Gene detail

Detailed information of OFRAG00000012891.1 in Osedax frankpressi Gene info

Gene ID	Annotation	Scaffold	Start	End	Strand
OFRAG00000012891.1	CADHERIN-23	tig00003122	105591	162557	-

Gene Structure

More details in Jbrowse Sequence

CDS

OFRAG00000012891.1

ATGAAAGAAATTATTGCTTCATTGCTGATTTTTTCTTCATTCTCTTTTGTCTTTTCAGATCCTAGTGATTTAAACAATAGAGGTTATTTAATTGATTCAACAACATTCGGCGATCTTTTGATTTTGAACGACCCTTCGCCCACCCCGACTCAATTCTATGAACTCATCGAAAACATCGAGGGGCTAACTTTGAACTCTTCCGGTATATTGCAAAGATCCCTGACCCACGAATGGGTCACCGCCGATTCACCGCTGAAACTTTCAATTAGAGTTAATGATGCATCCTCCAACTTGGTTACCATTGGAATCTCCGTGCATGTGAACTTTGGCCCAGTGCAGACCGACATCTTCATCGGAGAAAAGCCGATGTGGGCCAAAATACGAACGTGGAATCGACCCGGAGATGTGGTCTACGAGTTAAAGGCCCTCATAGCCAAACAGTACCCCGACGTCTTGACCGTCTATAGACTGGAGACCGGTGGTGAAGGCCACTTTGATGTAAACACCGAGAGTGGTCAAGTGACCATCGCTGACCGATACCAACACCCGGTGGGTCAAGTTTACACACTAGCGATCAGTGTGGGTTCCGAAGGCGTTATCTATTCATCTGCCATTCTGGGCTCCCCAACTGAGATTTTATCCATTAAAGTCGAGACTTTGGGTCCAAGATTCAATACGGGTGGTGATAGTTTCTTCACTATAAATGTACCTGAGACATCCAAAGTAGATGAAAAGGTATACGATTGTGCTGCAAGGTCTTTCTACAAATTGTCCATTTCCTATAAAATCCTGATCGACGTCAATCATTTGCCCGCCGATTCCTTGCCAGTCCGTGTGCATCCCTCCACCGGCGCCCTCTACCTCAGCCGCGAACAGACCTCCCATCAACGGCCAAACTCTTATCGCTTTTCTCTGAGAGCAGTCGAGTCGATGAGTGGAGCGATTACTGATATCAAGGTTATCTTGAACATAGTTCCAGTGAATTTGAATGCTCCCTTATTTCCTATAGAAGTATATGTCTCTGCTAGTCCAGTGAAAGAAAATATTGCAATTGGTTCCGAAGTGTTACGTATGACTGTATACGATGCCGACGGAGGTATATACAGCAGCATGACCTTTACATGCTCCGAGGATGTTTTCGAGGTGATCACAGATCCAACTGATAAGAGGACTGGTATCCTCAAAGTCAAAAGACATCTGGACTATGACTATATACCCCGCCACACTTACACTTTTACTGTAACTGCAACTGATGGTGGAGGTCTGTCTGCCACTACTAAAGTATTCATTGAAATGGAAAATGTAAACGACGAACTTCCAATTATGTTTCCCGCCGTACAAACTGTCAGACTGAAGACACTTTCGCGAGCCAACATGTTCGTGGCGGTATTACAAGCCTATGACCCAGACGGTGATACGTTCACCTTTGAGTTGATGCCATCGAAGTATTCCTCTTATTTCCAAGTGAATTCCAACTCCGGAGAAATCAATATCTTGAAAGATCTACACGTCGGATTACCGGACTTCTCTTTGGAGTTCAAGTTGACCGATAATAACAACTGCTGCCACTCTACCTCTCTCCATCGTAACTACAATAACGGCACACTTCACATTCGTTTCATCGGAGTGAACCATCCGCCGAGCTTTCAAAATTGTCCAGGAATTGGGGTCATCAAACTCAATGAAATGTCAAAAAATAACACCAAGGTATTGGAGCTAACTGGAGTGGATATAGACTCGGGTTCAAACGGAGAAACTTTCATGGAACTTGTTTATAAACATAACCAGTACGAAAAGTATTTTCGCATTGACAATGAAGGCAAAATCGGGCGTGTTTACGTTGATCTTAAGAATGGTGATTCTATTGATCGAGAACGTCCATCTGATCGAGCTCTCCTCAACAACAACAAAGTATACGAACCATTGCTAGTGTCCATTACTGACCGCGGCGAAACTAAGCCACTGACCAGCTACTGTTTCGTGTACATCGAAATCAAAGACATTAATGATGAAATCCCGGTGTTTATCAGGGATAGCGAAGGATATTCAATCTATGCCCCTCGCACTGCTGGTGACATATCTCCTATGCAGATCAAAGCCTATGATAATGACTATGGAGAAAATGCACAAATTAGCTACTCTATATATAAGGTACAGGATGGATGCGTAGACTGTGTCAGTATTGACCGTAATACCGGCTGGCTTACCCTCCACGATAGAATCAATTCCTTTAAGTCCAAAGAACATGTACCGGACGATCCCGGCTCGTCGATATTGAACGTCGGTATCCGGGCGGGAGACAATGGTCCCGGCGACGGTCTGTTCACTCTAGATAGCATCAGGATTGTTATGGTGAATCCGAAGTTGCTCGATCTTTTGCCTCCGATCTGGAAAAATCACAAAGGCGAAGTCATCGGCAAAAACAACCCCGCAATTGTGAACCTCTACGAAACCCAGTCGTTGCATAATGCCATGAACTTCACCGCCATACCACAACAGGCTGATTGGGTCATCAAATGTTCGGTATTTAACCAGATTCCCAGGAGCAAAGAACTCAACTTTCTCGCTCAATCCGGCAGCAATTGCAATATGTCCCTCGAGGTCAAGGATCTGGACTATGAAACTCATCAGTCTTATTTCATTGGTCTGAGGGCGACGACGACACACAAGATCTATATTGTATTGTTTGTAGAGGTAAGGATAATGGATATTAATGATGAAAAACCTATTTTCCTTGGTTTGTCCCCCAATGGTTATTACATCGCCAGCGTCAGTGAAACAGTGGTGAAAGGTGATCCTATCCTAGAGATCAAAGCTCTCGACTTTGATATCGGACCTAAATTCAATACGATAACATATAGTTTTTCAAAGGAATGTTCTTTGTGTACAAATTTCACATTGAAAAATGATGTTATAATGGCTGGATCTAAAGACAGCCCGGATAGAGATATCTACAAATATATGGGAAACAAAGAACATTTTCTAAGGATTATTGCTACGGATGGATTGTATAAAAGCGAAATCGACGTCTTAATAACATACGAAGGATTTAGTACAACTGCTCCTTCCTTCAAAAGAAAAACCTACACGTTTGAAATGGTAGAGAAACAGACTTTCGAATCAATAGTAACCACTATCACTGCAACTGTAATTAAAAGAAGAGACGATTTGCAGTATTATATCATGGGTGGTAATGATAATCATGTATTCGGTGTGCATAGAATGAATGGAAGTATATTCACAATGGGATATATACTTTATGAACAGAATAAGGTTTTCTCGTTAAAGTATCGTGCATTCCATGGCACTGATAATTACCATGATATAGATGTTGAGATCACAGTGTTGAAAAGTTCACGTATGGACCCAGTTCTACCTGGTCAGAAACTTACCATCTACTCGGACTACACTGAGGCTGATAGCATTGTATCAAACCTTGAAATCATGATTATCGCCATGGCTAAAGGATACAATAACTTCCAACCGCTTCTAGCTGGCCTTCACCATGCTGACAACACTTTCACGCTCTCAAATAGAAATCACATTTTTCTCACAAAATCGCTTGACCGCGACCTTCCCAATGGTCATGCTAAATGGCTCGTTAACTATGCTCTTGGCAATAATCAAGATGCTGCTTATGGAGTCCTTGAAGTTATTCCAAAAGATATAAACGATAATGGTCCATTCTTCAATGAAACTTGCTGTGTATATGGAGATTTTAGTGAAAATCTGCCAAAAAGAAGTGGAATTTTTGATTTAAAGATCGTTGATTATGATACTGAATCTAATTCAAATACGAATTTTGAAATGATTTCATGTTCTCAAAATGCAAATAAACAAAACTTATTCTTGGTTGATAAAACAGATGGTACCTGGAAGATTCGTACTCTCGTGGATTTCGATTATGAAGCTGGGATTACAAGTTTCTTTGTGAACATAAGAGCAACGAATCAACCCCAAAGTGTTCCATCTATAACTAGTGAACAGTCTATATACTTGACCCTCAAAGACTCCAATGACAATCCCTTGAGTTTCTCCCAAGCATCGTATCAATCTGAAATCAATGAATTCTATAAAAATGATGATATTGTTATCAGGATCAGTGCAAATGACATCGATGTTGATGACATCATCGATTACACAATAACTTCTGGAAATGATGATGGTCATTTCTATGTTGATAATATTCGAAGTAATAGAATTGCTGTTATTAAAATTAAAAAGTTGATCGACGTAGGCAAAAATCCTTTCAAGACCTTCAATTTGCAACTCGAAGCTACAACGCGAGATACCAGCAAAGACAATGCGAGATGTACCGTTACCATCGAGGTGTTGGATGCAAATGACCACGCGCCCGAGCTGAGTTTATTGGCGCAATTCATTTCAGTCGTCGAAGGCCGTTCTTTTCGACAACAGCTATTTGACCAAGTCAAGAGTAAGGATGCAGATTATGGTCTCAATGCCGCGTTTAAGTACTCCATCGATTATGCCAACTCCGATAGGGTAACTCGTCTCTTCACCGTAAACCCCGACAGCGGGGAGCTTAGCATTTCATCTCTAGTAGACCGTGACCAGATGGCGAAACCTTGGGCGTTACTCATTGTTCTGGCCACAGATCAAGGTACACCTCCTCGTCTATCCCGAGCTAATGTCCACATAGTTTTTAATGACACCAATGATGAAACTCCAAAGTTAGATTCAAGATCTGTTGATATTAATTCTGCAAAAGACTCGAAGACAAATATCAAAATCTATGATGCCGATTCCTTGAGAGCGAGCTATAGTTTGAACTGTGCCCGGGGAGATTGTGGCTATTTCAGCTTCAGCAATGTAAAGCAAACTGGAGCTGTGCTAAGATCCACAAAAACTCTATATCAGGGTCGCACCTACTCTATGGAAGTTGACCTATCCGATGGAGTAAATACGGCTGAAGCCTTGACCTTGCACGTTCGAGTGCTCAGTGATTCGAATGCCAATCAACACCAACCACTGACCACAAGTCTCGAGGTGTTTAATTACAAAGGCACACTAAAGGATCAGATCATCGGTTATGTAGGATTTATTGATTCCGACTATAAGATGGACGCTGGCAAAAGGTATACAATGACCCCACAGGTCAGTTACTTCAAGGTGAATCAGAAGAGTGGAGCCATTGTTATCGAGGAGGCAACCCCTCATGGTAGCTACCAGTTGAATGTTCAGATATCTGATGGACAATGGAATACAGTGACTTCTATTGTTCAAATAACTGTAACATACATCACAAGTGATATAATGAGTAATGCTACATCCATTAGATTTACAGGCGTCACTAAGGATATTTTTCTCTCGACTGCGATTGGTTCAGATTCTTCTCCTCTCGCCGCGCTGCGAGCGTCCCTGGCGGCTGGTATCGGTACTAAACCTGAATACGTCGTGATTTTCTCGTTGAACGACGTACTCGCGCACACCGGACGAATAATCGGAGTAGACGTAATGTACGCAGCCCACGGATCTCCTTACTATAGCCCCGCTAAACTAAATTCAATTGCAAATGACAATAAGGATAAGATTTCACGCAGCGTTGGCTTTCCTATTTCATCCATTCCCGTAAATCCATGCGACCAATCGAATTGCCTCGATGGCTGTACGAACGTTTTATCAATAGGTGGCGCTACCGTAGCTCAAGGCAATTCTGCTTCATTCGCAGGTGTGAAAAGCTCCTATCGAGCTGTGTGCGGATGCAGTGTAATCGCACCCCCTCCCTGCCAATGTTTAAACGGTGGTACCTGCCTCACGAACGCCTGGAACGGTCGCCGTTGCAACTGTCCGCGCGGTTACCAAGGCAACCGTTGCCAACGACTCATCTTGTCGTTGGATGGAGCGTCGAGTTTCGCCGCTTTCGCTCCTACTCTCTCTTGTCGAAATGGAGTTACGTCAATTGACGTGAGAACTACACAAAGTAAATCTCTTGTCTTTTATATAGGTCCTAAAGATTCTAGTTCATCTCATCAATTTTCATCACTGGAGATTATAAATGGCCGACCTGTGTATAAATTATCTTTGAACACTAGAAAAAGAGATGTTTTGATTTTGCAATCTACGCAATTCAACGTAATAAACGACGGCAAATGGCATAACATTCTTATTTGGAAACAAGATATGGAAGTCCGAATGGTTATTGATGAATGTGCCACTGCCAACATCACGGAAACAATTCTTGAAACCAATACCGTCAGAACTAGCTGTGAAGTCATAGCAACTTTCAAGGACAATACATATTCCTACACGGATTTTAATTCCTTTGAACTCGAAATAGGTGGCCGCGAGGGAAATAATCAGTTCACATCATTCAAAGGCTGCATCCGCAATCTACGTCATAACTCAATACTTTACGACCTCGAGATTGGTCCCAGAAGATTGTCTCGTGGTGCTACCAATATCTGTACACAAGATAGTTGTCAATCTTGCGACTCAAAGAATATGAAATGTTCTCAAGACAAGTGTATTTGTAAACCTGGATTTATGGGAGATGACTGTACAAATGAGGCTCCAGTGATTGATATACAGACTGCAAACAGTTTCCTGCAACTAAGTCTGTCACCGTCGCTAAAGACTAACCTGACCAATATTCACACCGTGCAATTAATGTTCCGAACACGTCAGCCAAATGGAGTTATCTACACGATGCAGTCATTCTCAACACTCGAGCAGTTTGTCATTGAGGTGAAGAATAAACATTTGAAACTAAAAGTTGACTTGGGAGGTGGCAACAATGAATTAATACTTGATCTTGTAGATGTTTCTGATGGCCAATGGCATACTGTTGAAGCATCCAACCATGCCAACCAGATTACTTTGATTTTGGATGAAGGAGAAGGTCCTAGATATGCAATAATGCAAGATAAACAGAATCTGTTTTCAGTTCTGTATATTGGGAAAGGAAATCATGTTTTCACTGGATCCACTGTCACTGCCAATAAATACTCACCTCCAACATCTACTAATGCAATTAAAAAGAGTTGTATAAAAGACGTGCGTTTGAATGGCGTGTTATTGGCCACGCCCACTTACTCAAGCCCCTCCTCTTCGGTGACGCTGAGGCGTAATCTCGCTGTCGATTGCGTATCCGACGGCTGTCGTAATGGTACAAAAGTATGCCCATCTGACCAATGGTGCGAAGACTTATGGCGTTTAGGACAATGCCGGTGTAAGATAGGTTTCAAAATAGTCTCAGGAATTTGTCAGTTAATCAACGACTGTTCTATTGACCGTTGCTTCAATGGAGGATATTGTATGATGTATCATGGTGAATGGAGGTGTAATTGTCCTAAACTCTGGATTGGAGCCACATGCCAACAAAAACCATCTAACCCAAAAGAAAGAAAAGCTGCCCTTGCAACTGGAGCTATAATTATTATTGTATTGGCTATTCTTGCAGTGTTAGTTATCATCTTGATACTGGCTCTGGTGTACCAAAGGAGATCCCCCAAAAAAGTTCTAATCTACGAAGACCACGGAGACATCCGGGAGGCTATCGGCTATTACGATGAAGAAGGGGCCGGTGAAGAAGACATAACAGTGTACGACCTCTCTCGTCTGCAGAAACCCATCATTGATAACTACACCCCTGTGACGACACATGAAATGGTCAATGAGGCATTCCAAAGCGACAGCATGCCCGATATTAATAAACCAAGAATTGCTGATATCATTAAAAACCGACTGAACAAACCTGGAGCTGATGAATCGGATGATAATCCAGATTTAGATAGTTTAAGGAATTATGAACAAGAAGGTAACAATAGTTCTATTGGGTCGCTGTCTTCACTCACAACTTCTGGAGGTAGCGATGTCGATTTCGACTTCCTCAATGATTATGGAACAAAGTTTAGAAGATTAGCTGATCTTTATGGAATTCTCAGTTGTCAAATTCTAAATTCTGTGAACCAACATACTGGCAAAAAGAATACAACTATGGATGATTTAGATGTTGAAGCTATGTTGGATGAGGCCATGTTGGAAGAAGGAATTACAAAAGAGTCTAGCAAAACAAGTAAATCTACGAAAGAAAATGGGCATAATAAATCAAGATCGAAGAGATCACCTACTCCGGAAAAGAAACGTGTGTCAGGTCGCTCTCGGTCAAAGGAGCGTACATCCACACGCACAAAAGAGTCCTCTAGACCATCTCGGCGGTCCCGTTCGAAAGATAGAACTACCCGTCGTTCCCGCTCCAAGGATAGGAGTCGGAGGTCAAGATCCCGAGAGCGACACAGACGAAGGTCCAGGGAACGTGTCAGGAGTAGAAGGTCTCGGTCACCGAGGAGAGCCAGAAGGAGCAGTCCAAAGAATTCTCCAGGACCTGATAAATCTAGACGTTCTTATAGAGATCCTTATCAGAGACAAATTGGTCTCGAGAAAAGCCCAGAAAGAAGGAGACCTCGCAAGGAACGTATGACCCCAGAGGAACGCGATGCTCGCACGGTGTTCTGTATGCAGGTCTCTCAGCGAATACGACCTTCTGATCTCGAAGAGTTCTTCAGCTCCGTTGGTAAAGTGCAGGATGTTAGGGTGATTACGGACAACAAGACTCGTAGGTCCAAGGGCATCGCTTATATCGAGTTTGCGGAGTTAGAGAGTGTTTCCCTCGCCCTCGGCCTGGATGGACAGAAGTTACTCGGTGTTCCTATCATTGTACAGGCTTCACAAGCTGAGAAAAACAGAGCTGTCCCAGTGGTAGCTACAAGTACAGTAATCAACAAAGGACCAATGAGATTATATGTTGGTAATTTGCATCAGAATATTACCGAAGACATGATGACTGGTATATTTGAACCTTTTGGAGCATTGGACACAGTAACTCTTATTAAAAATGAAACTGGAAATTCCAAGGGATATGGATTTGTAACGTTCAAAATTGGAGACGATGCCTTGAAAGCTATCGAACAATTAAATGGATTTGAATTGGCTGGACGTTGTATGAAGTTGCACCAACATGGTAATGAAGCCACATCTTCTTCATCCACTACCAATATGAATGGTCAGTCAGCAAGTGAAGACGGTCAGATCATTACTTCTCTGGATGTGGACGATACCGAGAAGAAAGGATTTGACCTCGGTGCTACAGGCCGTTTAGCACTCATGGCTAAACTAGCCCAAGGTACAGACATCAAGGTACCAACGCTGCCCAGCATTCAAAACAACCAAAACTCCGTTGGCGACCTAACTACCCAATGCTTCATGCTCAGCAACATGTTCTCTACGGAGGACGTGAAGGACACTACGGGGGAGTGGCCTCGTGAGATTGCCGACGACATCATCGAGGAATGTGACAAACACGGAGGATGTCTTCACGTCTACGTCAATCGTACTTCGCATTCCGGAGAAGTTTACGTAAAGTGTCCTAGTGTCCGAGTGTCGGGGAATGTCGTGAACTCTTTACACGGTCGTTACTTTGCCGGCAAACAGATTACTGCCGCCTACGTGCCCATAGTTAACTACCACACTCTGTTTCCGGGTACCACTCGCTCCACAGAATTGTTGAAGAAGCATGTAGCTCCGTTGCAAACTGTAATGGCGGCAATTCCACCTCCGCCCTCTTATGGTGTGTAG

Transcript

OFRAG00000012891.1

Protein

OFRAG00000012891.1

MKEIIASLLIFSSFSFVFSDPSDLNNRGYLIDSTTFGDLLILNDPSPTPTQFYELIENIEGLTLNSSGILQRSLTHEWVTADSPLKLSIRVNDASSNLVTIGISVHVNFGPVQTDIFIGEKPMWAKIRTWNRPGDVVYELKALIAKQYPDVLTVYRLETGGEGHFDVNTESGQVTIADRYQHPVGQVYTLAISVGSEGVIYSSAILGSPTEILSIKVETLGPRFNTGGDSFFTINVPETSKVDEKVYDCAARSFYKLSISYKILIDVNHLPADSLPVRVHPSTGALYLSREQTSHQRPNSYRFSLRAVESMSGAITDIKVILNIVPVNLNAPLFPIEVYVSASPVKENIAIGSEVLRMTVYDADGGIYSSMTFTCSEDVFEVITDPTDKRTGILKVKRHLDYDYIPRHTYTFTVTATDGGGLSATTKVFIEMENVNDELPIMFPAVQTVRLKTLSRANMFVAVLQAYDPDGDTFTFELMPSKYSSYFQVNSNSGEINILKDLHVGLPDFSLEFKLTDNNNCCHSTSLHRNYNNGTLHIRFIGVNHPPSFQNCPGIGVIKLNEMSKNNTKVLELTGVDIDSGSNGETFMELVYKHNQYEKYFRIDNEGKIGRVYVDLKNGDSIDRERPSDRALLNNNKVYEPLLVSITDRGETKPLTSYCFVYIEIKDINDEIPVFIRDSEGYSIYAPRTAGDISPMQIKAYDNDYGENAQISYSIYKVQDGCVDCVSIDRNTGWLTLHDRINSFKSKEHVPDDPGSSILNVGIRAGDNGPGDGLFTLDSIRIVMVNPKLLDLLPPIWKNHKGEVIGKNNPAIVNLYETQSLHNAMNFTAIPQQADWVIKCSVFNQIPRSKELNFLAQSGSNCNMSLEVKDLDYETHQSYFIGLRATTTHKIYIVLFVEVRIMDINDEKPIFLGLSPNGYYIASVSETVVKGDPILEIKALDFDIGPKFNTITYSFSKECSLCTNFTLKNDVIMAGSKDSPDRDIYKYMGNKEHFLRIIATDGLYKSEIDVLITYEGFSTTAPSFKRKTYTFEMVEKQTFESIVTTITATVIKRRDDLQYYIMGGNDNHVFGVHRMNGSIFTMGYILYEQNKVFSLKYRAFHGTDNYHDIDVEITVLKSSRMDPVLPGQKLTIYSDYTEADSIVSNLEIMIIAMAKGYNNFQPLLAGLHHADNTFTLSNRNHIFLTKSLDRDLPNGHAKWLVNYALGNNQDAAYGVLEVIPKDINDNGPFFNETCCVYGDFSENLPKRSGIFDLKIVDYDTESNSNTNFEMISCSQNANKQNLFLVDKTDGTWKIRTLVDFDYEAGITSFFVNIRATNQPQSVPSITSEQSIYLTLKDSNDNPLSFSQASYQSEINEFYKNDDIVIRISANDIDVDDIIDYTITSGNDDGHFYVDNIRSNRIAVIKIKKLIDVGKNPFKTFNLQLEATTRDTSKDNARCTVTIEVLDANDHAPELSLLAQFISVVEGRSFRQQLFDQVKSKDADYGLNAAFKYSIDYANSDRVTRLFTVNPDSGELSISSLVDRDQMAKPWALLIVLATDQGTPPRLSRANVHIVFNDTNDETPKLDSRSVDINSAKDSKTNIKIYDADSLRASYSLNCARGDCGYFSFSNVKQTGAVLRSTKTLYQGRTYSMEVDLSDGVNTAEALTLHVRVLSDSNANQHQPLTTSLEVFNYKGTLKDQIIGYVGFIDSDYKMDAGKRYTMTPQVSYFKVNQKSGAIVIEEATPHGSYQLNVQISDGQWNTVTSIVQITVTYITSDIMSNATSIRFTGVTKDIFLSTAIGSDSSPLAALRASLAAGIGTKPEYVVIFSLNDVLAHTGRIIGVDVMYAAHGSPYYSPAKLNSIANDNKDKISRSVGFPISSIPVNPCDQSNCLDGCTNVLSIGGATVAQGNSASFAGVKSSYRAVCGCSVIAPPPCQCLNGGTCLTNAWNGRRCNCPRGYQGNRCQRLILSLDGASSFAAFAPTLSCRNGVTSIDVRTTQSKSLVFYIGPKDSSSSHQFSSLEIINGRPVYKLSLNTRKRDVLILQSTQFNVINDGKWHNILIWKQDMEVRMVIDECATANITETILETNTVRTSCEVIATFKDNTYSYTDFNSFELEIGGREGNNQFTSFKGCIRNLRHNSILYDLEIGPRRLSRGATNICTQDSCQSCDSKNMKCSQDKCICKPGFMGDDCTNEAPVIDIQTANSFLQLSLSPSLKTNLTNIHTVQLMFRTRQPNGVIYTMQSFSTLEQFVIEVKNKHLKLKVDLGGGNNELILDLVDVSDGQWHTVEASNHANQITLILDEGEGPRYAIMQDKQNLFSVLYIGKGNHVFTGSTVTANKYSPPTSTNAIKKSCIKDVRLNGVLLATPTYSSPSSSVTLRRNLAVDCVSDGCRNGTKVCPSDQWCEDLWRLGQCRCKIGFKIVSGICQLINDCSIDRCFNGGYCMMYHGEWRCNCPKLWIGATCQQKPSNPKERKAALATGAIIIIVLAILAVLVIILILALVYQRRSPKKVLIYEDHGDIREAIGYYDEEGAGEEDITVYDLSRLQKPIIDNYTPVTTHEMVNEAFQSDSMPDINKPRIADIIKNRLNKPGADESDDNPDLDSLRNYEQEGNNSSIGSLSSLTTSGGSDVDFDFLNDYGTKFRRLADLYGILSCQILNSVNQHTGKKNTTMDDLDVEAMLDEAMLEEGITKESSKTSKSTKENGHNKSRSKRSPTPEKKRVSGRSRSKERTSTRTKESSRPSRRSRSKDRTTRRSRSKDRSRRSRSRERHRRRSRERVRSRRSRSPRRARRSSPKNSPGPDKSRRSYRDPYQRQIGLEKSPERRRPRKERMTPEERDARTVFCMQVSQRIRPSDLEEFFSSVGKVQDVRVITDNKTRRSKGIAYIEFAELESVSLALGLDGQKLLGVPIIVQASQAEKNRAVPVVATSTVINKGPMRLYVGNLHQNITEDMMTGIFEPFGALDTVTLIKNETGNSKGYGFVTFKIGDDALKAIEQLNGFELAGRCMKLHQHGNEATSSSSTTNMNGQSASEDGQIITSLDVDDTEKKGFDLGATGRLALMAKLAQGTDIKVPTLPSIQNNQNSVGDLTTQCFMLSNMFSTEDVKDTTGEWPREIADDIIEECDKHGGCLHVYVNRTSHSGEVYVKCPSVRVSGNVVNSLHGRYFAGKQITAAYVPIVNYHTLFPGTTRSTELLKKHVAPLQTVMAAIPPPPSYGV

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00028	Cadherin	Cadherin domain	Domain	Interproscan
PF00076	RRM_1	RNA recognition motif	Domain	Interproscan
PF01049	CADH_Y-type_LIR	Cadherin, Y-type LIR-motif	Family	Interproscan
PF02210	Laminin_G_2	Laminin G domain	Domain	Interproscan
PF15519	RBM39linker	linker between RRM2 and RRM3 domains in RBM39 protein	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000233	Domain	Cadherin, Y-type LIR-motif	Interproscan
IPR000504	Domain	RNA recognition motif domain	Interproscan
IPR000742	Domain	EGF-like domain	Interproscan
IPR001791	Domain	Laminin G domain	Interproscan
IPR002126	Domain	Cadherin-like	Interproscan
IPR006509	Family	Splicing factor, RBM39-like	Interproscan
IPR012677	Homologous_superfamily	Nucleotide-binding alpha-beta plait domain superfamily	Interproscan
IPR013320	Homologous_superfamily	Concanavalin A-like lectin/glucanase domain superfamily	Interproscan
IPR015919	Homologous_superfamily	Cadherin-like superfamily	Interproscan
IPR020894	Conserved_site	Cadherin conserved site	Interproscan
IPR027397	Homologous_superfamily	Catenin binding domain superfamily	Interproscan
IPR029123	Domain	Splicing factor RBM39, linker	Interproscan
IPR035979	Homologous_superfamily	RNA-binding domain superfamily	Interproscan
IPR039808	Family	Cadherin	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR24027	CADHERIN-23	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0003676	Molecular Function	nucleic acid binding	Interproscan
GO:0003723	Molecular Function	RNA binding	Interproscan
GO:0005509	Molecular Function	calcium ion binding	Interproscan
GO:0005634	Cellular Component	nucleus	Interproscan
GO:0005886	Cellular Component	plasma membrane	Interproscan
GO:0006397	Biological Process	mRNA processing	Interproscan
GO:0007155	Biological Process	cell adhesion	Interproscan
GO:0007156	Biological Process	homophilic cell adhesion via plasma membrane adhesion molecules	Interproscan
GO:0016020	Cellular Component	membrane	Interproscan
GO:0016342	Cellular Component	catenin complex	Interproscan
GO:0045296	Molecular Function	cadherin binding	Interproscan
GO:0098609	Biological Process	cell-cell adhesion	Interproscan
GO:0098742	Biological Process	cell-cell adhesion via plasma-membrane adhesion molecules	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
-	-	-	-	-	-