCTGAAATT
GATAAAGCTAACATTGAAAAAGAAACACAAATCGAAGAAATGACACAGAAATATAAATCC
TTGGAAGAGGAATGTCAAAAACTCAACACTGAAGTACAGACGTCTAAGGAAGAGAACGAA
AAGTTGAAAGAATTGAAGCACACTTTGGAGCTGAAAATAAGGGAGCTCCAATCCGCTGAA
ACAAAGCCAAGAGTGTCTATGGACTGCGTGCCGGAGACGACGAGGCGACGTCGGCAGAGC
ATACAAGACTCTAAGAGGATATTCTCTGAAGATATCGAAGATCATAAAAAACTCGAGGCA
ATGTTCAAATCGAAATCGAAGCCGGACGATTTGTTCATGGATGTTGATGAGGACAGCTCC
AGTCGGAGCACTCCCATCAGGCTTAGCAGAGGACGTGACAGTCTACTCTCTAAACACGAC
CAGAGTGATACCAACGAGGAGCATTCCCGTCCAAGCAGCGTAGCGGCGAGCCGACGACGG
CGGCAGAGTGCTTACGATCTTCAGCGGAGTGTGCAGCACAACGAACAACAAGTTGCAGAT
AATTCACACGAGTCTTCTGGCAGTTTAGACAGTGAAGCGGCTCACTTTAAACGGTTGCTG
GTTTTGTGCCAGCGTGAGTTGGAGGAACTGCGTGAACGATTCAAGGAGGTTGACGAAGAG
TGTGACACTTGCGCCATGTACCTGAGGGAGAGGGACGAACAGTGTGCCAGGCTTAAGAGG
GAAAAGACGGCTTTAGAGAATACAATCATGGAACTGAGGGACAAGATGAAAACAATGAAT
CCTAACGACAGTACAAATATTAAGAGCACATTCAAGGATGTTTCAGTTAATACCGAAGAA
GATTGGACGAATCTGCACTCAGTGGTTGTGGATCGGATGTCCTACGACGCTGAAGTTGAA
AAAAACAAAAGGCTGATGAAAACTATTGAGGAATTGAGATACAAGAAACAAGATCTCAAA
AATACTATGGCAAAGATGCAGAAGGCCTTAGAAAAAAATACAAATAAAGACAGCCAAGAG
TTCGAGGCCATGAAAGTCGAGCTAGCGACGTGTAAGCGGGAGTTGGAAGAACTAAAAGAA
AGTTACAAAGCTCTTGACGAGGAATGTGAAACGTGCGCCGAATATTTACGAGAAAGGGAA
CAGCAGTGTCAGAAGTTAAAGGAGGCTAAGGCTGCGTTGGAGGCCAAGTTGGAAGAATAC
CAACAATCCAGTATTGTCCAGTCTGTACGTAAGCGACGCCAAACGCTACACGATCAAAAC
AGACTCACGCCTCAACGGATAGATGTCGCTACTGAAACTAGTGATGATTTATTGATTTAC
CAAGTGGAGAAAGACAATTCCAAACTCAATTTCGAGGATTCCAAAGAAATGAAGAGGCTT
AAAACGATTGTTGAAAAACTGTCTCAACAGAAGACTTCGTTGGAGCATCAGCTAGCATCG
GTCGGAACACAATATGTGGCCACTGGAAGTGCTATTGTACAAAACCAACAGCTGTCAGAT
GTTATGAAAGAAAATCAAAAACTGAAGAAAATGAATGCGAAACTTGTCACAATCTGCAAG
AAACGCGGCAAATCAATAGACTCCAACAGAGAGAACGAGGATCCTATACAGCAAAACGTG
AAGAAATAA
Protein sequence:
MSDNIKVVVKVRPLIPREIDEKLSYQWRINNNTLYQIDLSGRDVGPSFTFDKVYDTTTKT
EDVYNDVAKPIVEAATTGFNGTIFAYGQTSSGKTYTMTGTDEAPGIIPLAVFNLFDIIKS
IPDRDFLVRVSYVEIYNESLIDLLNLNNKVKIQETHSGVKLCTTEKLTVSPDEVLELMEQ
GKANRQTGSTNMNEESSRSHSIFQITIESREHIEGEQEVGSVNVSQLNLVDLAGSERSGQ
TGATGLRFREGTHINKSLSVLGLVIKQLSEDQNKHVNYRDSRLTRILQNSLGGNAKTGII
CAVTPAAVEETISTLQFANRAKAIKNTPAVNLVTTSATMIQSLTKQLSSLKTQLESKKHV
EQDNCNLQKQIANLQRLILNGFGQNRNPDVTSGARRKLHHPRRVTISTLHPIQEDPIPSI
PKFCTPSLKYNPLALHGCESIPSGSFLRPVCEERAVTPPNVRIDEVIELDSEDDDSSDIQ
PCSPYHSCYQSKTPPCILRKTAKQAEKNLKDIVELTEREKIYTPNIVELMEKLEDKSLII
GKLEDDIVNLNRISNEKDKEMERLKCKINEAEEKIMNITSIKESLEQTCKEHNTKLTDWE
VSYETLKKKSKSREDELLSLLEEVNNKNKNKNIGKLSSKAIERELKNFMDLSRDISLVNS
SLESSVMETEQCPNYSDLKAQMTLKDQTIVQLEANLHSQKLKIESLEEKNDKFKEIISDL
NEKLSLLDNENSLLKTSMESLSSTISDQKSLIEAANAEIESYSHLIREQQIKVTKRDVTT
KNISGSDLEAIITNEELFMKNNENMKNIVQTLKEALEVRNEEIEKLKANLNDNKNLEALQ
TELATKKTEIDSLKNEIERLNSECTNNISIIDTLLQEKSNLINIEQQLTDKLTSIQEEKS
LLEKQINEHNDEIDTLKEANNKLSLELNEKISTIKKENDSKTRDMCQKISKLEIAVRDKE
EIIKRLKKEGNDTQEIIDKGKLGLKKVQDIISLLKGEINEIPEYVDSLVAAFNGLGDNLT
VLEDIARDVVKEKNDVLTKLQQTEHELKLLKTKIRELDNEVDEFSDEYRNAVLEEIKEQV
LKQDSVDCETSDCDKLVRKISNLLRTIKCAQKVLIQSVDCKSSELNECQTLCENISKDLE
SETNKNNTLSQEVNILMSSRIATMKNILEKVTDLSTKFGIENEVSCDFDEEYETGYKYVV
LTIDKIDNYITALKSEQSKCNEVENSLGDANNKILQLNEENSKLKKGIADLEANKALLTN
EIRKVQEDSEHLTKDLKDTNDLLNHLREELSTKSSEMDIIENRAKSWKNEFIDLEALMQD
KINILEAENMSLKSKYSDIDDDSLACGDRECYSSKQNNYKQVNSPPSLLTICCNRIADAI
DFNDEKSITSSSSCTDYNETKFDKCQCKELLADVDKLVEEKHKLNATIERLQSENDKLIR
EREEVQREVQSLSEHSYELQKRVLNHRTVLSTLTATTYAENKSLSSQVKFLQHHHNRFHH
VCQKDIPAFKRQLQDLMLLLKSECLGKHNDSFKRYSLPNALDTSSLHSTFKNESTFDNDL
LMLDTNVTLTTCDTTMTAHNQTCFDVTQVCISSDVACQTSFNEVTKSPLYPQMDLEPLDE
KKAIETLDSLKNENDKLRELVDDYAKSKSKALVTTLTSPIKIPDIAEDACPKCDKYLNDI
RRSNESHKNEIEVLSKRLNDLEREKDEISKKYHNLTLEIPSSDALVRKLTDLEKKYQVKV
NEIDKLTATIDNANKKLSVLQEENDSLSNEVMEKIEEIDALKKEQDNLKDNIKLNEECLN
KPLDLESQSKTVCENCALKEETINSLRNRILTAESHSRLDRSYSDQDSSSRYNKICTLQN
ELHAGKEDCIELKEEVTTIKKHLEHSNLSMSQNLDLDESIMDTHMYSFNKDYGNANENKF
DASKVSEAQAVDVYFCDKTDCLNYYSEKTGAKIGSLNSEYKIIDVMKMLFEDFSIKHANE
VENLVNKLRDLDEEKSDLQIRMNKLVNEQSGVMKALKEKDGYLQRFADVVSDVRKNISGI
NDKLKTEEAIVAFRSTVLKVVDAEFGLSSSNAFEAIINKLNGNYEKDLKRNTEEIAQLKE
HIQNMVAESISVNESLQALKSQLTEKESNYDLLQRQKNKMFEISNAVTIDIIKKDKDLRD
QLSHYYRKLLINNIIKEEIDSSLPIDQFLDKLFNSVLNTELAGRKLEVDVEIENLRCSLQ
QKDKETQLLAEELNRKALEYENNIADQISLHADLKQIYEQKVRENEINTNTVSKLTDEVN
LLKQNVSSKDKTIESLEKKQSEHLTEQQAKELEFIKSLQMCQKELEVLNSVNQVLLREKE
TSGVEMENLKKLLYEQALDIEKMTTEIEFLKRTVRESSDVIESLNLKSDTLLEENDSLKK
QMQEKCTNCARLETNIRTHEKTAAIQTKIINRLQSQKAEIDKANIEKETQIEEMTQKYKS
LEEECQKLNTEVQTSKEENEKLKELKHTLELKIRELQSAETKPRVSMDCVPETTRRRRQS
IQDSKRIFSEDIEDHKKLEAMFKSKSKPDDLFMDVDEDSSSRSTPIRLSRGRDSLLSKHD
QSDTNEEHSRPSSVAASRRRRQSAYDLQRSVQHNEQQVADNSHESSGSLDSEAAHFKRLL
VLCQRELEELRERFKEVDEECDTCAMYLRERDEQCARLKREKTALENTIMELRDKMKTMN
PNDSTNIKSTFKDVSVNTEEDWTNLHSVVVDRMSYDAEVEKNKRLMKTIEELRYKKQDLK
NTMAKMQKALEKNTNKDSQEFEAMKVELATCKRELEELKESYKALDEECETCAEYLRERE
QQCQKLKEAKAALEAKLEEYQQSSIVQSVRKRRQTLHDQNRLTPQRIDVATETSDDLLIY
QVEKDNSKLNFEDSKEMKRLKTIVEKLSQQKTSLEHQLASVGTQYVATGSAIVQNQQLSD
VMKENQKLKKMNAKLVTICKKRGKSIDSNRENEDPIQQNVKK