Gene
KWMTBOMO08118
Pre Gene Modal
BGIBMGA001096
Annotation
PREDICTED:_teneurin-m_[Bombyx_mori]
Full name
Teneurin-m
Alternative Name
Odd Oz protein
Tenascin-like protein
Tenascin-like protein
Location in the cell
Nuclear Reliability : 1.898
Sequence
CDS
ATGTCGTTAGACTATATCATCGTTAATGAGAAGAAATGCAAACAAAGTTGTCTTCTTGAAGGTTCCCGGCTACCGCCCGATGTGCCACCCAGAAACCCGACCATATCTCGGCTGAACGGCCGCATAACGGGCAACCCCGCCGACCTCGCTGACTTCGAACCGTCGTGTTTGGTCCGCACACCTTCGGGAAACTTCTACGTGCCTTCAGGAGACATCCAAAAAAATCCTTCAATGGATTACAAGTCGAATTCGTCGTGCAGCAGTCCGGGGAAACAAGACAAAAACACCCTGGAGAGGATGGATCGGGGCGACCGGGCCCATCCCGCGTTCGGAGCCCCGGTGCCCGTGCTGCCTGTGAGGAACAACCTCAGGGCCACCCACTTCCCTCCGACCGCTTCCAGGTTCCACTTCAGGAAGGGCCTCTCTTCACGGTGCTCGTGGAAATGCACCGCTATCGTCTTTATAATACTCTTCGTTCTACTTTTAGCGATCGCTTCTTATATGTCAGCATCTTACTTCGTCAACTGGTCATATCAAAACTCGAAAGCGTGCACAGTTATAGTTGGCGAATCGACGGAGATGTTCTCGGCTTCGAAAGCGACCACTCTCGAAGCGAGCAACAAATCTCTCGCGAGACCTCATCAGGGCTCGTCCTCGTCGAACTTAGGTAACGAGCAAAACCATTCCCGACACCGTAGGAGCGTAGATGTAGAAGGGCATGCTTCTGTACAACCTATCTCTACTATGGATCTTTCCACTGCTGTAAATAGTGTGCATGATATCTCTCCGCCTTCCACTGTTAGCTTGCCGCATGGTGTGACGTCGACCACTTCCGCTCAAGTAAGTGAAGAAAATGGGGATGCTAATGCTTTTGTGTCTGCTAATACCGGTGATCTAACCAAGGGATCGCTTACAACGCGTGACGACGATAAAATAACAACGGTACCTAGTTCGACTGTAAGAGTTACAAGTGCTATTAATTTGAATGAAAATTTTGATAATGCTGATGATGTAACAGACAAAACTAAACCATTACATGTTAACCGACTAATTGAAATTCCGGTTTTCGAAAAATCCACTATGGCAACAAAAAGAGAACAAGAGGATATTGCTTACGATCCAGACGACATGCAAGGGGACGCTTTCCCGTCTATATACGCATACGGTAATCAAAAGCGTCAATACCTTAAAATTTTAGAGAGACTAAGAGAGGCGTATCAAAAAATTCATATCTACAACGATACGGTGAAAATTGACAAGAATTTAGATAAATTTCATTATGATAGTGACAATAATGACAAAATTGACGCTGTTCCTAGAACAACATCAACTGTAAAAGTAATAGCTGATACTGAAACACCTGAAATGATTCAAACTAAAACAAGTACAGAAACATCTTTAACCAGTGAAATAACCGTTAAGACTCCAGTAATAACTACACCAATAGTTAGGGCTATCACGCAGAATGAATTTAATTCACCCGAGTTTGTCACTACTACACCAGCACCAAGTGTTTTTACTACCAATAACCTTATCACAACCACAACAACAGCCACGCAGGAAGCGTCGGATGAAAATGTAACACCGACTGTAAATATTGCTGAAGCGAGAACCTCGGATGTGACTAATCCTAAACGCGTTTTAATTAATCTAACAATATCAGCTGATGACGCCGATTCGTCCTATAAACCGCTTTATTCATTGACAGTAACAGTTCCAACTGTAGGAGCCCCGAATGAGTTACCTACGGTCAAAATTACTCCAATGGACGTTGAGCCAACGCAGTCCATGAAATTCGATAAACCTGTTGTACTAGATGGAATAAGTAATCAGGTTAACACAACAACTGAAGTACCAAAAGTCGCTACGCCTGAGAACACTGAAGATTGGGGTGGAATCTGTGAATGTTCTTGCCCGATTTGTGGCTCTAACAACACAGATGATTTTTATGATGATTACACAGACAAATCTAGTACAACGGAAAGTATTCCAGCTTCAACTGAGGGTGTAGATAGTACACCGATAGAAACAACGACAGAAAATGAACCAATTGAAAGCAAAACAGGAACAAATCCGGAAACAACCACAGAAACTCTATCAACGACTGACCTCATTGATACAGACTCTACAATGGAACCGACAACATATCCTGAAGCTTCGACCACAGAAGTCACACAATGTGTCTGCCCAAAAGTTAATCCTCCCATTATTCTAATATTAGAAGGTGGGCGGACCTTTCCTGCTCAGTCGTTCCCGCCAGACGGAACGACATTCAAACAAATAACTTTAGGCGAAAAATTATCAAAAGAAATCCCTCCATATAGTTATTGGAACATGCAGTTCTATCAATCACAGTCTTCGTACGTGAATTTCGACTACTTGATACCGCGTGGCGCGTCGATTGGTGTTTATGCGAGGCGAAACGCGTTGCCAACGCACACTCAGTATAACTTCTTAGAGGTCCTGACCGGATTCAAGGCTCGGACTACGAGGGCCTCGTATCCATCCGTAAAGAAAGAGGTAACCCATTACATGGAACAAGGACCCTGGTTCCTTTCTTTGTACAACGATGACGGCGATCCTCAGGAGATCTCGTTCGTTGCATTGGTAGCTGAAGAAATGACACACAACTGTCCTAATGGATGCTCTGGAAAAGGAGAGTGCCTGATGGGCCATTGTCAATGTCAGCCCGGCTTCGGAGGCGACGATTGCAGCAAAAGTGTGTGCCCTGTCCTCTGCAGCCAACGTGGCGAGTACATCAACGGCGAATGTCAATGCAACCCGGGCTGGAAAGGGAAGGAATGCTCACTGAGACACGACGAATGCGAGGTACCGGACTGCAACGGGCACGGACATTGCGTCAACGGAAAGTGCTCCTGTGTCAGAGGATACAAGGGCAAGTTCTGCGGCGAGATCGACTGTCCCCACCCGACGTGCTCGGGTCACGGGTTTTGCATCGAAGGAACCTGCGTCTGTAAGAAAGGATGGAAAGGAGCCGATTGCGGGACTATGGATAAAGACGCTTTGCAGTGCTTGCCGGATTGTTCGGGACACGGAACCTTTGACGTAGATACACAGACTTGCTCTTGTCACGCTAAGTGGTCCGGGGAGGACTGCTCTAAAGAAGTGTGTTCGTTGGAATGCGGTCCGCACGGGCGCTGCGTTGGGGAGTCGTGCTCATGCGCCGCGGGCTGGTCGGGCGAGTTCTGCTCGGTGCGGCTGTGCGACGCGCGCTGCGCTGAACACGGACAGTGCAAGAACGGCACCTGCCTGTGCGTGTCGGGATGGAACGGACGACACTGCACGCTGGAAGGGTGTCCGCGCAGCTGCGCCGGCCACGGACAGTGCCGCGTGGACAACGACGGCCGCTGGGAGTGCAAGTGCTTCGACGGCTGGGACGGCCCGGACTGCACCACGCTCAAAGAACAGATCTGCGACGACTCCAGGGATAATGATAAAGACGGACTAGTGGACTGCGAAGATCCAGAGTGCTGTCAGAGTCCAGCCTGCAAGAGCAGTCAGCTCTGCGTGTCGTCACCCAAACCCACAGACATTTTGCTCCGGAAGCAGCCGCCCGCCATAACCGCGTCGTTCTTCGAGCGAATGAAATTCCTCATAGACGAGGGTAGTTTGCAAAATTACGCGAAACAAGAGACGTTCAACGAAAGTCGCTCAGCGGTGATCCGTGGTCGTGTGATCACGACCTTGGGTTCTGGATTAGTCGGAGTCAGGGTCTCCACGTCTACTCCTTTGGAAGGCTTCACTCTGACGAGGGAGGACGGTTGGTTCGACCTCCTGGTCAATGGAGGCGGAGCTGTGACCTTGCACTTTGGTAGATCGCCGTTCAAAAGGTCCACACAAGTGGTCTTCGTGCCGTGGAATGAAGTGGTGATCATCGAAGAAGTGGTTATGACCACAGCTGACGAGAAGACTGGCATGGGACCTCCTCAGGCGTGTTTGGCTCACGACTACGATATGATGAAGCCCGTTGTTCTTGCCACGTGGAAACATGGGTTCCAGGGCGCTTGTCCAGATAAAAGCGCTATACTGGCCGAATCACAGGTGGTCCAGGAAAGTCTGCAGATACCAGGAACTGGCTTAAACCTGGTATATCACAGCTCTCGCGCAGCCGGCTATCTCTCCACCATACAACTTCAGCTCACCCCCGAGATAGTTCCACCGACTCTAGCCCTTATCCACCTCCGCATTACCATCGAGGGGATTCTCTTCGAGAAGACTTTTGAAGCGGATCCGATAATAAAATTCACTTACTCGTGGAATCGTCTTAATGTGTACCGTCAAAGAGTGTACGGAGTGACCACGGCTCTGGTCAAAGTCGGTTATCAGTACACGGACTGCAAGGACATCATATGGAACGTGCAGACGACAAAGTTGAGCGGCCACGATATGAGCATATCTGATGTTGGTGGCTGGAACCTGGATATACATCATAGATACAATTTCCATGAAGGTATACTCCAAAAAGGCGACGGCACCAACATCTACCTGAAGCACAAGCCTCGTCTCATCATCACCACAATGGGAGACGGCCGCCAGCGTAAGCTTGAGTGCGGATCCGAATGCATCGGGCCGGCCACTAAACAGAGACTGCTGGCTCCGGTCGCGCTTGCCGCCGCTCCTGACGGGTCCATCTTTGTCGGAGACTTCAACCTGGTCAGGAAGATCAATACCGATGGCACCGTGCGAACTCTGGTCAAATTGAACGCCACTCGTGTTTCTTACCGCTACCACATGGCGCTCTCACCGCTGGACGGGACGCTTTACATCTCCGATCCTGAATCACACCAGATCATCAAGGTCCACAACACCGAAGACTTCAGCGATCCAGAACATAACTGGGAAACCGTAGTCGGGTCTGGTGAAAGGTGCCTTCCTGGGGATGAAGCTCACTGCGGAGACGGTGCATTGGCTAGGGACGCCAAGCTCGCTTACCCCAAAGGCGTGGCCGTTTCAGTGGACAACGTCGTTTACTTCGCAGATGGCACCAACATCCGTATGGTAGACCGCGACGGAATCATCACAACTGTAATCGGAAACCACATGCATAGGGCGCACTGGAAACCGATCCCTTGTGAGGGGACTCTGAGTGTTGAAGAAGTTCACTTGCGCTGGCCAACGGAACTAGCCATCAATCCTTTAGACAACAGCTTGCACATAATAGATGACCACATGATATTGCAAATGGCACCTGATGGGAGAGTCAAAGTGATCGCTGGACGACCGTTGCACTGTCCCGCACCAGTAAGCGGGTACGACATGGAACTGGCTACATACGCCACATTGGTGATGCCTCAAAGCATAGCATTCGGAGCGGCAGGGGATTTGTACGTCGCAGAAAGTGACTCCCAGAGAATCAACAGAGTTAGACTTATCACCACTGATGGCAAAATATCTTTGTACGCCGGAGCCGAGTCTAAATGTAATTGCTTAGAAAGAGGCTGCGACTGCTTCGAAGCCGATCATTTCTTAGCGTCCAATTCAAAATTCAATACTATCTCAGCTGTGGTTGTCAGTCCGGATGGTATTGTCCACATTGCCGATCAGGCCAATTACAGGATTCGGTCAGTGATGGCGAGTATTCCTGATGCTAGCGGAACAAGAGAATACGAAATATACTCACCGGATACGCAAGAAATATACATATTTAACAGATTCGGTCAGCACGTGATGACCAAAAACATTCTGACGGGAGAAGACAACTACGTATTCACGTATACCGTAAACACGAGGAACGGTAAGCTGAGTACTGTCACGGACGCCGCCGGGAACAAAGTGTTCTTGCTTCGAGATTATTCCAGCCTCGTTAATTCGATCGAAAATACGAAAGGTCAAAAATGCAGACTCAAAATGTCCCGGATGAAAATGCTCCAAGAACTCCGCACCCCGGATAACTTTAATGTTACATTCGACTATCATCGCACAACCGGGCTTCTCAAATCCAAATACGACAGCACTGGACGCAGCTACATCTACAACTACGATGAGTTCGGTAGACTGACGTCGGCTGTGACGCCGACCGGTAGAATCATAAACCTGACCTTCGATCTCGGACTCAAAGGCGCGATTGTTCGTGTGAGTGAAAATAACAGAAAACCAGTCTCCATATTAATCAAGGGATCCTCTGTGAATACCAAAATCGGGGAAGCAGAAAAGAAAACGATAATTTCAACTGACGGTAGCATTTCTTCCAGCATGCCTTGGGGACATGTTATCTCAACTGATACTGTTCCTTACACAATTTTAGCTGAAATCGACCCAATATTAGGAGAGAGCTATCCAGTACCGGCTAAACAAAGGACTGAAGTCGGCGGCGACTTGGCTAACCGATTCGAATGGCGCTACTTCTTGCGAAGACTGATGTCAAGCAAAGGAAAGAGCAGCAAGGCCGTCGCTCAGATTGGCCGTAAGCTGAGAGTGAACGGTGAGAACCTACTCACGCTTGAGTACGACAGAGATACCTCTACAGTCGCAGTTTTCATGGACGATAAGTACGAACTCCTGAATGTGACTTACGACCGAACCGCCAGACCAGTTAAATGGGGCCCAAGAAGTGGCATATTCTCTGAAGTGGAATTAGAATACGATAGATTCAATAGATTAACCCGTTGGAGCTGGGGCGATTTGAACGAAACCTATGGATTTGATAGAGCGGGAAGATTACACGAGATAAGATATGGCGATGGTTCTTCATTGGCTTACTCATTTAGAGATATGTTCACTAGTCTTCCGTTGAAAGTCACCACACCAAGAGGAAGCGATTACCTTTTGGATTACGATGATTCTGGCGCACTGCAAAATCTCACCACTCCACGGGGCCATATTCACACTTTCGCTCTCATGACATCACTCGGCTATTTCAAGTACCAGTATTTCTCTCCGATGAACAGGCACCCATACGAAATATTTTACAATGATGACGGACATATCCTCTCGAAGATATTCCCTCATCAATCCGGGAAAATCCTTTACGTATACGACGGCACCGGTAAACTGGAAACCGTCCTAGCTGGAGCCTCCGCTATTCGCTACGTGTACCACGACAATACGCACCTAGTCAAAAACGTCGAGATCTCCGATCCAGATTACGACTTGAAACAAGATTACAAATACCACGCAGGAATACTGAAAGACGCGAAAATGAAATTCAATTCAAAAAGCGGCCTCAATAACGCACACTTCAAGTATCAATACGATGGTAACGCTAGGCTTTCCACAATTGATGTCAACATCAATAGCAAGGAAATGCCGCAGCTGAGGCTGAAATACAATCAAAACCTCGGCAGCCTTGAGGCGGTCAGCGACCTGAGGATCTACAGGAACACGTTCAATCGCACCGTCATGCAAGACACCAGTAAACAGTTCTTCACTATTACCGACTACGATGACCACGGCAGAATAAAAACATTTTTAATTAACATCAAAGCTTTTGACGTCTTCCGCTTAGAACTAGAATACGACGCGAGAAATCGAATCAAAACGAAGAAGCTCATGATCGGCGACACCGCCTTCAGCGAACGAATAAGCTACAACTACGACGGGCATCTGATGGAAGTGGTCGGCTCGGAGGACGACCTTAAATACAACTACGACGAGAACGGCAACGTCATTGGCATTATCGAGCACGGCGAGAAACGTTATCTCGGCTACGACATCGGCGACCGAGTCGTTCAGTACGGCGACGTCGAGTTCAGCAGCTACGACGGCCGCGGCTTCGTCGTGAGGCGCGGGGAGCAGAAGTACCGATATAACTCGCGAGGCCAGTTCGTACACGCGTTCGAGAGAGACAAGTTCCAAACGTGGTACTACTACGACGACAGGAGCCGGCTAGTCGCGTGGAAGGACGACAAAAACAACATAACGCAGTTCTTCTACGCCAACCCCCAAACGCCCACCCTGATTACGCACATGCACCATCCTAAAACGGAAAAGACCGTCAGACTACTGTACGATCAGAGAGACTTCCTAACGTGCATCGAAACAGAAGAACAAAGGTTCTACGTAGCTACAGACCACAATGGATCGCCTCTAGCCGTGTTTGATGTAAAGGGCGATATTGTAAAAGAAATAAAGCGGAGTCCGTTCGGAAAGATCATCAAGGACTCCAACCCTAGTTTCTACGTACCTGTAGATTTCCACGGCGGCATATTTGACTATAACACCAACTTGATATATTTGGAGAACAGACTTTACGATCCCGTAGTGGGACAGTGGATGACGCCCAGCTGGGAACACCTGGCCACGAAACTGAGTCTCCCAACAGACATATTCATATATAGATTCAAGAACAACGATCCAATCAACAAACAGCAGAACGTTCCGTACATGACCAGCCTGAATAGCTGGCTGCAACTCTACGGGTACGATCTCAATAAAATGATGGGATCTAAATACATCAACGATATGATATTCCAGCCGATGACGTCAGTGACTGCGGCGCAATTGGCACCCGATTTCGGTGTGATGTCCGGACTACAATGTATCATTGAAAAGGTCAACGACAAGCTTTCCGACATAGAATTCGTACCAACACCCTTACTCAAGATGGAGCCCATCACGAGAAACCTTCTGCCGCGAGTCTCGTACAAGCGTGGCGTATTTGGCGAAGGCGTTCTCATCTCGAGGGTCGACGGCAGAGCGTTTATAAGCGTCGCGGACGGAGCCAACAGCGTCGTCGAAGACGTTATCACGACTGTCTTCAACAACTCTTACTTCCTGGATGTGCACTTCAGTATCCACGACCAGGACGTCTTCTATTTCGTGAAGGATAATTCACTTAAGATCCGGGATGACATGGAGGAACTGAGGCGGCTGTCGGGGAAATTCAACGTGTCTCAAGACGAAACTAACGACCAGGGACTAGAGGTCCGGGTTCACGCTGTGGGTAAGGGCTCTGCTCAAGCTGTCATAGTACTCCGTTACGGAGTCGACCCGGCCCAAGAGCGAATCAAATTACTGAAGCACGCTCACAAACGTGCCGCTACCAGGGCTTGGGAGAGGGAGAAAGCTCTCGTGGCGGCCGGCTGGGAAGGGCGGGGCTCCTGGACCGAGGAAGAGAAGGAGGAACTCATTTCTCACGGTATCGTAGACGGCTGGGCAGCGAGAGACGTCCATTCCATATCGAAGTACCCGCAGCTCGCCGACGATCCGGCCAACATTGTCTTCGTGCGCGACGGGAGAAGGAAACGAAGAAAGAGTGGCCGCTCTCGTCACCGCTCGTGA
Protein
MSLDYIIVNEKKCKQSCLLEGSRLPPDVPPRNPTISRLNGRITGNPADLADFEPSCLVRTPSGNFYVPSGDIQKNPSMDYKSNSSCSSPGKQDKNTLERMDRGDRAHPAFGAPVPVLPVRNNLRATHFPPTASRFHFRKGLSSRCSWKCTAIVFIILFVLLLAIASYMSASYFVNWSYQNSKACTVIVGESTEMFSASKATTLEASNKSLARPHQGSSSSNLGNEQNHSRHRRSVDVEGHASVQPISTMDLSTAVNSVHDISPPSTVSLPHGVTSTTSAQVSEENGDANAFVSANTGDLTKGSLTTRDDDKITTVPSSTVRVTSAINLNENFDNADDVTDKTKPLHVNRLIEIPVFEKSTMATKREQEDIAYDPDDMQGDAFPSIYAYGNQKRQYLKILERLREAYQKIHIYNDTVKIDKNLDKFHYDSDNNDKIDAVPRTTSTVKVIADTETPEMIQTKTSTETSLTSEITVKTPVITTPIVRAITQNEFNSPEFVTTTPAPSVFTTNNLITTTTTATQEASDENVTPTVNIAEARTSDVTNPKRVLINLTISADDADSSYKPLYSLTVTVPTVGAPNELPTVKITPMDVEPTQSMKFDKPVVLDGISNQVNTTTEVPKVATPENTEDWGGICECSCPICGSNNTDDFYDDYTDKSSTTESIPASTEGVDSTPIETTTENEPIESKTGTNPETTTETLSTTDLIDTDSTMEPTTYPEASTTEVTQCVCPKVNPPIILILEGGRTFPAQSFPPDGTTFKQITLGEKLSKEIPPYSYWNMQFYQSQSSYVNFDYLIPRGASIGVYARRNALPTHTQYNFLEVLTGFKARTTRASYPSVKKEVTHYMEQGPWFLSLYNDDGDPQEISFVALVAEEMTHNCPNGCSGKGECLMGHCQCQPGFGGDDCSKSVCPVLCSQRGEYINGECQCNPGWKGKECSLRHDECEVPDCNGHGHCVNGKCSCVRGYKGKFCGEIDCPHPTCSGHGFCIEGTCVCKKGWKGADCGTMDKDALQCLPDCSGHGTFDVDTQTCSCHAKWSGEDCSKEVCSLECGPHGRCVGESCSCAAGWSGEFCSVRLCDARCAEHGQCKNGTCLCVSGWNGRHCTLEGCPRSCAGHGQCRVDNDGRWECKCFDGWDGPDCTTLKEQICDDSRDNDKDGLVDCEDPECCQSPACKSSQLCVSSPKPTDILLRKQPPAITASFFERMKFLIDEGSLQNYAKQETFNESRSAVIRGRVITTLGSGLVGVRVSTSTPLEGFTLTREDGWFDLLVNGGGAVTLHFGRSPFKRSTQVVFVPWNEVVIIEEVVMTTADEKTGMGPPQACLAHDYDMMKPVVLATWKHGFQGACPDKSAILAESQVVQESLQIPGTGLNLVYHSSRAAGYLSTIQLQLTPEIVPPTLALIHLRITIEGILFEKTFEADPIIKFTYSWNRLNVYRQRVYGVTTALVKVGYQYTDCKDIIWNVQTTKLSGHDMSISDVGGWNLDIHHRYNFHEGILQKGDGTNIYLKHKPRLIITTMGDGRQRKLECGSECIGPATKQRLLAPVALAAAPDGSIFVGDFNLVRKINTDGTVRTLVKLNATRVSYRYHMALSPLDGTLYISDPESHQIIKVHNTEDFSDPEHNWETVVGSGERCLPGDEAHCGDGALARDAKLAYPKGVAVSVDNVVYFADGTNIRMVDRDGIITTVIGNHMHRAHWKPIPCEGTLSVEEVHLRWPTELAINPLDNSLHIIDDHMILQMAPDGRVKVIAGRPLHCPAPVSGYDMELATYATLVMPQSIAFGAAGDLYVAESDSQRINRVRLITTDGKISLYAGAESKCNCLERGCDCFEADHFLASNSKFNTISAVVVSPDGIVHIADQANYRIRSVMASIPDASGTREYEIYSPDTQEIYIFNRFGQHVMTKNILTGEDNYVFTYTVNTRNGKLSTVTDAAGNKVFLLRDYSSLVNSIENTKGQKCRLKMSRMKMLQELRTPDNFNVTFDYHRTTGLLKSKYDSTGRSYIYNYDEFGRLTSAVTPTGRIINLTFDLGLKGAIVRVSENNRKPVSILIKGSSVNTKIGEAEKKTIISTDGSISSSMPWGHVISTDTVPYTILAEIDPILGESYPVPAKQRTEVGGDLANRFEWRYFLRRLMSSKGKSSKAVAQIGRKLRVNGENLLTLEYDRDTSTVAVFMDDKYELLNVTYDRTARPVKWGPRSGIFSEVELEYDRFNRLTRWSWGDLNETYGFDRAGRLHEIRYGDGSSLAYSFRDMFTSLPLKVTTPRGSDYLLDYDDSGALQNLTTPRGHIHTFALMTSLGYFKYQYFSPMNRHPYEIFYNDDGHILSKIFPHQSGKILYVYDGTGKLETVLAGASAIRYVYHDNTHLVKNVEISDPDYDLKQDYKYHAGILKDAKMKFNSKSGLNNAHFKYQYDGNARLSTIDVNINSKEMPQLRLKYNQNLGSLEAVSDLRIYRNTFNRTVMQDTSKQFFTITDYDDHGRIKTFLINIKAFDVFRLELEYDARNRIKTKKLMIGDTAFSERISYNYDGHLMEVVGSEDDLKYNYDENGNVIGIIEHGEKRYLGYDIGDRVVQYGDVEFSSYDGRGFVVRRGEQKYRYNSRGQFVHAFERDKFQTWYYYDDRSRLVAWKDDKNNITQFFYANPQTPTLITHMHHPKTEKTVRLLYDQRDFLTCIETEEQRFYVATDHNGSPLAVFDVKGDIVKEIKRSPFGKIIKDSNPSFYVPVDFHGGIFDYNTNLIYLENRLYDPVVGQWMTPSWEHLATKLSLPTDIFIYRFKNNDPINKQQNVPYMTSLNSWLQLYGYDLNKMMGSKYINDMIFQPMTSVTAAQLAPDFGVMSGLQCIIEKVNDKLSDIEFVPTPLLKMEPITRNLLPRVSYKRGVFGEGVLISRVDGRAFISVADGANSVVEDVITTVFNNSYFLDVHFSIHDQDVFYFVKDNSLKIRDDMEELRRLSGKFNVSQDETNDQGLEVRVHAVGKGSAQAVIVLRYGVDPAQERIKLLKHAHKRAATRAWEREKALVAAGWEGRGSWTEEEKEELISHGIVDGWAARDVHSISKYPQLADDPANIVFVRDGRRKRRKSGRSRHRS
Summary
Description
Involved in neural development, regulating the establishment of proper connectivity within the nervous system. Acts as a homophilic and heterophilic synaptic cell adhesion molecule that drives synapse assembly. Promotes bi-directional trans-synaptic signaling with Ten-a to organize neuromuscular synapses. Functions in olfactory synaptic partner matching by promoting homophilic cell adhesion between pre-synaptic olfactory receptor neurons (ORN) axons and post-synaptic projection neurons (PN) dendrites partner in the developing antennal lobe to form stable connections. Also required for peripheral axon growth cone guidance and target recognition of motor neurons.
Subunit
Homodimer. Heterodimer with Ten-a. Interacts with Ten-a; the interaction occurs at the neuromuscular junction. Interacts with alpha-Spec and cher.
Miscellaneous
The name odz (odd Oz) reflects the odd pair rule nature of the gene and Oz reflects the prominent expression of the gene in the brain, heart and neurons, corresponding to the three gifts that the Wizard of Oz bestowed.
Similarity
Belongs to the tenascin family. Teneurin subfamily.
Keywords
Alternative splicing
Cell adhesion
Cell junction
Cell membrane
Complete proteome
Cytoplasm
Developmental protein
Disulfide bond
EGF-like domain
Glycoprotein
Membrane
Neurogenesis
Postsynaptic cell membrane
Reference proteome
Repeat
Synapse
Synaptosome
Transmembrane
Transmembrane helix
Feature
chain Teneurin-m
splice variant In isoform D.
splice variant In isoform D.
Uniprot
H9IV16
A0A3S2M8F5
A0A212FFF6
A0A194RG01
A0A194Q6P5
A0A2A4K280
+ More
A0A2H1VAE1 A0A139WJ16 A0A139WJ91 E2C1D1 A0A151WKP7 E2A2F1 A0A1Y1K1B4 F4WQ11 A0A195BME4 A0A088AC19 A0A195ECH4 A0A026W5A1 A0A067QGA8 A0A154PRZ4 A0A151INB6 A0A0J7KTN6 A0A0M9A6X1 A0A158NXJ0 A0A232FJB8 A0A0L7R9P9 K7J513 A0A336MNZ9 A0A336MJI0 E0V9C8 A0A182G353 A0A1B0CZR2 A0A336MJG8 A0A182PSB1 A0A0L0CRZ7 A0A182M9Z1 Q0IGG1 A0A182V2R3 A0A182FTN0 A0A182GNI2 A0A1I8PJ92 A0A1B0G3C9 A0A182QLF6 A0A1B0AYF2 A0A1A9WCA4 A0A084VU09 A0A182N316 A0A182YBK0 A0A1I8PJ17 A0A1B6BYQ2 A0A1I8MYS1 A0A1I8MYS5 A0A240PJV9 W5JP03 Q7QK12 B0W7X3 A0A1I8PJC0 A0A1I8PJ05 A0A1I8MYR2 A0A1B6CCY7 N6TRK8 W8AWE8 A0A0K8VYM3 A0A0A1X700 A0A0K8W351 B4J306 A0A3B0JSL2 A0A1I8MYS9 A0A0K8WDH3 W8B5Q7 A0A0K8VEI6 A0A0Q9WWU6 A0A0M3QWJ5 B4KX50 A0A0K8VKF0 A0A3B0J4E3 A0A0K8UF67 B4IB00 B3MB45 M9PGF7 A0A0Q5U5Y4 A0A0J9S199 A0A182KKM2 B4LFA5 A0A0Q9WV43 A0A1A9Y6X2 A0A1W4VAT9 A0A3B0J3R9 B5DHU2 B4MMB0 B4PI70 O61307 B3NJ39 A0A0Q5UKN2 A0A146KU89 A0A023F492 T1HMZ8 A0A1A9VHI2 J9JMB1 A0A2H8U056
A0A2H1VAE1 A0A139WJ16 A0A139WJ91 E2C1D1 A0A151WKP7 E2A2F1 A0A1Y1K1B4 F4WQ11 A0A195BME4 A0A088AC19 A0A195ECH4 A0A026W5A1 A0A067QGA8 A0A154PRZ4 A0A151INB6 A0A0J7KTN6 A0A0M9A6X1 A0A158NXJ0 A0A232FJB8 A0A0L7R9P9 K7J513 A0A336MNZ9 A0A336MJI0 E0V9C8 A0A182G353 A0A1B0CZR2 A0A336MJG8 A0A182PSB1 A0A0L0CRZ7 A0A182M9Z1 Q0IGG1 A0A182V2R3 A0A182FTN0 A0A182GNI2 A0A1I8PJ92 A0A1B0G3C9 A0A182QLF6 A0A1B0AYF2 A0A1A9WCA4 A0A084VU09 A0A182N316 A0A182YBK0 A0A1I8PJ17 A0A1B6BYQ2 A0A1I8MYS1 A0A1I8MYS5 A0A240PJV9 W5JP03 Q7QK12 B0W7X3 A0A1I8PJC0 A0A1I8PJ05 A0A1I8MYR2 A0A1B6CCY7 N6TRK8 W8AWE8 A0A0K8VYM3 A0A0A1X700 A0A0K8W351 B4J306 A0A3B0JSL2 A0A1I8MYS9 A0A0K8WDH3 W8B5Q7 A0A0K8VEI6 A0A0Q9WWU6 A0A0M3QWJ5 B4KX50 A0A0K8VKF0 A0A3B0J4E3 A0A0K8UF67 B4IB00 B3MB45 M9PGF7 A0A0Q5U5Y4 A0A0J9S199 A0A182KKM2 B4LFA5 A0A0Q9WV43 A0A1A9Y6X2 A0A1W4VAT9 A0A3B0J3R9 B5DHU2 B4MMB0 B4PI70 O61307 B3NJ39 A0A0Q5UKN2 A0A146KU89 A0A023F492 T1HMZ8 A0A1A9VHI2 J9JMB1 A0A2H8U056
Pubmed
19121390
22118469
26354079
18362917
19820115
20798317
+ More
28004739 21719571 24508170 24845553 21347285 28648823 20075255 20566863 26483478 26108605 17510324 24438588 25244985 25315136 20920257 23761445 12364791 14747013 17210077 23537049 24495485 25830018 17994087 10731132 12537568 12537572 12537573 12537574 16110336 17569856 17569867 22936249 20966253 15632085 17550304 8070401 9373139 7514504 17893096 21857973 22425994 22426000 26823975 25474469
28004739 21719571 24508170 24845553 21347285 28648823 20075255 20566863 26483478 26108605 17510324 24438588 25244985 25315136 20920257 23761445 12364791 14747013 17210077 23537049 24495485 25830018 17994087 10731132 12537568 12537572 12537573 12537574 16110336 17569856 17569867 22936249 20966253 15632085 17550304 8070401 9373139 7514504 17893096 21857973 22425994 22426000 26823975 25474469
EMBL
BABH01000155
BABH01000156
RSAL01000009
RVE53849.1
AGBW02008828
OWR52466.1
+ More
KQ460297 KPJ16235.1 KQ459439 KPJ01049.1 NWSH01000210 PCG78371.1 ODYU01001506 SOQ37808.1 KQ971338 KYB27963.1 KYB27964.1 GL451921 EFN78238.1 KQ983001 KYQ48452.1 GL436038 EFN72354.1 GEZM01099133 GEZM01099130 JAV53475.1 GL888262 EGI63709.1 KQ976441 KYM86420.1 KQ979074 KYN22920.1 KK107447 EZA50796.1 KK853498 KDR07188.1 KQ435033 KZC14038.1 KQ976940 KYN06967.1 LBMM01003309 KMQ93678.1 KQ435735 KOX77173.1 ADTU01003121 ADTU01003122 ADTU01003123 ADTU01003124 NNAY01000121 OXU30772.1 KQ414624 KOC67559.1 UFQT01001435 SSX30563.1 SSX30562.1 DS234991 EEB09984.1 JXUM01006103 JXUM01006104 JXUM01006105 JXUM01006106 KQ560209 KXJ83826.1 AJVK01009685 AJVK01009686 AJVK01009687 AJVK01009688 SSX30564.1 JRES01000005 KNC34967.1 AXCM01000217 CH477192 EAT48576.1 JXUM01000535 CCAG010020326 CCAG010020327 AXCN02001143 JXJN01005705 JXJN01005706 ATLV01016620 ATLV01016621 KE525097 KFB41453.1 GEDC01031183 JAS06115.1 ADMH02000995 ETN64484.1 AAAB01008804 EAA03852.4 DS231856 EDS38435.1 GEDC01025974 JAS11324.1 APGK01054528 APGK01054529 APGK01054530 APGK01054531 APGK01054532 APGK01054533 APGK01054534 APGK01054535 KB741250 ENN71900.1 GAMC01021424 JAB85131.1 GDHF01008368 JAI43946.1 GBXI01007772 JAD06520.1 GDHF01007004 JAI45310.1 CH916366 EDV97176.1 OUUW01000002 SPP76346.1 GDHF01003167 JAI49147.1 GAMC01021426 JAB85129.1 GDHF01015082 JAI37232.1 CH940647 KRF84821.1 CP012525 ALC44259.1 CH933809 EDW19693.2 GDHF01012976 JAI39338.1 SPP76345.1 GDHF01027025 JAI25289.1 CH480826 EDW44463.1 CH902618 EDV41346.2 AE014296 AGB94904.1 CH954178 KQS44424.1 CM002912 KMZ01170.1 EDW70293.2 KRF84820.1 SPP76344.1 CH379058 EDY69869.3 CH963847 EDW73255.2 CM000159 EDW95518.2 X73154 AF008227 AF008224 AF008226 AF008228 EDV52756.1 KQS44426.1 GDHC01020199 JAP98429.1 GBBI01002372 JAC16340.1 ACPB03011967 ABLF02041086 GFXV01008112 MBW19917.1
KQ460297 KPJ16235.1 KQ459439 KPJ01049.1 NWSH01000210 PCG78371.1 ODYU01001506 SOQ37808.1 KQ971338 KYB27963.1 KYB27964.1 GL451921 EFN78238.1 KQ983001 KYQ48452.1 GL436038 EFN72354.1 GEZM01099133 GEZM01099130 JAV53475.1 GL888262 EGI63709.1 KQ976441 KYM86420.1 KQ979074 KYN22920.1 KK107447 EZA50796.1 KK853498 KDR07188.1 KQ435033 KZC14038.1 KQ976940 KYN06967.1 LBMM01003309 KMQ93678.1 KQ435735 KOX77173.1 ADTU01003121 ADTU01003122 ADTU01003123 ADTU01003124 NNAY01000121 OXU30772.1 KQ414624 KOC67559.1 UFQT01001435 SSX30563.1 SSX30562.1 DS234991 EEB09984.1 JXUM01006103 JXUM01006104 JXUM01006105 JXUM01006106 KQ560209 KXJ83826.1 AJVK01009685 AJVK01009686 AJVK01009687 AJVK01009688 SSX30564.1 JRES01000005 KNC34967.1 AXCM01000217 CH477192 EAT48576.1 JXUM01000535 CCAG010020326 CCAG010020327 AXCN02001143 JXJN01005705 JXJN01005706 ATLV01016620 ATLV01016621 KE525097 KFB41453.1 GEDC01031183 JAS06115.1 ADMH02000995 ETN64484.1 AAAB01008804 EAA03852.4 DS231856 EDS38435.1 GEDC01025974 JAS11324.1 APGK01054528 APGK01054529 APGK01054530 APGK01054531 APGK01054532 APGK01054533 APGK01054534 APGK01054535 KB741250 ENN71900.1 GAMC01021424 JAB85131.1 GDHF01008368 JAI43946.1 GBXI01007772 JAD06520.1 GDHF01007004 JAI45310.1 CH916366 EDV97176.1 OUUW01000002 SPP76346.1 GDHF01003167 JAI49147.1 GAMC01021426 JAB85129.1 GDHF01015082 JAI37232.1 CH940647 KRF84821.1 CP012525 ALC44259.1 CH933809 EDW19693.2 GDHF01012976 JAI39338.1 SPP76345.1 GDHF01027025 JAI25289.1 CH480826 EDW44463.1 CH902618 EDV41346.2 AE014296 AGB94904.1 CH954178 KQS44424.1 CM002912 KMZ01170.1 EDW70293.2 KRF84820.1 SPP76344.1 CH379058 EDY69869.3 CH963847 EDW73255.2 CM000159 EDW95518.2 X73154 AF008227 AF008224 AF008226 AF008228 EDV52756.1 KQS44426.1 GDHC01020199 JAP98429.1 GBBI01002372 JAC16340.1 ACPB03011967 ABLF02041086 GFXV01008112 MBW19917.1
Proteomes
UP000005204
UP000283053
UP000007151
UP000053240
UP000053268
UP000218220
+ More
UP000007266 UP000008237 UP000075809 UP000000311 UP000007755 UP000078540 UP000005203 UP000078492 UP000053097 UP000027135 UP000076502 UP000078542 UP000036403 UP000053105 UP000005205 UP000215335 UP000053825 UP000002358 UP000009046 UP000069940 UP000249989 UP000092462 UP000075885 UP000037069 UP000075883 UP000008820 UP000075903 UP000069272 UP000095300 UP000092444 UP000075886 UP000092460 UP000091820 UP000030765 UP000075884 UP000076408 UP000095301 UP000075880 UP000000673 UP000007062 UP000002320 UP000019118 UP000001070 UP000268350 UP000008792 UP000092553 UP000009192 UP000001292 UP000007801 UP000000803 UP000008711 UP000075882 UP000092443 UP000192221 UP000001819 UP000007798 UP000002282 UP000015103 UP000078200 UP000007819
UP000007266 UP000008237 UP000075809 UP000000311 UP000007755 UP000078540 UP000005203 UP000078492 UP000053097 UP000027135 UP000076502 UP000078542 UP000036403 UP000053105 UP000005205 UP000215335 UP000053825 UP000002358 UP000009046 UP000069940 UP000249989 UP000092462 UP000075885 UP000037069 UP000075883 UP000008820 UP000075903 UP000069272 UP000095300 UP000092444 UP000075886 UP000092460 UP000091820 UP000030765 UP000075884 UP000076408 UP000095301 UP000075880 UP000000673 UP000007062 UP000002320 UP000019118 UP000001070 UP000268350 UP000008792 UP000092553 UP000009192 UP000001292 UP000007801 UP000000803 UP000008711 UP000075882 UP000092443 UP000192221 UP000001819 UP000007798 UP000002282 UP000015103 UP000078200 UP000007819
Pfam
Interpro
IPR008979
Galactose-bd-like_sf
+ More
IPR013111 EGF_extracell
IPR028916 Tox-GHH_dom
IPR011042 6-blade_b-propeller_TolB-like
IPR000742 EGF-like_dom
IPR013032 EGF-like_CS
IPR031325 RHS_repeat
IPR006530 YD
IPR008969 CarboxyPept-like_regulatory
IPR022385 Rhs_assc_core
IPR041161 EGF_Tenascin
IPR000602 Glyco_hydro_38_N
IPR011330 Glyco_hydro/deAcase_b/a-brl
IPR011013 Gal_mutarotase_sf_dom
IPR015341 Glyco_hydro_38_cen
IPR013780 Glyco_hydro_b
IPR011682 Glyco_hydro_38_C
IPR028995 Glyco_hydro_57/38_cen_sf
IPR027291 Glyco_hydro_38_N_sf
IPR037094 Glyco_hydro_38_cen_sf
IPR011041 Quinoprot_gluc/sorb_DH
IPR015943 WD40/YVTN_repeat-like_dom_sf
IPR013111 EGF_extracell
IPR028916 Tox-GHH_dom
IPR011042 6-blade_b-propeller_TolB-like
IPR000742 EGF-like_dom
IPR013032 EGF-like_CS
IPR031325 RHS_repeat
IPR006530 YD
IPR008969 CarboxyPept-like_regulatory
IPR022385 Rhs_assc_core
IPR041161 EGF_Tenascin
IPR000602 Glyco_hydro_38_N
IPR011330 Glyco_hydro/deAcase_b/a-brl
IPR011013 Gal_mutarotase_sf_dom
IPR015341 Glyco_hydro_38_cen
IPR013780 Glyco_hydro_b
IPR011682 Glyco_hydro_38_C
IPR028995 Glyco_hydro_57/38_cen_sf
IPR027291 Glyco_hydro_38_N_sf
IPR037094 Glyco_hydro_38_cen_sf
IPR011041 Quinoprot_gluc/sorb_DH
IPR015943 WD40/YVTN_repeat-like_dom_sf
SUPFAM
ProteinModelPortal
H9IV16
A0A3S2M8F5
A0A212FFF6
A0A194RG01
A0A194Q6P5
A0A2A4K280
+ More
A0A2H1VAE1 A0A139WJ16 A0A139WJ91 E2C1D1 A0A151WKP7 E2A2F1 A0A1Y1K1B4 F4WQ11 A0A195BME4 A0A088AC19 A0A195ECH4 A0A026W5A1 A0A067QGA8 A0A154PRZ4 A0A151INB6 A0A0J7KTN6 A0A0M9A6X1 A0A158NXJ0 A0A232FJB8 A0A0L7R9P9 K7J513 A0A336MNZ9 A0A336MJI0 E0V9C8 A0A182G353 A0A1B0CZR2 A0A336MJG8 A0A182PSB1 A0A0L0CRZ7 A0A182M9Z1 Q0IGG1 A0A182V2R3 A0A182FTN0 A0A182GNI2 A0A1I8PJ92 A0A1B0G3C9 A0A182QLF6 A0A1B0AYF2 A0A1A9WCA4 A0A084VU09 A0A182N316 A0A182YBK0 A0A1I8PJ17 A0A1B6BYQ2 A0A1I8MYS1 A0A1I8MYS5 A0A240PJV9 W5JP03 Q7QK12 B0W7X3 A0A1I8PJC0 A0A1I8PJ05 A0A1I8MYR2 A0A1B6CCY7 N6TRK8 W8AWE8 A0A0K8VYM3 A0A0A1X700 A0A0K8W351 B4J306 A0A3B0JSL2 A0A1I8MYS9 A0A0K8WDH3 W8B5Q7 A0A0K8VEI6 A0A0Q9WWU6 A0A0M3QWJ5 B4KX50 A0A0K8VKF0 A0A3B0J4E3 A0A0K8UF67 B4IB00 B3MB45 M9PGF7 A0A0Q5U5Y4 A0A0J9S199 A0A182KKM2 B4LFA5 A0A0Q9WV43 A0A1A9Y6X2 A0A1W4VAT9 A0A3B0J3R9 B5DHU2 B4MMB0 B4PI70 O61307 B3NJ39 A0A0Q5UKN2 A0A146KU89 A0A023F492 T1HMZ8 A0A1A9VHI2 J9JMB1 A0A2H8U056
A0A2H1VAE1 A0A139WJ16 A0A139WJ91 E2C1D1 A0A151WKP7 E2A2F1 A0A1Y1K1B4 F4WQ11 A0A195BME4 A0A088AC19 A0A195ECH4 A0A026W5A1 A0A067QGA8 A0A154PRZ4 A0A151INB6 A0A0J7KTN6 A0A0M9A6X1 A0A158NXJ0 A0A232FJB8 A0A0L7R9P9 K7J513 A0A336MNZ9 A0A336MJI0 E0V9C8 A0A182G353 A0A1B0CZR2 A0A336MJG8 A0A182PSB1 A0A0L0CRZ7 A0A182M9Z1 Q0IGG1 A0A182V2R3 A0A182FTN0 A0A182GNI2 A0A1I8PJ92 A0A1B0G3C9 A0A182QLF6 A0A1B0AYF2 A0A1A9WCA4 A0A084VU09 A0A182N316 A0A182YBK0 A0A1I8PJ17 A0A1B6BYQ2 A0A1I8MYS1 A0A1I8MYS5 A0A240PJV9 W5JP03 Q7QK12 B0W7X3 A0A1I8PJC0 A0A1I8PJ05 A0A1I8MYR2 A0A1B6CCY7 N6TRK8 W8AWE8 A0A0K8VYM3 A0A0A1X700 A0A0K8W351 B4J306 A0A3B0JSL2 A0A1I8MYS9 A0A0K8WDH3 W8B5Q7 A0A0K8VEI6 A0A0Q9WWU6 A0A0M3QWJ5 B4KX50 A0A0K8VKF0 A0A3B0J4E3 A0A0K8UF67 B4IB00 B3MB45 M9PGF7 A0A0Q5U5Y4 A0A0J9S199 A0A182KKM2 B4LFA5 A0A0Q9WV43 A0A1A9Y6X2 A0A1W4VAT9 A0A3B0J3R9 B5DHU2 B4MMB0 B4PI70 O61307 B3NJ39 A0A0Q5UKN2 A0A146KU89 A0A023F492 T1HMZ8 A0A1A9VHI2 J9JMB1 A0A2H8U056
PDB
6CMX
E-value=0,
Score=2715
Ontologies
GO
GO:0016021
GO:0016020
GO:0008045
GO:0030246
GO:0004559
GO:0006013
GO:0003824
GO:0043025
GO:0016200
GO:0001941
GO:0005737
GO:0034116
GO:0051124
GO:0007155
GO:0022416
GO:0031012
GO:0050808
GO:0007274
GO:0008039
GO:0031005
GO:2000331
GO:0005886
GO:0001745
GO:0048790
GO:0031122
GO:0045211
GO:0043005
GO:0048058
GO:0097090
GO:0040017
GO:0005887
GO:0048499
GO:0042802
GO:0031594
GO:0042051
GO:0046982
GO:0045467
GO:0042803
GO:0034110
GO:0030054
GO:0005515
GO:0005783
GO:0006457
GO:0051082
GO:0015914
GO:0046872
GO:0006412
GO:0016876
GO:0043039
Topology
Subcellular location
Cytoplasm
Cell junction
Synapse
Postsynaptic cell membrane
Synaptosome
Membrane
Cell junction
Synapse
Postsynaptic cell membrane
Synaptosome
Membrane
Length:
3079
Number of predicted TMHs:
1
Exp number of AAs in TMHs:
22.33359
Exp number, first 60 AAs:
0
Total prob of N-in:
0.99815
inside
1 - 151
TMhelix
152 - 174
outside
175 - 3079
Population Genetic Test Statistics
Pi
17.115051
Theta
14.898805
Tajima's D
0.287403
CLR
0.796976
CSRT
0.458127093645318
Interpretation
Uncertain
