| New model in OGS2.0 | DPOGS208460 |
|---|---|
| Genomic Position | scaffold415:- 40663-54704 |
| See gene structure | |
| CDS Length | 9543 |
| Paired RNAseq reads | 952 |
| Single RNAseq reads | 2299 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010599 (0.0) |
| Best Drosophila hit | fat (0.0) |
| Best Human hit | protocadherin Fat 4 precursor (0.0) |
| Best NR hit (blastp) | cadherin-like protein [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | cadherin-like protein [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0005887 integral to plasma membrane GO:0000904 cell morphogenesis involved in differentiation GO:0016339 calcium-dependent cell-cell adhesion GO:0008283 cell proliferation GO:0007446 imaginal disc growth GO:0018149 peptide cross-linking GO:0016021 integral to membrane GO:0007156 homophilic cell adhesion GO:0050839 cell adhesion molecule binding GO:0004872 receptor activity GO:0045571 negative regulation of imaginal disc growth GO:0045317 equator specification GO:0042067 establishment of ommatidial planar polarity GO:0016318 ommatidial rotation GO:0001737 establishment of imaginal disc-derived wing hair orientation GO:0045198 establishment of epithelial cell apical/basal polarity GO:0007164 establishment of tissue polarity GO:0030178 negative regulation of Wnt receptor signaling pathway GO:0005509 calcium ion binding GO:0005886 plasma membrane GO:0040008 regulation of growth GO:0045926 negative regulation of growth GO:0001736 establishment of planar polarity GO:0016337 cell-cell adhesion GO:0007476 imaginal disc-derived wing morphogenesis GO:0048105 establishment of body hair planar orientation GO:0008285 negative regulation of cell proliferation GO:0046620 regulation of organ growth GO:0035329 hippo signaling cascade GO:0035159 regulation of tube length, open tracheal system |
| InterPro families | IPR002126 Cadherin IPR012679 Laminin G, subdomain 1 IPR012680 Laminin G, subdomain 2 IPR006209 EGF IPR001791 Laminin G domain IPR000742 Epidermal growth factor-like, type 3 IPR015919 Cadherin-like IPR008985 Concanavalin A-like lectin/glucanase IPR013032 EGF-like region, conserved site IPR020894 Cadherin conserved site IPR006210 Epidermal growth factor-like IPR001881 EGF-like calcium-binding IPR013320 Concanavalin A-like lectin/glucanase, subgroup |
| Orthology group | MCL10052 |
Nucleotide sequence:
ATGCAGTTTACAGATGTCACTATTGTTGTTCAGGTCACCGATACGAATGACAATCCACCG
ATGTTCAAAGAGAGTGCTTACTCCTTTGACATACCAGAAAACGCAGCCCGGGGTTCCGTG
GTTGGTACAGTGGCGGCTATTGACCTCGACTCCGGACCAAATGCTCAACTCACCTATAAC
GTCATATCGGATTGGGCTAACGATGTTTTCTCACTCAACCCGCAAACAGGAATTTTTACG
TTGACAGCGCGCCTCGACTATGAAGAGACTCAACATTATATAATAGTTGCGCAGGCGCAA
GATAATGGACATCCTTCTCTTTCTGGTACAGTGACGGTTTACATAAACGTTATTGACTTA
AATGACAATGCGCCTGTCTTTGATCCAATGAGTTTCTCGAACGAAATTCTTGAAGATGTC
CCAGTTGGATCATCTGTGGTGACTGTTAGCGCTACTGACATCGATTCAGGTTTTAACGGG
AAATTAACATATAGTATTTTTTCGGGGGATGATAACCAGGATTTCAAAATATCTTCAAAT
GGTACGATCTTTACATCAAGTTTATTAGACAGAGAAACTATACCAATATACAATTTAGTA
ATTACTGCTAAGGACTTAGCAAAGCCACCCGAACCTCGGCTATCGGCTACAGTGCAGGTT
ACAATACTCCTAAAAGATGTAAATGATATGGCCCCTGAATTTATTTCTCCAAAAACCACT
GCAATATCTGAGAATATTCCATTAAATACTGTAATAATGACTGTAAAAGCTGTTGATAAA
GATGAAGGTAGAAATGGGTATGTTGAATATTTTATGGCGCCAGATCCTGAAGTGGATGGT
TATTTCACATTAGGAAATGTTGATGGTATATTAAGAGCAACGGGAAAACTTGATCGAGAG
CTAAAGTCTAATTTTACAATACTTCTGACTGCAAAGGATCGGGGAGACCCACCCAATGTT
ACAAAAGGCAAAATTTTTATAAAAATATTGGATGAAAATGACAATAGTCCTGTGTTTGAT
CCAAAACAATACAGTGCTTCCGTGCCTGAAAATGCAAGTATAGGAGCAAGTGTGTTACAA
GTATCTGCAACAGATGTCGATGAGGGTATTAATGGTAGAGTAAGATATTCCATTGCATCC
GGAGATGAAAATAGAGATTTTAGTATCAGCGAGGATACTGGAATTGTTAGAGTAGCTAAA
AATCTAAATTTTGAAAGGAAATCTCGTTATATTTTATCAATAAAAGCTGAAGACTGTGGC
AAAGACGATATAAGGTTCGACACTGCGGAATTATCTATATCTATTCAAGATATAAACGAT
AACCCACCAACCTTTCTTGATACCCCATATTTGGCTTATGTTATGGAAAATGTAATTCCA
CCTTACGGAGGATATATTCTAACAGTACAAGCATATGATGCAGACTCACCTCCATTCAAC
AACCAAGTGAGATACTTTATAAAGGAGGGTGATTCAGATCTCTTCAAAATAAATGCATCT
TCGGGACAAATATCTTTATTACGGACTTTAGATCGTGAAGCTCAAGATGAATATACACTT
TCTCTTGTAGCTATGGACACAGGTTCTCCCCCACTCACTGGTTCTGGAACGGTCAAAATT
ATTGTACAAGATGTTAACGACAACAGTCCAGACTTTCAGAGGCAAAGTTATAAAACCAGT
GTTAAGGAAAACTTACCACCAGAAACTGAAATACTTCATCCCAAAGCAATAGATAAAGAT
ATAGGTAATAATGCAAAAATAAGATACAGTTTATTAGGTGATAAATCAGAAAGATTTAGA
ATAGATCCAGTAACTGGTGTTGTTTATACAAATGCAACATTGGACAGGGAAGAGTGGGAA
GTCTACTATCTTATAATAATGGCACAAGACTCTTCTACTACAGACCCAAGAACAGCTACC
GCGAACCTTACAATTATAGTTGAAGACGAAAATGACAACACACCAACATTTCCTCAATCA
CTTTATGAGGTTTATATATCTGAGAGAACCGTGCAAGGTGATTTTGTTTTTGGCGTGAAA
GCGAAAGATAATGACATTGGAGATAATAAAAAAATTGTATATGATATAAAGGGAGAACAT
CATAGCCTTTTTACCATCAATAAGGATACAGGAGTAATAAAAGCAAAAGAAAATTTAATG
AAATACAAGGATAAAATGAGATCGACTTTTAATCTTATAATTCTAGCAACTGATAGTGGA
ACTTTTCCTAGAGAAAGTTCCGCAGAATTGATTTTAATACCAAAATCAGGAAAGAATTTT
CCAAAATTTACCGTGAATAACAAATTGACCTTTTCATTTTCTGAAGATACTCCAGAAGGT
GTATTAGTAACTAGACTTTCAGCAACATCGCCAAAAATTGGTCCTACTGGACTCCTTCAA
TATTCAGTAGCGGGAGGAAATGTAGGTGATGCCTTAAGGGTTGAGCCAATGAGTGGTGAA
ATTTTTATCACTGGTAGAGGCTTTGACTATGAAACAATGCCATTATATGAGGTTTGGTTT
GAAGTAAAAGATTCTGATAATCCACCATTAAAATCTTTTATTGAAATTGAAATTAAAGTT
ACGGATGCTAATGATAATGCTCCTATTCTTGAAAATTTGTTATATAACGCATCCATTCCT
GAAGAAGAATCCCCACCACAAACGGTGATAAAGATTGAAGCTCATGATGATGATTCAAAT
GAAAATGGAAGAATTTCTTATAGACTTGTGAATGATTACGAAGAAACTTTTGCTATTGAT
TCTGATAGTGGTGAAATCTTTACCAATATTGCTTTAGACAGAGAATCAATACCATTCTAT
GAAATTTTAGTTGAAGCTGTTGATCATGGAATACCGCAATTAGTTGGCACATCTACTGTT
CTGGTGTCTGTTTTAGATAAAAATGATAATCCACCAAGATTTACTCGACTTTTTAGCGTT
AATGTAACTGAAAATGCTGAAATCGGTTCTTTCGTTATACGAGTAACAAGTTCTGATTTG
GATACAGGTCCCAATGCTAATGCTACATACAGTTTTGTGGAGAATCCTGGAGAAAAATTT
GTGATAGATCCAATCAGTGGAAATGTTACTGTCGCTAAGCCATTAGATAGAGAGCTACAA
GATGAATATATTCTTAAAGTTGCAGCCATAGATGGAGCTTGGCGCTCTGAAACACCTTTG
ACTATAACGATTCAAGATCAAAATGATAACGCTCCTGAGTTTGAATATTCTTATTATAGT
TTCAACTTTCCTGAACTTCAAGAGAAAAACAGTTTTGTCGGTCAAGTAATAGCTACTGAC
AAAGATAAACAAGGTTCGAATTCTATTATATCTTACTCCTTACAACAAAGCTCGGACCTA
TTTTCAATTGACCCTGCCACTGGAGAGATAGTTACTAAATTTATGATGAATTACAAAAGA
ACGTCTGTTAATACATCCCCAGAAAATACATATTCTGTTATAGTCGTCGCTACTGATAAT
GGAAAGCCACCCATGTCATCTGAGTGTTTAGTCACTATAAATGTTGTAGATGCAAATAAT
AATAAACCTAAATTTAAAGAGCATGAGGATTTAGTACCGGTTCCTCAAGATGCTACGGTC
GGAGAAAAAATAATACAACTTCAAGCCGAAGATAATTTAGATTTCGGTATAAATGCTGAA
ATTGAATATAATATATTTGGTGGTAATGGCACGACTTATTTTTCTATTGATAAACTTAAT
GGGTGGATTATTATCGGAAAACAATTTTATTATACTGGGCAGTATTACCACATCAAAGTT
AAAGCAATAGATCGTGGTGTACCACCACAATGGGATGAAACAACAGTAACTTTTGTCGTT
ACTGGAGAAAACATTTATAGCCCACGATTTACAGCTTTGAGTTATCAAGTGATAGTTCCA
GAAAATGAACCAATAGGTTCACCGATATTGTCATTGGATGCTAAAGATGAAGATGAGGGA
CCCAATGGTATAGTAAGATATACAATTACATCTGGCAATGAAGAGAAAGAATTTAAAGTA
GATCCAGTTACTGGTACTATAAGTATTCTAAGATCACTTGATTATGATGAAATCCAAGAA
TATCGCCTTAATATTACTGCAAAAGACTTAGGTTTCAAACCGAAAGAAACGACAGCTACG
GTAACAATTATTTTAACAGATATAAATGATAATGCTCCCCAATTTAATCAGTCTCAATAC
GTTGCTTATTTAACTGAAAATTCACCGGCCAAGAGTTTTATTTTTAAAGTGAAAGCAACA
GACATTGATTCACCCAAAAATGCTATTATAAAATATTACATTAAAAATGAAATGTCAGCC
TTGTTTTCCATAGATGAAAATTCAGGTGACATTTTTTCTAATGAGGTTTTTGATTTCGAA
GAAAAGACCGTTTATAACTTACAAATACTGGCTGAAAATCCTGATTCGGTTATGCAAAGT
ACAGCAGAAGTTATTGTTTACATCACAGGCATAAATGAATATTACCCGAAATTCATTCAA
CCGGTGTTTCATTTTGATGTTTCTGAATCAGCTGAAGTTGGCACAAATGTTGGTGTTATT
CAGGCTACTGATCAAGACAGTGGAGATGATGGAATAATATATTATTTACTAGTCGGTTCA
AGTAATGATAAAGGATTTAGTATCAATTCCCAAACTGGGGTTATAAGAGTTGCAAGATAT
TTAGATAGAGAAACACAAAATAGAGTTGTACTGACAGTGCTTGCAAAAAATTCAGGTGGA
ATACATGGAAATGATACTGATGAAGCTCAAGTAATAATTTCAATTCAGGATGGAAACGAT
CCTCCTGAATTCCTAAGAAATTATTATGAAGCAACTATATCTGAGGGCGCTCAAGTTGGT
GAAGAAGTTATCCAAGTTAAAGCTGTAGATAAAGATGTTCGATCACAAAATAACCAATTT
AGTTTTTCTATCATAGACGGAAACTTAAACCAAGATTTTAAAATAGATCCTCAGGGTGGA
AGTATTGAAGTTGCTCGAAATTTGGATAGAGAAAAGGTATCAACTTATTCTCTTATAATT
GGCGCCATTGACACTGGGGTTCCTCCTGAAACGGGTACTGCCACTGTCAAAATAACATTG
ACAGATATTAACGATAATGGACCAGTTATAGACACTGCCAGTTTTAATGGAGCTGTATAT
GAAAATGAACCTCCGAATACAAGCATAACCACATTATCAGCAAATGATCCTGATTTACCG
CCTAACGGTGCTCCCTTTACCTATGCCATAATTGGAGGGAGACATGAAAATTACGTTAAA
GTACAAAAACATACAGGGGTACTTTTGACAAATAAAAGAATAGATAGGGAGCTCACTCCT
TATTTAGATATAGTTATACAAGTGGAAGACAGTGGAACACCCGTTATGTACTCTAATTTT
TCACTTCAAATTAAAATATTAGACAAAAACGATAATCCTCCTTCCCCTCGATCAGCTCAT
GTTTTGGTTTACACGTTCAATAATAAAATACCTAGTGGACCAATAGCTGACGTAAAACCT
AACGACTCTGATATAGTTGGTGACTACGAATGTAAATTAATTAAATATTCCACATCTGAC
ACCACTCTATCATTATTTAATATAAGAAAAGGGTGTGATCTCTACACAAACACTGTTAAA
CCTGGTCAAGGATATTCTTTCTCAGTATCAGGCAACGATGGAATTCATAAAGACGTTGTA
TCCTCAATAAGTGTTGAATTCTTTAGCTTCACTAATAGTACTGTCGAACAATCAATTACT
GCTAGGATAATCAACATGACAGCTACAGATTTTCTAACATATTATTATAGAACAGTTTTA
GAAATATTTAGAGATGGCTTAAAAAATAAAGAGATTGTTTACTTGTATAGTATAAATGAA
AAAATGGAAGATATAGATTTGTTGATCGCTATAAAAGATAACAATTCTGTTTGGAGTAAG
GAAAACACGGAAAAACATTTAAAATCGAAAGAACTCGAAATTCAAAAAGTATTAAAACGT
CAAGTGATAATTCCCTTCTATCCATGTTCTGCTCATCGATGCCAAAATGAAGGTACTTGT
ACAGACGCTATAGATGTACTGGATGGTACCAAGATAGTAGAAAGCTCTAGTTTAATACTT
TCATCACCTCTTGTGCGTCACGACTATGTGTGTCATTGTATAGATAGATTCACTGGAAGT
AATTGTGAAAAGCGTCAAGATCCATGTTCACCCAATCCTTGTCAATTTGGAGGAGTATGT
CGTAAGCTAGGACATGATTTTGTTTGTTCGTGTTCATCAAGACGTCATGGAAAAACTTGT
GAGTTGGAGAGAAACGATGTCTGTAGTAGCAATCCATGTAAAAATGGGGGGTCCTGTAAG
GAAAGTGCTGATAGAAACTCCTTCTTTTGTTTATGTCGGCCTGGTTATCGAGGGAGTCAA
TGTGAAGCTTTGGTTGACTCTTGCAGACCTAATCCATGTTTGCATGGAGGAATATGTATT
GGTTTGAAACCAGGTTATAAATGTAGTTGCATAAATGGGCGTTATGGAACACATTGTGAA
AGCTCAACTTTTGGATTTGATGAATTGTCTTACATGCAATATCCAGCATTAGATGCATCT
ACCAACGACATTACAATAATATTTGCAACTACAAAGTCGGACGCCCTTCTTTTGTACAAT
TATGGTGCCCAAACGGGGGGAAGATCAGATTTTATTGCAATAGAAATACTTGGTGGCAAG
CCTCTTTTCTCATTTGGTGGATCAAGGACATCGATTACTTCTGTGGCATTGATGGATACT
GACAAAAATCTTGGTGACGGTAAATGGTACAAACTGACGGCTACAAGAAACGGTCGAGTA
ATATCACTCAGTATTGGATCTTGTACCGATCATGGAGATGTCTGCACCGAGTGTGAACCC
GGCGACGATTCTTGTTATAACGATGATACTGGACAAGCTGGAACTTTAAATTTCAATAAT
GAACCACTACTTATTGGGGGTCTTCGTAAGGCTGATCCAGTGTTAGAACGGCCAGGACAA
ATTCATTCTGATGATTTTGTTGGCTGTTTGCACAGTATTACGATCAATGGACGTATTCTA
AATTTAACAAATCCATTAGATTCCCGAGGAGTTCATCCTAATTGCGCCAGGAGAGAAAAA
GGAGCATGCTTTAAACAAGAAATATGTGGATCTGGTCAATGTATTGATAGATGGAAGACT
CACTACTGTAAGTGTGATAATAACATCATTTCAACAGATTGCTCAATGTCGCTTCAAAGC
ATTTCTGTTGGTGAAACCGGTTTCATATCTTATGTTATAACTGAAAAACACAGAAGAATG
CAATTATTAGATTCATTTTATGGTGGAAGTACTATGTGGGAGCGAAAATTATCTAAAGGA
AAAACTATACCTAAACTTAATCCAGCAAAGTACCTTTCATTTTTATTCAGAACATATAGA
AAAGAAGGTGTTCTATTTTACTCTGCTACAGATAAGTATTACACATTAATTGAATTACTC
GGCGGTAAAGTTACTTACACTTCGAAACAAAATACTATTGTAAATATGAGCCAGACAGAA
ACGTTTGATGTTTCTGATGGAAATTGGCATAATATAACGTTATTAGCTCATGGAAGAAGT
ATAAGGTTAATTATTGATAATAAAAACATAGGAGAAGAGCTAGACGCTGCTGGAGTTCAC
GATTTCTTAGATCCATATTTAACTACAATCTCCTTAGGAGGGATAAAAGCTGAATGGATT
ACAAACTATAACAAGTTTGAAGGATGTTTTGCAAACTTTACTGTAAATAATGAGATTCAA
CCATTTGCTGGTAATGGTAGCATTTTTAAAGAAGTTACAAAAACTGGAAAAATTTTACCT
GGATGTCACAGTGCCTTTGGCGCGGGCTTAGTCCAAAATCCTGATCCATTAAATATTGGT
CTGATACTTGTAATATCATTTTTCATTATTCTTTTGGTAGCAATAGCAGTTTCTTTTCTC
GTTTTTCGCTTAAGAAAGCAGAAGAAAGAAATAGGAAATACACCGACTAGTAAAGGGAAT
ATGAGTCACACGAAACAAAATGGTGGACCTGCTATGTTAAATACTCCAAATTTAATTGCT
GGTACTAATGACAGTCTGATTAATAGAAATATTCATAACAATGATACTAGTTTAAATAGT
TACATTTCTGAAAATGCAGATATTATGCGCAATGTTGGCCATATAGTTGGCCCTGAATTA
TTGTCAAAGAAATATAAAGATCGTGATATAATGAATTTAGATCATCCAAGAAGCCAACGT
CCTGATATAATAGAGCGAGAAGTGGTAGGAAAAAGTCCAGCTTTAAGAGAAGATCACCAT
TCTCCACCGCCTCTATCAACAAATACGTCTCATCATACTCATGATCATCCGAGCGGAATG
GATATGAATTCTGAAGTACCTGAACACTATGATCTTGAAAATGCTAGTTCGATTGCACCA
TCTGATATAGATATTCCTTATCATTATAAGGCTTTTCGAGAAGCTGCTGGTGTCCGAAAA
TATAAAGCAACTCCTCCACCTATTGCGAGTTACCATCATAAGCACCAGACTCCTCAGCAC
AGACATTCACCACATCATCCGAGTGGGTACCCGCCAAGAGTATTATCACAGAATTCACAA
CCTCCACCTCAAACGAGACAGCATCAAACAACTCCACTTGCACGATTATCACCCAGTAGC
GAATTAAGTCAACAACCTAGAATACTAACTTTACATGATATCTCTGGGAAACCATTACAA
AGTGCCTTATTAGCAACAACGTCAAGTTCTGGCGGAGTTGGTAAAGATCCTTTACATAGT
AATAGTGAACGTAGTTTAAATAGTCCAGTAATGTCACAGCTAAGTGGACAAAGTTCATCA
GCTGGAAGAAAAACACCTAGTGCCACTCCCCAAGTTCCTCAGGTTGTATCTGTAGGAACG
GGAGCAGTAGGACTAACTGCTGAAGAAATAGAAAGAATGAATGCAAGGCAAAGAACTTCT
AGTCTTGTATCTACACTCGATGCTGTTTCTAGTTCTAGTGAAGCACCTCGTGGAGGTGGT
GTTAGTCACCACATGTCACACAGACAGCACTCTCCGCCAGTCGATAACAGAAGTTCAACA
GGATCAGATGATGAAAGCGGTAATGATAGTTTTACTTGCTCAGAAATAGAATATGATAAT
AATAGCATAAGTGCTGAAAAACCAGAAGATATAAGAAGATCAAACGTAAATAGTGGTAAT
AATAACAAAAAGCCAATTTTACCGCCTCCTTATGAAAGTTTCGATTCTTCATTTCGAGGT
TCACTGAGTACCTTAGTAGCATCTGATGATGATTTAGTTCCTCATGTCGGTTCAGCTCTT
TATAGACAAGCTAACGGATCACCGGCAGCAGCAACTTTATCGTGGGATTATTTACTAAAT
TTCGAAAGTATGATTGGGGTCTTTAAAGATATTGCTGAGTTACCTGACTCAGTAAATGGC
CGAATGTCTTCTTCATTACGACTGCCAAACGGAACTCCGAAACCGTCCGAAGAATACGTC
TGA
Protein sequence:
MQFTDVTIVVQVTDTNDNPPMFKESAYSFDIPENAARGSVVGTVAAIDLDSGPNAQLTYN
VISDWANDVFSLNPQTGIFTLTARLDYEETQHYIIVAQAQDNGHPSLSGTVTVYINVIDL
NDNAPVFDPMSFSNEILEDVPVGSSVVTVSATDIDSGFNGKLTYSIFSGDDNQDFKISSN
GTIFTSSLLDRETIPIYNLVITAKDLAKPPEPRLSATVQVTILLKDVNDMAPEFISPKTT
AISENIPLNTVIMTVKAVDKDEGRNGYVEYFMAPDPEVDGYFTLGNVDGILRATGKLDRE
LKSNFTILLTAKDRGDPPNVTKGKIFIKILDENDNSPVFDPKQYSASVPENASIGASVLQ
VSATDVDEGINGRVRYSIASGDENRDFSISEDTGIVRVAKNLNFERKSRYILSIKAEDCG
KDDIRFDTAELSISIQDINDNPPTFLDTPYLAYVMENVIPPYGGYILTVQAYDADSPPFN
NQVRYFIKEGDSDLFKINASSGQISLLRTLDREAQDEYTLSLVAMDTGSPPLTGSGTVKI
IVQDVNDNSPDFQRQSYKTSVKENLPPETEILHPKAIDKDIGNNAKIRYSLLGDKSERFR
IDPVTGVVYTNATLDREEWEVYYLIIMAQDSSTTDPRTATANLTIIVEDENDNTPTFPQS
LYEVYISERTVQGDFVFGVKAKDNDIGDNKKIVYDIKGEHHSLFTINKDTGVIKAKENLM
KYKDKMRSTFNLIILATDSGTFPRESSAELILIPKSGKNFPKFTVNNKLTFSFSEDTPEG
VLVTRLSATSPKIGPTGLLQYSVAGGNVGDALRVEPMSGEIFITGRGFDYETMPLYEVWF
EVKDSDNPPLKSFIEIEIKVTDANDNAPILENLLYNASIPEEESPPQTVIKIEAHDDDSN
ENGRISYRLVNDYEETFAIDSDSGEIFTNIALDRESIPFYEILVEAVDHGIPQLVGTSTV
LVSVLDKNDNPPRFTRLFSVNVTENAEIGSFVIRVTSSDLDTGPNANATYSFVENPGEKF
VIDPISGNVTVAKPLDRELQDEYILKVAAIDGAWRSETPLTITIQDQNDNAPEFEYSYYS
FNFPELQEKNSFVGQVIATDKDKQGSNSIISYSLQQSSDLFSIDPATGEIVTKFMMNYKR
TSVNTSPENTYSVIVVATDNGKPPMSSECLVTINVVDANNNKPKFKEHEDLVPVPQDATV
GEKIIQLQAEDNLDFGINAEIEYNIFGGNGTTYFSIDKLNGWIIIGKQFYYTGQYYHIKV
KAIDRGVPPQWDETTVTFVVTGENIYSPRFTALSYQVIVPENEPIGSPILSLDAKDEDEG
PNGIVRYTITSGNEEKEFKVDPVTGTISILRSLDYDEIQEYRLNITAKDLGFKPKETTAT
VTIILTDINDNAPQFNQSQYVAYLTENSPAKSFIFKVKATDIDSPKNAIIKYYIKNEMSA
LFSIDENSGDIFSNEVFDFEEKTVYNLQILAENPDSVMQSTAEVIVYITGINEYYPKFIQ
PVFHFDVSESAEVGTNVGVIQATDQDSGDDGIIYYLLVGSSNDKGFSINSQTGVIRVARY
LDRETQNRVVLTVLAKNSGGIHGNDTDEAQVIISIQDGNDPPEFLRNYYEATISEGAQVG
EEVIQVKAVDKDVRSQNNQFSFSIIDGNLNQDFKIDPQGGSIEVARNLDREKVSTYSLII
GAIDTGVPPETGTATVKITLTDINDNGPVIDTASFNGAVYENEPPNTSITTLSANDPDLP
PNGAPFTYAIIGGRHENYVKVQKHTGVLLTNKRIDRELTPYLDIVIQVEDSGTPVMYSNF
SLQIKILDKNDNPPSPRSAHVLVYTFNNKIPSGPIADVKPNDSDIVGDYECKLIKYSTSD
TTLSLFNIRKGCDLYTNTVKPGQGYSFSVSGNDGIHKDVVSSISVEFFSFTNSTVEQSIT
ARIINMTATDFLTYYYRTVLEIFRDGLKNKEIVYLYSINEKMEDIDLLIAIKDNNSVWSK
ENTEKHLKSKELEIQKVLKRQVIIPFYPCSAHRCQNEGTCTDAIDVLDGTKIVESSSLIL
SSPLVRHDYVCHCIDRFTGSNCEKRQDPCSPNPCQFGGVCRKLGHDFVCSCSSRRHGKTC
ELERNDVCSSNPCKNGGSCKESADRNSFFCLCRPGYRGSQCEALVDSCRPNPCLHGGICI
GLKPGYKCSCINGRYGTHCESSTFGFDELSYMQYPALDASTNDITIIFATTKSDALLLYN
YGAQTGGRSDFIAIEILGGKPLFSFGGSRTSITSVALMDTDKNLGDGKWYKLTATRNGRV
ISLSIGSCTDHGDVCTECEPGDDSCYNDDTGQAGTLNFNNEPLLIGGLRKADPVLERPGQ
IHSDDFVGCLHSITINGRILNLTNPLDSRGVHPNCARREKGACFKQEICGSGQCIDRWKT
HYCKCDNNIISTDCSMSLQSISVGETGFISYVITEKHRRMQLLDSFYGGSTMWERKLSKG
KTIPKLNPAKYLSFLFRTYRKEGVLFYSATDKYYTLIELLGGKVTYTSKQNTIVNMSQTE
TFDVSDGNWHNITLLAHGRSIRLIIDNKNIGEELDAAGVHDFLDPYLTTISLGGIKAEWI
TNYNKFEGCFANFTVNNEIQPFAGNGSIFKEVTKTGKILPGCHSAFGAGLVQNPDPLNIG
LILVISFFIILLVAIAVSFLVFRLRKQKKEIGNTPTSKGNMSHTKQNGGPAMLNTPNLIA
GTNDSLINRNIHNNDTSLNSYISENADIMRNVGHIVGPELLSKKYKDRDIMNLDHPRSQR
PDIIEREVVGKSPALREDHHSPPPLSTNTSHHTHDHPSGMDMNSEVPEHYDLENASSIAP
SDIDIPYHYKAFREAAGVRKYKATPPPIASYHHKHQTPQHRHSPHHPSGYPPRVLSQNSQ
PPPQTRQHQTTPLARLSPSSELSQQPRILTLHDISGKPLQSALLATTSSSGGVGKDPLHS
NSERSLNSPVMSQLSGQSSSAGRKTPSATPQVPQVVSVGTGAVGLTAEEIERMNARQRTS
SLVSTLDAVSSSSEAPRGGGVSHHMSHRQHSPPVDNRSSTGSDDESGNDSFTCSEIEYDN
NSISAEKPEDIRRSNVNSGNNNKKPILPPPYESFDSSFRGSLSTLVASDDDLVPHVGSAL
YRQANGSPAAATLSWDYLLNFESMIGVFKDIAELPDSVNGRMSSSLRLPNGTPKPSEEYV