Silkworm Genome Informatics Database

Gene

KWMTBOMO07045

Pre Gene Modal

BGIBMGA010453

Annotation

Protein_dachsous_[Papilio_xuthus]

Location

Bomo_Chr12(-):2402145-2440839 View in EpiBrowser

Full name

Protein dachsous

Alternative Name

Adherin

Location in the cell

Nuclear Reliability : 1.501 PlasmaMembrane Reliability : 1.251

CDS

ATGTCTGCCATTGATCCTGATTGTGGTGTCAATGCTCTCGTCAACTACACACTGGGAGATGTTTTGGCGAAGACCAGATTCTCAGTGAAACCGGACACAGGAGAACTTTGCGTGACTTCGCCCTTGGATTACGAAGATACCAGTGAATATGAGTTTCCAGTCATTGCTACCGATCGAGGAGGGCTGTCCACGACCGCCGTTGTGAAGATCCAACTAGTCGATATCAACGACAACGCACCAAGCTTCACCGTTAAAGATTACAATGTGTCATTGAAGGAAGGACGGATATCATCTACCGAGCCAATAGTAGCGGTGTCGGCCACAGACACTGATTCGGGAAGATTCGGAACGATCACTTACAGAATTATCAGTGGGAACGAGAACGATATTTTTAGGATAGATCGGAGCAGCGGAGAGATACTAGTTACGAAGCCGGCTCTGATTGATAAAGATAAGAAGTTCCGTCTAGAAGTATCTGCTACTGATGGAGGAGGTCTGGCGGCACCACAAGCTGCTGCGGTCCACATGACTGTTATTCCCGCGGGAGTCGGTACGGCGCTATTCGATAAACCAAGATATAATTTTCGTGTGAAAGAAGACATAAGGATTGGAGCTTTCGTTGGAAGTCTAAAAGCCACAGCTAACGACAGAGGATCACAGCCGGTTCGATACAGCATAATATCTGGAGATATCGACAGAGCTTTCACCGTAGAACCGATGACAGGCGCTATAAGGACTGTGAAAATCCTGGATCGGGAGACCAGACCCTCGTATCAACTGAACGTGAAAGCATCAACTGGGAACCCCGCTAATTTTGATCAGACACAGGTACAAATCACTCTAGAAGACGTGAACGACAACACACCGGATTTCGGTACGTCAACGGTCAGGGTTTCAGTAGCCGAATCAGCAGCGGTGGGTTCAGTGGTGTACTCAGCAAGGGCTACTGATGCCGACGATGGCAAGAACGGACTCATCGGATATCAGCTGATATCTGCTAGTGGACCTTCAAACACCTTTGCTGTTAATTCACAGAACGGCTTGGTGACACTACTAAGGCCATTGGATTACGAGAACCTTGTTCGTCATAATCTGGTGATTCTAGCAAAGGATGGAGGATCTCCTCCCCTCGCTTCCAATTTGACATTAGTGGTTGATGTCCAGGATGTTAATGACAACACACCTGTCTTCGAACATGAGGCTTATACGGCTAATATATTGGAATCGGAAACAGTCAATGCGAAGATATTAGAAGTTCAAGCGATAGATAAAGACACAGGTAATAATGCACGGATAACATACCGCATCTTATCAGAAAATAATAATACTAATGAAGAGTTTTTCAAAGTACAACCTTCCACTGGCTGGGTGTATCTAGCTAAGCCACTGGACAGAGAAACCAAGGCTAAACATAAAATGCTTCTAACAGCAACAGATAATGGCTTACCGCCACTGTCGACAACCGCTAATTTAGTTGTTAATGTGATCGATGCGAATGACAATGACCCGGTGTTCACAAAAAACGCTTATGAGTTCCAAGTCGAAGAGAATTCTAGAGCTGGAGCTTTTGTTGGGAAAATATCGGCCGTCGATTCTGATTTGGGTGATAATGCAGTTGTCAAGTATAGTTTGTTCCCATCGAATACGAGTTTCAACGTTAACCCTACTACTGGTGTTATAACCACGAAAGAAGTTTTAGATCGAGAACTAAAATCTGCATATTCTCTGTTTGCTGAAGCAAGAGATCAAGGCACTTTGCCGAGATCAAGTAGAGTGCCTGTTTACATTAAGATCACTGATGTCAATGATAATTCGCCTGAGATCATTGATCCCAGAGAAGACGTGGTCAGCGTAAGAGAAGAGCAGCAGCCAGGCGCGGAAGTCGCAAGAGTGAAGGCTATTGATAGAGATAACGGCGTGAATTCCTCAATCACTTATTCCATCCTGAACGAGAGAGACATGGATGGATATGGTGTTTTTGTCATTGATCCTAGCACGGGAGTCATTAGAACTAGCACAGTTCTCGATCACGAGGAAAGATCGATCTACCGGTTGACAGTAGCAGCCACAGATGGTGGGAATCCCCCGAAGAAAACCATAAGACAACTCAAAGTCGAGGTGCTGGATTTGAATGACAACAGACCAACTTTCACGAGTTCCAGTTTATCATTTAAAGTCAAAGAGGATTCTGAAATTGGTCACGTGGTTGGTTTAGTCGCCTGCTGTGATAGTGACATACAAGACAATGTCATTAGCAATGACGAAAAACAAATCTCTTACCTGCTTATGCCAATCACTAGCGATTATGCACCCGGTACTTTTGAGATTGATCGAAGAACCGGATCGCTAGTTGTCGCGAGACAACTAGACAGAGAGATACAAGATGAATACAGACTCGAAGTGAGAGCTCTAGATACGTCCGCGACAAACAATCCTCAGAGCAGCGCTGTAACTGTCAGGATCGAAATCGTTGACGTCAATGACAATGCACCGAAATGGCCACAAGATCCTATTCATGTCGAAATTTCAGAAATCACCCCCGTTGGTAGCATCGTGTACAATTTTACCGCAAAAGATGACGATGCAGGTCCGAATGGCGAAATGAATTTTCGTATTGTGCATTCTCTGCCAAATAACAAAAGCGCTTTCAATCTCGATCCACTGACAGGCTCTCTTACTCTTACGTCAAGCTTAGATTATGAAGTCTTGAAAGAATATTGGATAATCGTAGAAGCCACAGATTTAGCCGAAAAGATTTCCGAAAGACTATCAACCTTAGTTACAGTACATGTATCAATAACTGACGCTAACGATAATACGCCTACTTTTGTCTCAACGACTAATGTTGTTCTGTCGCTAAACACATTGCCCGGCACCCTTTACCAGGCTTTAGCTATAGATGCAGACCACGGGGACAACGGCAAAATATCTTACTACATATCAAGCGGTAATGAACATGCGTATTTCTCTTTGGATAACGACTCGGGAAGATTGACTGTCTCAAATAAATATTCTTCGGACACTTCAAAGATCCGGCACGGCCTCTACAAACTAAATCTAACGGCAACGGACCACGGAGTTCCGTTCCCGAGACAAAGTCATATGACGTTAAAACTGAACCTGCAAGAGTCGACTAACGTACCGCCGAGGTTTACAGAATTGACTTATCGCGCGAACATCAGCGAGGACATAAGACCCGGCAGTTTCGTTACTCGTTTGATGGCTAAATCTTCGAGAGGCTCAGCGAGTAACTTAACGTACACGATTCCCTATGGCGTGGCTGATGACAAATTCACAATCGATGATCGCATAGGAACCATAACCGTGAAGACAAAGATCGATCGAGAAGAACGAGACAAATACATTTTTCCAGTTTACGTCACTGATTCCAGTGCTTACCAATCCACGACGAACTTCGACGTCGCAACAGTGACTATCAGTATTATGGACGTAAACGACAATCCGCCGACTTTTAAAATAGGCTCTTGTTACCCTCTAGCTGTACCAGAGAACAACGAACCGGAAGTCATACACACTGTTACGGCCACAGATAAAGATATTGGAGCGAACGGTATAATAACTTACAGCGTTACATCTGGTAACCATGGCAACAAATTCTTCATTGACGCCACTACAGGAAAATTGACCGCCAAGACGTTAGATCGTGAGACTCAAAGTAAATATCTCCTCACAATCACGGCTTTCGACCATGGATCGCCTGTGGCGCTGCAAGGGTCTTGCAATATTACTGTCGTGGTAGAAGATCAAAACGACAATGACCCTGTATTTGATACCGGACACTATTCAGCCGCCATACCGGAGAACGCAATGATCGAAACTTCAGTGATTAAAGTGAGAGCAACGGACGCTGACTTAGGTTTCAATAAGCGCATCGTTTATTCTTTGGCGAATGAGAGTCAAGGACTATTCAGAATCGACAACAGAACCGGAATTATTTTTACGACTGGAACCTTTGATCGGGAGAAAACAAATGTATACCACTTCGAAGCAGTAGCAACTGATCAGGGTCGATATATAACACGCTCCCAAAGGGTTTCAGTCGAAGTAACAATAACCGATGTCAACGATCACAAACCTATATTTACCAAGTACCCCTTCAAGGAACAAGTGGCGTCCCTGACCCCACCGGGACAGAGCTTACTGCGCGTTTCTGCAACCGACAAAGACATAGGAATTAACGCGGAAATTCTATACGAGTTGATTGACAATTTTAATAATAAATTTCGTATCAATCCAACCACAGGCGTGCTAACGGCCACGCAAAGCCTAGCCAGTGAAAACGGGAAACTGGTTCACCTTAAAATTATGGCAAAAGACAAGGGAAATCCCCCACAGAGTTCAACAGGCCTAATAGAGTTGAGAGTTGGAGATTTTTCAGATAACACGCTTTCATTGAACTTCCAAAACTCCACATACAACGTGACCGTTCCAGAGAATTTGCCATACGGCAAAGAAGTCATCCAAGTTACAGCAATAAGGAGTGACGGTCGACGCCAACGAATCATTTACGAAATAGGCAACGGAAACGATCAATACGCCTTTGTGATAGATTCGAACACCGGAGTGATAAGAGTGAACAACTCTGCGAAATTAGACTACGAATCACATCCAGGGCCTTCAAGGAAATTGGTTATCGTAGCTCGCACCGAGGGATCGCCCAGTCTGTACGGATATTGCGACGTCGTGGTCAATCTTAAAGACGAAAACGATCACGCGCCTAGATTCACGCAGCAACAATACATCGCGAATGTACTCGAAGGGAATGCTAAAGGCGAATTTGTTCTGCAATTATCCGCCAAGGATGCTGATCACGGGGCGAACGCGAGGATCCTTTACCACATCGTCGACGGAAACCACGATAACGCGTTCATCATCGAACCGGCCTTCTCTGGTTCGGTGAAGACGAACATCGTACTCGACAGGGAGATCCGCGAGTCGTACAAGCTGACAGTGATCGCTACAGACGAAGGCGACCCGCAGATGACGGGCACGGCGACGCTGCGGATCAATGTCGTGGACGTCAATGACAACCAGCCGACGTTTCCACCGCCCGACGTCATTACCGTCTCGGAAGGAACGGAAATCGGAACGGTCCTGACATCGGTCACCGCTAATGATGTCGATACGTATCCAGCCCTAAAATACTCTATAATACAAGGAGACAACAAATTTTCAATCGATCGATACAGCGGGAAGGTTGTGCTGAATAGGGCTCTCGATTTCGAAGCTGACAACGTTTACGAACTCAACATCGCCGCTTCGGATAGCGAGCACGTCGCCAAAACCACCCTCACGATCAAAGTGAGCGACATCAATGACAATGCTCCCGTTTTCGACGATGTTTCATACAACAAAATCTTGCCGGAAGGCACAGGCGTCTTGGAAATCGGCTCCGTTAGCGCTAAAGACAGGGACAGCGGCGACAATAGCCGAGTGACATACTCGTTGCTTCGCTCGACGGAGGGGTACTACGTCGACGGGAACACGGGGGCCGTCTACGTGAACTACAGCGCCCTGCCTCGGAGCCAGAAGGATGTGGAGCTGGCGATCGTCGCGACGGACCACGGGCGACCGAACAGGAGCGCCGTGGCCGCGATGCGAATCAACGCGGGCGCTTCGTCCGAAATCAAACCTTACATCGGACAAGACACTTACAGAATAACAATTAACGAAGACACAGAGAAAGGCTCTTCATTACTCCGAATCGGTGGAATTAACGATGTGCTCAAGAAGTACAATTTGAACTTTCACATCACTACGGGAAATGAAAACGATTCTTTCGATGTAACTCAAGAAGGAGCACTGATCCTTCTCAAGAAACTAGATCGAGAAACTCAAGACTCATACGTGCTGGGATTGGCTGCAGTCGAACACGGCAAACTATTACGAAATCAAAACAAAACAGCCATCACTGTATTTGTAACCGTCGCCGACGCTAACGACAACGCACCGACGTTCTCAAGCAACGATTTCGAATTGACCGTCAATGAAGGCGTCAAAATCGGATATACGCTTACGAAATTAGTCGCTACAGATGCAGACCAATCCGGAACTCCAAATGCTAATGTAGTTTACAATTTGACTTCAGGAGACGACGAAGGTCTGTTCTTTATACATCCCTCCACGGGAGTACTGAACGTTAATAAGCCCCTTGACTACGACACAGGCAGTACGGAGTATAAGCTGGTTATTATTGCGTGCGATCTAGGTGTCCCTGCTTTGTGCAGTGAGGCTTACATCAAAATCGGTCTGATCGACGAGAATGACAATACTCCCACGTTTCCCGTAAGCGAATACTTCGAGAGTATTGCTGAAAACGAAAGAACGGGTACGTCCGTGTTCATTGCCAGAGCGACCGATCTGGATAAAGGCAAATTCGGGAAACTCGACTATACGATAATACCGTCAACGTTCAATTTAAATAGGAAGGACGATTCGTGGAAGCTGTTCCAGATCGATTCGTCAACTGGACTGGTGAACAGTAACGCGGTGTTCGACTACGAGACGCGAAATAAATACGAGTTCTCAATAAAAGCATCTGACTTGGGCGGGAAAAGTTCAACTGTGAAAGTGAGAATTGACGTAGAGAGTCGCGACGAATTTTATCCTCAATTTACGCAAAAAACCTACAAGTTTAGGATACCGAAATCGGGGTCGTTGCCCGCCGGGTATACCATCGGTCAAGCAACTGCCACAGATCGAGACAAAGGCATCGATGGCCGCATCGTGTACCAACTGTCGACATCGCATTCTTACTTTAAAATCAACAGGACTACAGGCGTTATTATACTGAAGAAGAAAATAGATTCTGTGCAAAATTTGTTTGGTTCAGACAAATCGATTAGTTTGGTTGTCACCGCAAGCTCTGGTCGACAAGGCTCCCTAACAAATAAAACCGCAGTCGAAATCGGATTGAACGGCATGGCTTTGGCTGGTGAAATAGATCAAACAAACGACACAGCGGCCGCCACAAATGGAGGTCTTTCAGATTGGGCTTTAGGATTACTTATCGCTTTCATATTCATTATAATTATATTTGCAGCAGCGTTTCTGTTCTTGCACATGAAAAATAAAAGACACAAAAACGTCAACAAGCCCGGCTTCAATTCTGAAGGAGGGGTCACCACTAATAGTTATGTCGATCCAGGTGCTTTTGATACTATCCCCATTAGAAACACCGGTACGGTCAATTCTGCTGGTCAGTTCGCTCCGCCAAAATACGATGAGATACCTCCGTATGGTCCACACACAGCAAGCTCGAATTCCGGGGCCGCTACTACATCAGAACTCTCAGGCTCTGATCAATCCGGCTCAAGCGGGCGTGGCTCAGCTGAGGACGGAGAAGACGGTGAGGACGAGGAAATAAGAATGATTAATGAAGGTCCCTTGCAACGAGAGTCCGGGATGCATAGATCAGGAGACGATGACAATCTCTCTGATGTTTCAGTACGTAATACACAAGAATATTTAGCGAGACTCGGTATAGTTGACACGGGTGCCGGAGGCGGAGCTTCAACGTCATCAAGGCGATGCTCTGAAAATACAGGAACTAAAGATAATATGTTACATCACCCACCGATGGATTCTATGCATATGTTCGATGAAGATGGCGGTCACGAAAACGATATCACGAATCTCATTTACGCCAAACTTAATGAAGTTACCGGCAGCGAAAGAGCCAGTAGTGCTGATGAAGCCAGTGCTGCCGTAGACAGAGCTATGGCTTTAGGTGCATTTCCCAGCGCTCCAGGGGAGAACACAGCCGTACCAACCGCTGGTCCTTCTATGACCGGCAGTCTTAGTTCAATAGTACATTCTGAAGAGGAATTAACTGGCAGCTACAACTGGGACTACTTACTCGATTGGGGTCCGCAGTATCAGCCCTTAGCGCATGTCTTTTCGGAAATAGCGCGTCTAAAAGACGATGCCGTGTCACTTCAAAGTGGAAATAGTGCGGCGTCTAGTGCCAAAAGTAAAGGAACGTCCATATCTGGAGGTAAAAGTGTGCCGCCCCCTCTTTTAACGACAGTAGCGCCAAGGAGTTGTCCTGCGCCGTCGCTGTCGTGTAGACAACCGCAGCTCCTACTGCCTAGATCGCCTATAAGTCATGATGTTCCTGGGGGATTTTCTGCTGCGGCTGCCATGTCTCCGTCCTTCTCCCCCTCATTATCTCCTCTAGCTACGAGATCGCCATCGATGTCTCCCCTTGTAGGTCCCGGCCTTCCGCCGGTGCCCGGTAGCAGAAAACCTCCCCACACAACTATGCGAATGTGA

Protein

MSAIDPDCGVNALVNYTLGDVLAKTRFSVKPDTGELCVTSPLDYEDTSEYEFPVIATDRGGLSTTAVVKIQLVDINDNAPSFTVKDYNVSLKEGRISSTEPIVAVSATDTDSGRFGTITYRIISGNENDIFRIDRSSGEILVTKPALIDKDKKFRLEVSATDGGGLAAPQAAAVHMTVIPAGVGTALFDKPRYNFRVKEDIRIGAFVGSLKATANDRGSQPVRYSIISGDIDRAFTVEPMTGAIRTVKILDRETRPSYQLNVKASTGNPANFDQTQVQITLEDVNDNTPDFGTSTVRVSVAESAAVGSVVYSARATDADDGKNGLIGYQLISASGPSNTFAVNSQNGLVTLLRPLDYENLVRHNLVILAKDGGSPPLASNLTLVVDVQDVNDNTPVFEHEAYTANILESETVNAKILEVQAIDKDTGNNARITYRILSENNNTNEEFFKVQPSTGWVYLAKPLDRETKAKHKMLLTATDNGLPPLSTTANLVVNVIDANDNDPVFTKNAYEFQVEENSRAGAFVGKISAVDSDLGDNAVVKYSLFPSNTSFNVNPTTGVITTKEVLDRELKSAYSLFAEARDQGTLPRSSRVPVYIKITDVNDNSPEIIDPREDVVSVREEQQPGAEVARVKAIDRDNGVNSSITYSILNERDMDGYGVFVIDPSTGVIRTSTVLDHEERSIYRLTVAATDGGNPPKKTIRQLKVEVLDLNDNRPTFTSSSLSFKVKEDSEIGHVVGLVACCDSDIQDNVISNDEKQISYLLMPITSDYAPGTFEIDRRTGSLVVARQLDREIQDEYRLEVRALDTSATNNPQSSAVTVRIEIVDVNDNAPKWPQDPIHVEISEITPVGSIVYNFTAKDDDAGPNGEMNFRIVHSLPNNKSAFNLDPLTGSLTLTSSLDYEVLKEYWIIVEATDLAEKISERLSTLVTVHVSITDANDNTPTFVSTTNVVLSLNTLPGTLYQALAIDADHGDNGKISYYISSGNEHAYFSLDNDSGRLTVSNKYSSDTSKIRHGLYKLNLTATDHGVPFPRQSHMTLKLNLQESTNVPPRFTELTYRANISEDIRPGSFVTRLMAKSSRGSASNLTYTIPYGVADDKFTIDDRIGTITVKTKIDREERDKYIFPVYVTDSSAYQSTTNFDVATVTISIMDVNDNPPTFKIGSCYPLAVPENNEPEVIHTVTATDKDIGANGIITYSVTSGNHGNKFFIDATTGKLTAKTLDRETQSKYLLTITAFDHGSPVALQGSCNITVVVEDQNDNDPVFDTGHYSAAIPENAMIETSVIKVRATDADLGFNKRIVYSLANESQGLFRIDNRTGIIFTTGTFDREKTNVYHFEAVATDQGRYITRSQRVSVEVTITDVNDHKPIFTKYPFKEQVASLTPPGQSLLRVSATDKDIGINAEILYELIDNFNNKFRINPTTGVLTATQSLASENGKLVHLKIMAKDKGNPPQSSTGLIELRVGDFSDNTLSLNFQNSTYNVTVPENLPYGKEVIQVTAIRSDGRRQRIIYEIGNGNDQYAFVIDSNTGVIRVNNSAKLDYESHPGPSRKLVIVARTEGSPSLYGYCDVVVNLKDENDHAPRFTQQQYIANVLEGNAKGEFVLQLSAKDADHGANARILYHIVDGNHDNAFIIEPAFSGSVKTNIVLDREIRESYKLTVIATDEGDPQMTGTATLRINVVDVNDNQPTFPPPDVITVSEGTEIGTVLTSVTANDVDTYPALKYSIIQGDNKFSIDRYSGKVVLNRALDFEADNVYELNIAASDSEHVAKTTLTIKVSDINDNAPVFDDVSYNKILPEGTGVLEIGSVSAKDRDSGDNSRVTYSLLRSTEGYYVDGNTGAVYVNYSALPRSQKDVELAIVATDHGRPNRSAVAAMRINAGASSEIKPYIGQDTYRITINEDTEKGSSLLRIGGINDVLKKYNLNFHITTGNENDSFDVTQEGALILLKKLDRETQDSYVLGLAAVEHGKLLRNQNKTAITVFVTVADANDNAPTFSSNDFELTVNEGVKIGYTLTKLVATDADQSGTPNANVVYNLTSGDDEGLFFIHPSTGVLNVNKPLDYDTGSTEYKLVIIACDLGVPALCSEAYIKIGLIDENDNTPTFPVSEYFESIAENERTGTSVFIARATDLDKGKFGKLDYTIIPSTFNLNRKDDSWKLFQIDSSTGLVNSNAVFDYETRNKYEFSIKASDLGGKSSTVKVRIDVESRDEFYPQFTQKTYKFRIPKSGSLPAGYTIGQATATDRDKGIDGRIVYQLSTSHSYFKINRTTGVIILKKKIDSVQNLFGSDKSISLVVTASSGRQGSLTNKTAVEIGLNGMALAGEIDQTNDTAAATNGGLSDWALGLLIAFIFIIIIFAAAFLFLHMKNKRHKNVNKPGFNSEGGVTTNSYVDPGAFDTIPIRNTGTVNSAGQFAPPKYDEIPPYGPHTASSNSGAATTSELSGSDQSGSSGRGSAEDGEDGEDEEIRMINEGPLQRESGMHRSGDDDNLSDVSVRNTQEYLARLGIVDTGAGGGASTSSRRCSENTGTKDNMLHHPPMDSMHMFDEDGGHENDITNLIYAKLNEVTGSERASSADEASAAVDRAMALGAFPSAPGENTAVPTAGPSMTGSLSSIVHSEEELTGSYNWDYLLDWGPQYQPLAHVFSEIARLKDDAVSLQSGNSAASSAKSKGTSISGGKSVPPPLLTTVAPRSCPAPSLSCRQPQLLLPRSPISHDVPGGFSAAAAMSPSFSPSLSPLATRSPSMSPLVGPGLPPVPGSRKPPHTTMRM

Description

Required for normal morphogenesis of adult structures derived from imaginal disks (PubMed:7601355, PubMed:26073018). Plays a role in planar cell polarity and in determining body left-right asymmetry. Expression in segment H1 of the imaginal ring and interaction with Myo31DF are required to induce changes of cell shape and orientation in segment H2, which then gives rise to normal, dextral looping of the adult hindgut (PubMed:26073018).
Cadherins are calcium-dependent cell adhesion proteins.

Subunit

Interacts (via cytoplasmic region) with Myo31DF.

Miscellaneous

Overexpression in segment H1 of the imaginal ring causes aberrant gut looping in about 40% of the cases, but no phenotype is observed when both Myo31DF and ds are overexpressed.

Keywords

Calcium Cell adhesion Cell junction Cell membrane Complete proteome Developmental protein Glycoprotein Membrane Phosphoprotein Reference proteome Repeat Signal Transmembrane Transmembrane helix

Feature

chain Protein dachsous

Uniprot

H9JLQ1 A0A2A4K1N8 A0A194PP91 A0A194QMY7 A0A212FNL2 A0A2H1VPE4 + More
A0A2W1BDR9 A0A0L7LU32 A0A1W4WLJ5 A0A182QV25 A0A182PMD9 B0W509 A0A1J1I2P7 Q17NI8 A0A182GQ04 A0A182HEA6 Q7Q3J3 A0A182RBP2 A0A182WTB1 A0A182L262 A0A182HVA4 A0A182VEY7 A0A139WJJ2 A0A182MNG6 A0A067RFM8 A0A182W9R6 A0A084VNZ0 A0A182YGW7 A0A182J8X2 A0A182F4I1 A0A182TEW5 U4U684 A0A1Y1JUP0 E0W399 B4LTP4 B4JDS3 B3N7T5 B4P2W3 A0A0J9QT98 X2J8E9 Q24292 A0A0Q5WKE5 A0A3B0K446 A0A224XHC1 A0A0R1DII4 B5DIW2 A0A0M5IVU2 B4ID02 A0A1W4V2Q6 B4KF91 B4N0S5 B3MLQ6 T1IGF4 A0A0P5IPN6 A0A0P5V9G7 A0A0P5WER7 A0A0P5X8X2 A0A0P5ERX1 A0A0P5WEN0 A0A164YHC3 A0A0P6IAL4 A0A0P5WAQ4 A0A0P6GTD1 A0A0P6FJE9 A0A0P5A0G7 A0A0P5A6D9 A0A0P5P0B0 A0A0P5YE64 A0A0P5DNW1 A0A0P5XF80 E9FRI4 A0A0N7ZML0 A0A0P4Y9Z2 A0A0P5HCT2 A0A0P5NCC0 A0A3L8DVQ5 A0A0P5IJQ0 A0A0P5YF89 A0A0P5AT68 A0A0P5LXZ8 A0A0N8E8W0 A0A0P5BJS1 A0A0P6AL29 A0A336LSR0 A0A182JWX6 A0A0P5DZ38 B4Q669 A0A2H8TRA6 A0A2S2P2R1 A0A0N8D390 A0A2S2NWR9 A0A158NYX4 A0A151J145 J9LPE0 A0A195FT47 A0A0P5QQV1 N6TYV0 A0A0P5RW78 W5J5P8

Pubmed

19121390 26354079 22118469 28756777 26227816 17510324 + More
26483478 12364791 14747013 17210077 20966253 18362917 19820115 24845553 24438588 25244985 23537049 28004739 20566863 17994087 18057021 17550304 22936249 10731132 12537568 12537572 12537573 12537574 16110336 17569856 17569867 7601355 18327897 18635802 26073018 15632085 23185243 21292972 30249741 21347285 20920257 23761445

EMBL

BABH01005265 NWSH01000294 PCG77673.1 KQ459603 KPI92950.1 KQ461194 + More
KPJ06887.1 AGBW02005533 OWR55280.1 ODYU01003656 SOQ42700.1 KZ150312 PZC71457.1 JTDY01000080 KOB78988.1 AXCN02000870 DS231840 EDS34575.1 CVRI01000038 CRK94042.1 CH477199 EAT48228.1 JXUM01015453 KQ560430 KXJ82442.1 JXUM01035309 KQ561054 KXJ79852.1 AAAB01008964 EAA12903.4 APCN01002503 KQ971338 KYB28093.1 AXCM01000141 KK852532 KDR21853.1 ATLV01014963 KE524999 KFB39684.1 KB632168 ERL89379.1 GEZM01100129 JAV53004.1 DS235882 EEB20105.1 CH940649 EDW65017.2 KRF81978.1 CH916368 EDW03443.1 CH954177 EDV57261.1 CM000157 EDW87170.1 CM002910 KMY87352.1 AE014134 AHN54066.1 L08811 AAF51468.3 KQS69935.1 OUUW01000004 SPP79741.1 GFTR01008987 JAW07439.1 KRJ97046.1 KRJ97047.1 CH379060 EDY70255.1 KRT04402.1 CP012523 ALC37924.1 CH480829 EDW45428.1 CH933807 EDW13074.2 CH963920 EDW77688.2 CH902620 EDV30777.1 ACPB03011274 ACPB03011275 ACPB03011276 ACPB03011277 ACPB03011278 ACPB03011279 GDIQ01212528 JAK39197.1 GDIP01102817 JAM00898.1 GDIP01087672 JAM16043.1 GDIP01087725 GDIP01087724 JAM15990.1 GDIQ01265362 JAJ86362.1 GDIP01087726 JAM15989.1 LRGB01000915 KZS15253.1 GDIQ01007265 JAN87472.1 GDIP01088771 JAM14944.1 GDIQ01265465 GDIQ01029947 JAN64790.1 GDIQ01056483 JAN38254.1 GDIP01205714 GDIP01205713 GDIP01199758 GDIP01039279 JAJ17688.1 GDIP01203558 GDIP01203557 JAJ19844.1 GDIQ01145352 JAL06374.1 GDIP01073124 JAM30591.1 GDIP01154663 JAJ68739.1 GDIP01073126 GDIP01073125 GDIP01073123 JAM30592.1 GL732523 EFX90172.1 GDIP01230657 JAI92744.1 GDIP01230658 JAI92743.1 GDIQ01229421 JAK22304.1 GDIQ01154897 JAK96828.1 QOIP01000003 RLU24416.1 GDIQ01212529 JAK39196.1 GDIP01058528 GDIP01058477 JAM45187.1 GDIP01198310 GDIP01198309 GDIP01198308 JAJ25093.1 GDIQ01163548 JAK88177.1 GDIQ01050388 JAN44349.1 GDIP01183558 JAJ39844.1 GDIP01183560 GDIP01183559 GDIP01028092 JAM75623.1 UFQS01000093 UFQT01000093 SSW99239.1 SSX19619.1 GDIP01153613 JAJ69789.1 CM000361 EDX03253.1 GFXV01004929 MBW16734.1 GGMR01011162 MBY23781.1 GDIP01073127 JAM30588.1 GGMR01008996 MBY21615.1 ADTU01004343 ADTU01004344 ADTU01004345 ADTU01004346 ADTU01004347 ADTU01004348 KQ980571 KYN15533.1 ABLF02030011 ABLF02030014 KQ981276 KYN43628.1 GDIQ01110813 JAL40913.1 APGK01004339 APGK01027939 KB740679 KB735706 ENN79608.1 ENN83328.1 GDIQ01095416 JAL56310.1 ADMH02002093 ETN59316.1

Proteomes

UP000005204 UP000218220 UP000053268 UP000053240 UP000007151 UP000037510 + More
UP000192223 UP000075886 UP000075885 UP000002320 UP000183832 UP000008820 UP000069940 UP000249989 UP000007062 UP000075900 UP000076407 UP000075882 UP000075840 UP000075903 UP000007266 UP000075883 UP000027135 UP000075920 UP000030765 UP000076408 UP000075880 UP000069272 UP000075902 UP000030742 UP000009046 UP000008792 UP000001070 UP000008711 UP000002282 UP000000803 UP000268350 UP000001819 UP000092553 UP000001292 UP000192221 UP000009192 UP000007798 UP000007801 UP000015103 UP000076858 UP000000305 UP000279307 UP000075881 UP000000304 UP000005205 UP000078492 UP000007819 UP000078541 UP000019118 UP000000673

PRIDE

H9JLQ1 Q24292

Pfam

PF00028 Cadherin + More
PF01049 Cadherin_C

Interpro

IPR020894   Cadherin_CS        + More
IPR015919   Cadherin-like_sf
IPR039808   Cadherin
IPR002126   Cadherin-like_dom
IPR000233   Cadherin_cytoplasmic-dom

SUPFAM

SSF49313 SSF49313

ProteinModelPortal

H9JLQ1 A0A2A4K1N8 A0A194PP91 A0A194QMY7 A0A212FNL2 A0A2H1VPE4 + More
A0A2W1BDR9 A0A0L7LU32 A0A1W4WLJ5 A0A182QV25 A0A182PMD9 B0W509 A0A1J1I2P7 Q17NI8 A0A182GQ04 A0A182HEA6 Q7Q3J3 A0A182RBP2 A0A182WTB1 A0A182L262 A0A182HVA4 A0A182VEY7 A0A139WJJ2 A0A182MNG6 A0A067RFM8 A0A182W9R6 A0A084VNZ0 A0A182YGW7 A0A182J8X2 A0A182F4I1 A0A182TEW5 U4U684 A0A1Y1JUP0 E0W399 B4LTP4 B4JDS3 B3N7T5 B4P2W3 A0A0J9QT98 X2J8E9 Q24292 A0A0Q5WKE5 A0A3B0K446 A0A224XHC1 A0A0R1DII4 B5DIW2 A0A0M5IVU2 B4ID02 A0A1W4V2Q6 B4KF91 B4N0S5 B3MLQ6 T1IGF4 A0A0P5IPN6 A0A0P5V9G7 A0A0P5WER7 A0A0P5X8X2 A0A0P5ERX1 A0A0P5WEN0 A0A164YHC3 A0A0P6IAL4 A0A0P5WAQ4 A0A0P6GTD1 A0A0P6FJE9 A0A0P5A0G7 A0A0P5A6D9 A0A0P5P0B0 A0A0P5YE64 A0A0P5DNW1 A0A0P5XF80 E9FRI4 A0A0N7ZML0 A0A0P4Y9Z2 A0A0P5HCT2 A0A0P5NCC0 A0A3L8DVQ5 A0A0P5IJQ0 A0A0P5YF89 A0A0P5AT68 A0A0P5LXZ8 A0A0N8E8W0 A0A0P5BJS1 A0A0P6AL29 A0A336LSR0 A0A182JWX6 A0A0P5DZ38 B4Q669 A0A2H8TRA6 A0A2S2P2R1 A0A0N8D390 A0A2S2NWR9 A0A158NYX4 A0A151J145 J9LPE0 A0A195FT47 A0A0P5QQV1 N6TYV0 A0A0P5RW78 W5J5P8

PDB

6E6B E-value=9.89159e-53, Score=531

KEGG

101746256 K16507 protocadherin-16/23 | (RefSeq) protein dachsous

PATHWAY

04391 Hippo signaling pathway - fly - Bombyx mori (domestic silkworm)
04392 Hippo signaling pathway - multiple species - Bombyx mori (domestic silkworm)

GO

GO:0016021 GO:0005509 GO:0005886 GO:0007156 GO:0004022 GO:0035222 GO:0090176 GO:0090175 GO:0007480 GO:0001737 GO:0007157 GO:0005887 GO:0035159 GO:0044331 GO:0045296 GO:0016339 GO:0045198 GO:0045317 GO:0007164 GO:0048592 GO:0016318 GO:0001736 GO:0098609 GO:0007476 GO:0042067 GO:0030010 GO:0035331 GO:0060071 GO:0016327 GO:0000904 GO:0008283 GO:0030054 GO:0018149 GO:0090251 GO:0035332 GO:0016020 GO:0007155 GO:0005515 GO:0004319 GO:0004320 GO:0016295 GO:0016296

PANTHER

PTHR24027

Subcellular location

Cell membrane Colocalizes with Myo32DF at cell contact sites. With evidence from 5 publications.
Cell junction Colocalizes with Myo32DF at cell contact sites. With evidence from 5 publications.

Length:

2764

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

22.84753

Exp number, first 60 AAs:

0.00106

Total prob of N-in:

0.00126

outside

1 - 2337

TMhelix

2338 - 2360

inside

2361 - 2764

Pi

173.382393

Theta

166.718365

Tajima's D

0.04126

CLR

0.34233

CSRT

0.387330633468327

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics