Gene detail

Detailed information of evm.model.Ap6.1413 in Astrangia poculata

Genomic Location: Ap6:13770033...13802497
NR annotation: XP_020608853.1, basement membrane-specific heparan sulfate proteoglycan core protein-like [Orbicella faveolata]
Species Astrangia poculata · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

evm.model.Ap6.1413

ttgcgtgaagtttccttggacattacaattaatgacgtaaccaatcagtcacgtgcttcttcggttgagcagtgcgcatgtccattggaataccagggtttgtcctgtgagtcttgtaaaccgggtttctatcgttcacgtgttggcccgtaccttggcacgtgcatcaaatgtgattgtcacggacattcacgtgataactactgtgatcctgagactggagaatgcaagaattgtcaacacaacactgcaggttttcgctgtcacaattgtcttaccggtttctatggaaacgctacaattggaaaacggtcggactgtaagccatgtccttgcccaatgacgtcaccaccaaacaggtttagtcccacgtgcttcatggcagaagatggtcaaccgacatgtgacgcatgcccaccagggtatagcggcagaagatgtgacagatgcattcagccttatgttggaaatccgaccgagccgggagggaactgcaagctggaacttgattgtggatgtgatgttcgtggcagtgtcaacagctattgtgatcctgtcacaaggcagtgcttttgtaagaaaaatgtggaaggcaagacgtgtgacaggtgcaagcgatccttcttcaacttgcagtcggacgagcctgaggggtgtgtgtcgtgcttctgttttggcttgacgaatgattgtaaatgtgccaattattacaaagacacgattcgtctgcgtattgccctactagacggtccaaacttcttacgactctccgacttgtcaggtgactcgattatcagctcgggtttccaagtagagggtgatccgggacattatgtttatgacaagtttgaccagttaccagcagcgacgtactactggttcttgggccgggaatttagaggagatatgatgacaagctatgatgggattttacgttacacggtgtcacacgagatgaagccaggcggtgaactgaccactgatacagacgttcagctgaggggaagaggaattgttcttacttttcgtcatagaaggccgcttgaggggggacagataaagacatacggcctcaaactgtccgagggctggttaaggtacccggatggtgttcgtgtaacaagagatattgtgatgacagtcttgtcttctgtggaaagcatcttagtccgtgcgacgtacagtaccaccacaacaaaggccagcctttatagtgtcaatttggaaaccgctatccctcaagaaacaaggttcggaaaagccaaaaacatcgaacagtgcgcatgcccaccagaatactctggaacgtcttgtcagcgctgtggccttggatacacacgctcgtcccaaggcccggatttctctccctgtgtgccatgctcctgtaatcaacattcaaaggaatgtgatccggaaagaggacaatgtaggagatgcgatcacaacaccacaggcttccattgtgaaagatgtgcagttggtttctatggtgacgccacgaaaggaacacccaaagattgtgaaccatgcccatgccctctgactactgcttccaaccagttcagccgggtctgtaagattgattcagatggtcaaccgacttgcactgcctgtcaaactggttacgctggtaggacctgtaacagatgtgctaagggatacagtggcgatccaaccaaaccgggccaaaagtgtgtcaaactaccagcgggatttatgccaactgtaatagttagaccaaggaaaagaaccaagacggaaggagaagatgccatattctactgttttgctggcggaaaacaacgaccaagaatcacgtggtcccgacagaatggaaagcccttatccagaagggttgttgtgtctgggaaagtcttgctgattaggagagttagaaaagaagatgaaggagcttatatgtgcactgctagaaacgtctacggctttgaaacggctacatcgcaactaaatgttaaagctcggcgcgtggatcccatcagcgtgtcagtgtcaccaaaagtccttcacgtttctttgaaccaaacagctcagttcacgtgcagagccaagagtgtcactgattacaagctcaagtggacacgtggcatgtatggtgcgcttcctgatggggccgagagtaacaacggtgtactgaccattgagaacacccagacgatccatggagggacatacacatgtactggtaaaaacacctttaacgaagacatggtctccgtacaactgagagtgggagtaacaaagccccaagtctctgtaagtcctgccagttttagcgtccgagagggagacgctgctcaattccgttgctcggcttctggatttcccgccccagtgcttcaatggcacggtggtcctggcggtcgactgccaccagaagccaaaacttccaatggcaacggtctgctgacatttgatgcagtaaaaaaagtacaccaaggagagtacttctgtacagcttccaacttgggtggtatatctagcacgggaaccttcttgaatgtctcggctcccggaagtgtccctacaatctccgttactcctaacacgctcacagttttagaaggtgaagaggcccggttcgagtgctctgcaaaaggagacccgactccaactataagctggtcacgtgaaaacggtcaactgcctcaatcttcttcttctgtgaacggcttgctaagtattttaccgacgacgctggaggacggtggtgcttatgtttgcacagctgctaatacgtttggagtcgatggagtcttggtcactctcactgtcgaaagagatacctcggtgcctccaactgcagtcgtctcaccagcaaatcaaactgtcgacgaaggtgcctcagcacttctttcatgccaagtctcgggggatccttacccctcaatacagtggacaagagttggtgaggagttaacagacaatcacgtggtaaccgagggattgttgcaaatccaagaagcgacaaaagaggacgaaggcatgtatgtgtgcgtggcccagaacaagaaaggagtcaagcaagcaacaggcattgtcaacgtcaaaagtaaggagatgccaaagatagaaatcatgccagcaagaaggcttacagttacgggaggagagactgtggtgttccggtgtgtagtcaaggctggtaacccgcctcctgcagtggtctgggaaagagaggaacatgaaccgctgaacagcagtaatgacggtgttttggtgatttcgccggcctctggtgacagccagggaaagtacatttgtaaggcaacaaacgacatgggatccaccgaggctatcgctcttcttatcgtccaaggtgaacccaacatcatagtaagcccgtcaagtcttgtgtccgtgacagctggtagtacagtcacgctggaatgcgcagccgcaggtgatccacctccgtctgttcagtggattgctccagagaattctcgacccaatctccagcagatagaaagcaggcctggtttgtttaaactgatgatagaggacgccagagcaaaggatcagggtaactacacgtgccaagcaagaaacttggtaggaacagcgcgggaaagtgttcagttgatagttacggtggcacacgatgctccagaagttaccgtggaatcgatttctaatacggttatccaaggtgaaaaggccgagttccgctgtaacgcgtctggtataccaactccgagtataacctgggagagactgggctctgatctacccaacggtgcacttgataggaatggactgctgatcatcccgtctgcaggcccagaagacgcaggggtatacttttgtaaggctatgaacagtgaaggagaagacagcgctaacgtgcagttagaggtcatagttcctccccgtgtcgaggtgactccatcccagctggctgtaaatcagggaagttcctttcgcctcttttgtcttgttaaaccatcacttccggtgacgtggtcaaaagttaacggaagtattcccagcggaagtgaggtggacaagggaacacttattgttaacgaggtggaagtggaacagaccggaaagtatcgatgtcatgctagcaatgcagcgggctctagtgaaggttttgcaagcgtcacagtgtttgttgcaccgcaggtaacggtctccccggaggccttggtagcctcgccaaattcaaatgttagtttccagtgcaacgcaaccggcacaccagatcctgtgattacgtggacgaaagaaggcgtagatcttcccaggaggcatttggttgccaatgatgtgttaactctgacacgcattgtgagtttggatgagggacggtacatatgcacagctactaacgcggctggattctctcaaaaacctgtcatactcacagttgaagatcttcctagtgtctctataacaggcggagcgtcagtcaaaactgtaccagtgggtggctcactaacacttgagtgtcgcgggacgggaatcccaaaacctgaaattgtatggtcccgtgttggtggtcccttacccgagggaatagttatagaaggcgaacttctggttatcgccaacgcccgacattcacacgggggagcctatgcttgcaatgttaccaacagagttggctctgtgcagtcccaagttgctgtctttgtacaagaggcccccaaggttacagttactccacggaaatcccgaataaggataggcgagcccgcagaattcacctgtatcgctagcggttcgccttcaccaaaactgacatggcggaaattgaacggttcacttcctgtgaatggcaccgtgcgaggtggagtactaagcattgctaatgtgactcaacagtatgctggggtttatttctgtgaagctaccaatgtcgaaggatcagcggaaggaaatggaactttagaaatcaaagtaaccgtaccaaaattcactcagaagccactgtcctatctgagcctaccgacattaacagaggaaccgcttaatttcactgttgagattgtgtttgcaccagagatggctgatggactcatactctataacgatcagctgaccaaaggctctgttggagactttatatcgtttggaatgtcaaacggctttgcggagtttagatttaaccttggattcgagcccgcaattatcagaagccagcaaccactgcgtctgtacgagtggcacacagtcatcctatcacgtgacgagaaagaaggcaatctgactgttgacaacaagccacctgtgacagggatttctaagggaggtagtacggggcttaacttgaaccgacagttgtacgtgggaggagtcccagacttttcgtccataagttctttgtcgggtttcaaattaggcttcgttggctgcttgagctatttggtaattgatgggaaagttgcaaaccttggagatcccatcaaccgcgtaggactggaagattgtgacgtctgcgcaaccaggccttgtaagaacggtggttcatgtaaggaggtgacgggagcctggggctttgtctgtagttgcaggactggttactcgggaagaacttgccaaggcgccggtcagcggtgttctcctggagtttgcaatgaaggacgttgtgagaatattggagacgatggttttaaatgtatttgcccagcaggttactctggggagtggtgtgaagaaggagctcccatagacacgcccatgttcgagggtaattcgttcatatcattcccgggcatcgaaggcgctgctcaacagttaaaactcgccattagatttatggttcaaaaatcaggcaatatgcttctgctttacaacggtcagcgttggtatcctcaacgaggagacttcatctcgttggctatcattggcggaaaagttgtgtttatgtttgatcttggaagtggtcctggtactgtgcgaagcgccagaaatatcaccgtgggaatgtggcatactgttcaagtggagcgtacccttgacaggagctctctatcgctcgacagtgatccagctgtcacagaccactcaccctgctgcacaaaaggactgaacatcgctttagacttgttcataggcggcgtggaaaacttcacaaagatagacactcgcaaagttggcgttaattctgggcttgttggttgtatatctgctgtatccgtggataacagagaaatcaacttgatcaagtcaaacctcaaattacgtgacatcaagcagtgtaccgaatgtctcttaccttgtgagataaaaccgtgtctaaacaacgccacatgcctaccgatcggcaaaactagttatacctgttcgtgcgcgccagggtatactggacggcactgcgagttcactatggttggaccagaaaagaacaagacctgtctgaatagcggagtagctttccctccgtctgataggatatgtgcatgcccattaggctacggaggagagcgctgcgagagtttcgttcaacttggagagagcgcttccttcagtggagatggctacttacagttcccgggcccactgatgcgaggaccgagggtagtgaaaccagattatatgtcacttgaaataaaaaccgaggcagagaatggagtaattttatggcagggccagagaggagaccactttgcaattggtttaagagaaggatacctagagttcagatttgagctcggctctggcccagctgttcttctttcctcgttaccagtcaacgacggtcagtggcatactgtcgaggtattcaggagttacaaggaaggctcccttaaagtggacgacgaggagcccgttaatggcacgtctgctgaaggaagcagtgggttgaacatacaaggatcaatatttataggaggaggtgacaacattgtggaaatgactaacaacaagtttgatactggttataccggttgtgtaagaagagtttacttcaagaccaggaaaattaaccttcaagctgacgcgagtctcggctggaacgttcttccatgtgacagccagattgcagaaacataa

Transcript

evm.model.Ap6.1413

TTTGCGTGAAGTTTCCTTGGACATTACAATTAATGACGTAACCAATCAGTCACGTGCTTCTTCGGTTGAGCAGTGCGCATGTCCATTGGAATACCAGGGTTTGTCCTGTGAGTCTTGTAAACCGGGTTTCTATCGTTCACGTGTTGGCCCGTACCTTGGCACGTGCATCAAATGTGATTGTCACGGACATTCACGTGATAACTACTGTGATCCTGAGACTGGAGAATGCAAGAATTGTCAACACAACACTGCAGGTTTTCGCTGTCACAATTGTCTTACCGGTTTCTATGGAAACGCTACAATTGGAAAACGGTCGGACTGTAAGCCATGTCCTTGCCCAATGACGTCACCACCAAACAGGTTTAGTCCCACGTGCTTCATGGCAGAAGATGGTCAACCGACATGTGACGCATGCCCACCAGGGTATAGCGGCAGAAGATGTGACAGATGCATTCAGCCTTATGTTGGAAATCCGACCGAGCCGGGAGGGAACTGCAAGCTGGAACTTGATTGTGGATGTGATGTTCGTGGCAGTGTCAACAGCTATTGTGATCCTGTCACAAGGCAGTGCTTTTGTAAGAAAAATGTGGAAGGCAAGACGTGTGACAGGTGCAAGCGATCCTTCTTCAACTTGCAGTCGGACGAGCCTGAGGGGTGTGTGTCGTGCTTCTGTTTTGGCTTGACGAATGATTGTAAATGTGCCAATTATTACAAAGACACGATTCGTCTGCGTATTGCCCTACTAGACGGTCCAAACTTCTTACGACTCTCCGACTTGTCAGGTGACTCGATTATCAGCTCGGGTTTCCAAGTAGAGGGTGATCCGGGACATTATGTTTATGACAAGTTTGACCAGTTACCAGCAGCGACGTACTACTGGTTCTTGGGCCGGGAATTTAGAGGAGATATGATGACAAGCTATGATGGGATTTTACGTTACACGGTGTCACACGAGATGAAGCCAGGCGGTGAACTGACCACTGATACAGACGTTCAGCTGAGGGGAAGAGGAATTGTTCTTACTTTTCGTCATAGAAGGCCGCTTGAGGGGGGACAGATAAAGACATACGGCCTCAAACTGTCCGAGGGCTGGTTAAGGTACCCGGATGGTGTTCGTGTAACAAGAGATATTGTGATGACAGTCTTGTCTTCTGTGGAAAGCATCTTAGTCCGTGCGACGTACAGTACCACCACAACAAAGGCCAGCCTTTATAGTGTCAATTTGGAAACCGCTATCCCTCAAGAAACAAGGTTCGGAAAAGCCAAAAACATCGAACAGTGCGCATGCCCACCAGAATACTCTGGAACGTCTTGTCAGCGCTGTGGCCTTGGATACACACGCTCGTCCCAAGGCCCGGATTTCTCTCCCTGTGTGCCATGCTCCTGTAATCAACATTCAAAGGAATGTGATCCGGAAAGAGGACAATGTAGGAGATGCGATCACAACACCACAGGCTTCCATTGTGAAAGATGTGCAGTTGGTTTCTATGGTGACGCCACGAAAGGAACACCCAAAGATTGTGAACCATGCCCATGCCCTCTGACTACTGCTTCCAACCAGTTCAGCCGGGTCTGTAAGATTGATTCAGATGGTCAACCGACTTGCACTGCCTGTCAAACTGGTTACGCTGGTAGGACCTGTAACAGATGTGCTAAGGGATACAGTGGCGATCCAACCAAACCGGGCCAAAAGTGTGTCAAACTACCAGCGGGATTTATGCCAACTGTAATAGTTAGACCAAGGAAAAGAACCAAGACGGAAGGAGAAGATGCCATATTCTACTGTTTTGCTGGCGGAAAACAACGACCAAGAATCACGTGGTCCCGACAGAATGGAAAGCCCTTATCCAGAAGGGTTGTTGTGTCTGGGAAAGTCTTGCTGATTAGGAGAGTTAGAAAAGAAGATGAAGGAGCTTATATGTGCACTGCTAGAAACGTCTACGGCTTTGAAACGGCTACATCGCAACTAAATGTTAAAGCTCGGCGCGTGGATCCCATCAGCGTGTCAGTGTCACCAAAAGTCCTTCACGTTTCTTTGAACCAAACAGCTCAGTTCACGTGCAGAGCCAAGAGTGTCACTGATTACAAGCTCAAGTGGACACGTGGCATGTATGGTGCGCTTCCTGATGGGGCCGAGAGTAACAACGGTGTACTGACCATTGAGAACACCCAGACGATCCATGGAGGGACATACACATGTACTGGTAAAAACACCTTTAACGAAGACATGGTCTCCGTACAACTGAGAGTGGGAGTAACAAAGCCCCAAGTCTCTGTAAGTCCTGCCAGTTTTAGCGTCCGAGAGGGAGACGCTGCTCAATTCCGTTGCTCGGCTTCTGGATTTCCCGCCCCAGTGCTTCAATGGCACGGTGGTCCTGGCGGTCGACTGCCACCAGAAGCCAAAACTTCCAATGGCAACGGTCTGCTGACATTTGATGCAGTAAAAAAAGTACACCAAGGAGAGTACTTCTGTACAGCTTCCAACTTGGGTGGTATATCTAGCACGGGAACCTTCTTGAATGTCTCGGCTCCCGGAAGTGTCCCTACAATCTCCGTTACTCCTAACACGCTCACAGTTTTAGAAGGTGAAGAGGCCCGGTTCGAGTGCTCTGCAAAAGGAGACCCGACTCCAACTATAAGCTGGTCACGTGAAAACGGTCAACTGCCTCAATCTTCTTCTTCTGTGAACGGCTTGCTAAGTATTTTACCGACGACGCTGGAGGACGGTGGTGCTTATGTTTGCACAGCTGCTAATACGTTTGGAGTCGATGGAGTCTTGGTCACTCTCACTGTCGAAAGAGATACCTCGGTGCCTCCAACTGCAGTCGTCTCACCAGCAAATCAAACTGTCGACGAAGGTGCCTCAGCACTTCTTTCATGCCAAGTCTCGGGGGATCCTTACCCCTCAATACAGTGGACAAGAGTTGGTGAGGAGTTAACAGACAATCACGTGGTAACCGAGGGATTGTTGCAAATCCAAGAAGCGACAAAAGAGGACGAAGGCATGTATGTGTGCGTGGCCCAGAACAAGAAAGGAGTCAAGCAAGCAACAGGCATTGTCAACGTCAAAAGTAAGGAGATGCCAAAGATAGAAATCATGCCAGCAAGAAGGCTTACAGTTACGGGAGGAGAGACTGTGGTGTTCCGGTGTGTAGTCAAGGCTGGTAACCCGCCTCCTGCAGTGGTCTGGGAAAGAGAGGAACATGAACCGCTGAACAGCAGTAATGACGGTGTTTTGGTGATTTCGCCGGCCTCTGGTGACAGCCAGGGAAAGTACATTTGTAAGGCAACAAACGACATGGGATCCACCGAGGCTATCGCTCTTCTTATCGTCCAAGGTGAACCCAACATCATAGTAAGCCCGTCAAGTCTTGTGTCCGTGACAGCTGGTAGTACAGTCACGCTGGAATGCGCAGCCGCAGGTGATCCACCTCCGTCTGTTCAGTGGATTGCTCCAGAGAATTCTCGACCCAATCTCCAGCAGATAGAAAGCAGGCCTGGTTTGTTTAAACTGATGATAGAGGACGCCAGAGCAAAGGATCAGGGTAACTACACGTGCCAAGCAAGAAACTTGGTAGGAACAGCGCGGGAAAGTGTTCAGTTGATAGTTACGGTGGCACACGATGCTCCAGAAGTTACCGTGGAATCGATTTCTAATACGGTTATCCAAGGTGAAAAGGCCGAGTTCCGCTGTAACGCGTCTGGTATACCAACTCCGAGTATAACCTGGGAGAGACTGGGCTCTGATCTACCCAACGGTGCACTTGATAGGAATGGACTGCTGATCATCCCGTCTGCAGGCCCAGAAGACGCAGGGGTATACTTTTGTAAGGCTATGAACAGTGAAGGAGAAGACAGCGCTAACGTGCAGTTAGAGGTCATAGTTCCTCCCCGTGTCGAGGTGACTCCATCCCAGCTGGCTGTAAATCAGGGAAGTTCCTTTCGCCTCTTTTGTCTTGTTAAACCATCACTTCCGGTGACGTGGTCAAAAGTTAACGGAAGTATTCCCAGCGGAAGTGAGGTGGACAAGGGAACACTTATTGTTAACGAGGTGGAAGTGGAACAGACCGGAAAGTATCGATGTCATGCTAGCAATGCAGCGGGCTCTAGTGAAGGTTTTGCAAGCGTCACAGTGTTTGTTGCACCGCAGGTAACGGTCTCCCCGGAGGCCTTGGTAGCCTCGCCAAATTCAAATGTTAGTTTCCAGTGCAACGCAACCGGCACACCAGATCCTGTGATTACGTGGACGAAAGAAGGCGTAGATCTTCCCAGGAGGCATTTGGTTGCCAATGATGTGTTAACTCTGACACGCATTGTGAGTTTGGATGAGGGACGGTACATATGCACAGCTACTAACGCGGCTGGATTCTCTCAAAAACCTGTCATACTCACAGTTGAAGATCTTCCTAGTGTCTCTATAACAGGCGGAGCGTCAGTCAAAACTGTACCAGTGGGTGGCTCACTAACACTTGAGTGTCGCGGGACGGGAATCCCAAAACCTGAAATTGTATGGTCCCGTGTTGGTGGTCCCTTACCCGAGGGAATAGTTATAGAAGGCGAACTTCTGGTTATCGCCAACGCCCGACATTCACACGGGGGAGCCTATGCTTGCAATGTTACCAACAGAGTTGGCTCTGTGCAGTCCCAAGTTGCTGTCTTTGTACAAGAGGCCCCCAAGGTTACAGTTACTCCACGGAAATCCCGAATAAGGATAGGCGAGCCCGCAGAATTCACCTGTATCGCTAGCGGTTCGCCTTCACCAAAACTGACATGGCGGAAATTGAACGGTTCACTTCCTGTGAATGGCACCGTGCGAGGTGGAGTACTAAGCATTGCTAATGTGACTCAACAGTATGCTGGGGTTTATTTCTGTGAAGCTACCAATGTCGAAGGATCAGCGGAAGGAAATGGAACTTTAGAAATCAAAGTAACCGTACCAAAATTCACTCAGAAGCCACTGTCCTATCTGAGCCTACCGACATTAACAGAGGAACCGCTTAATTTCACTGTTGAGATTGTGTTTGCACCAGAGATGGCTGATGGACTCATACTCTATAACGATCAGCTGACCAAAGGCTCTGTTGGAGACTTTATATCGTTTGGAATGTCAAACGGCTTTGCGGAGTTTAGATTTAACCTTGGATTCGAGCCCGCAATTATCAGAAGCCAGCAACCACTGCGTCTGTACGAGTGGCACACAGTCATCCTATCACGTGACGAGAAAGAAGGCAATCTGACTGTTGACAACAAGCCACCTGTGACAGGGATTTCTAAGGGAGGTAGTACGGGGCTTAACTTGAACCGACAGTTGTACGTGGGAGGAGTCCCAGACTTTTCGTCCATAAGTTCTTTGTCGGGTTTCAAATTAGGCTTCGTTGGCTGCTTGAGCTATTTGGTAATTGATGGGAAAGTTGCAAACCTTGGAGATCCCATCAACCGCGTAGGACTGGAAGATTGTGACGTCTGCGCAACCAGGCCTTGTAAGAACGGTGGTTCATGTAAGGAGGTGACGGGAGCCTGGGGCTTTGTCTGTAGTTGCAGGACTGGTTACTCGGGAAGAACTTGCCAAGGCGCCGGTCAGCGGTGTTCTCCTGGAGTTTGCAATGAAGGACGTTGTGAGAATATTGGAGACGATGGTTTTAAATGTATTTGCCCAGCAGGTTACTCTGGGGAGTGGTGTGAAGAAGGAGCTCCCATAGACACGCCCATGTTCGAGGGTAATTCGTTCATATCATTCCCGGGCATCGAAGGCGCTGCTCAACAGTTAAAACTCGCCATTAGATTTATGGTTCAAAAATCAGGCAATATGCTTCTGCTTTACAACGGTCAGCGTTGGTATCCTCAACGAGGAGACTTCATCTCGTTGGCTATCATTGGCGGAAAAGTTGTGTTTATGTTTGATCTTGGAAGTGGTCCTGGTACTGTGCGAAGCGCCAGAAATATCACCGTGGGAATGTGGCATACTGTTCAAGTGGAGCGTACCCTTGACAGGAGCTCTCTATCGCTCGACAGTGATCCAGCTGTCACAGACCACTCACCCTGCTGCACAAAAGGACTGAACATCGCTTTAGACTTGTTCATAGGCGGCGTGGAAAACTTCACAAAGATAGACACTCGCAAAGTTGGCGTTAATTCTGGGCTTGTTGGTTGTATATCTGCTGTATCCGTGGATAACAGAGAAATCAACTTGATCAAGTCAAACCTCAAATTACGTGACATCAAGCAGTGTACCGAATGTCTCTTACCTTGTGAGATAAAACCGTGTCTAAACAACGCCACATGCCTACCGATCGGCAAAACTAGTTATACCTGTTCGTGCGCGCCAGGGTATACTGGACGGCACTGCGAGTTCACTATGGTTGGACCAGAAAAGAACAAGACCTGTCTGAATAGCGGAGTAGCTTTCCCTCCGTCTGATAGGATATGTGCATGCCCATTAGGCTACGGAGGAGAGCGCTGCGAGAGTTTCGTTCAACTTGGAGAGAGCGCTTCCTTCAGTGGAGATGGCTACTTACAGTTCCCGGGCCCACTGATGCGAGGACCGAGGGTAGTGAAACCAGATTATATGTCACTTGAAATAAAAACCGAGGCAGAGAATGGAGTAATTTTATGGCAGGGCCAGAGAGGAGACCACTTTGCAATTGGTTTAAGAGAAGGATACCTAGAGTTCAGATTTGAGCTCGGCTCTGGCCCAGCTGTTCTTCTTTCCTCGTTACCAGTCAACGACGGTCAGTGGCATACTGTCGAGGTATTCAGGAGTTACAAGGAAGGCTCCCTTAAAGTGGACGACGAGGAGCCCGTTAATGGCACGTCTGCTGAAGGAAGCAGTGGGTTGAACATACAAGGATCAATATTTATAGGAGGAGGTGACAACATTGTGGAAATGACTAACAACAAGTTTGATACTGGTTATACCGGTTGTGTAAGAAGAGTTTACTTCAAGACCAGGAAAATTAACCTTCAAGCTGACGCGAGTCTCGGCTGGAACGTTCTTCCATGTGACAGCCAGATTGCAGAAACATAA

Protein

evm.model.Ap6.1413

LREVSLDITINDVTNQSRASSVEQCACPLEYQGLSCESCKPGFYRSRVGPYLGTCIKCDCHGHSRDNYCDPETGECKNCQHNTAGFRCHNCLTGFYGNATIGKRSDCKPCPCPMTSPPNRFSPTCFMAEDGQPTCDACPPGYSGRRCDRCIQPYVGNPTEPGGNCKLELDCGCDVRGSVNSYCDPVTRQCFCKKNVEGKTCDRCKRSFFNLQSDEPEGCVSCFCFGLTNDCKCANYYKDTIRLRIALLDGPNFLRLSDLSGDSIISSGFQVEGDPGHYVYDKFDQLPAATYYWFLGREFRGDMMTSYDGILRYTVSHEMKPGGELTTDTDVQLRGRGIVLTFRHRRPLEGGQIKTYGLKLSEGWLRYPDGVRVTRDIVMTVLSSVESILVRATYSTTTTKASLYSVNLETAIPQETRFGKAKNIEQCACPPEYSGTSCQRCGLGYTRSSQGPDFSPCVPCSCNQHSKECDPERGQCRRCDHNTTGFHCERCAVGFYGDATKGTPKDCEPCPCPLTTASNQFSRVCKIDSDGQPTCTACQTGYAGRTCNRCAKGYSGDPTKPGQKCVKLPAGFMPTVIVRPRKRTKTEGEDAIFYCFAGGKQRPRITWSRQNGKPLSRRVVVSGKVLLIRRVRKEDEGAYMCTARNVYGFETATSQLNVKARRVDPISVSVSPKVLHVSLNQTAQFTCRAKSVTDYKLKWTRGMYGALPDGAESNNGVLTIENTQTIHGGTYTCTGKNTFNEDMVSVQLRVGVTKPQVSVSPASFSVREGDAAQFRCSASGFPAPVLQWHGGPGGRLPPEAKTSNGNGLLTFDAVKKVHQGEYFCTASNLGGISSTGTFLNVSAPGSVPTISVTPNTLTVLEGEEARFECSAKGDPTPTISWSRENGQLPQSSSSVNGLLSILPTTLEDGGAYVCTAANTFGVDGVLVTLTVERDTSVPPTAVVSPANQTVDEGASALLSCQVSGDPYPSIQWTRVGEELTDNHVVTEGLLQIQEATKEDEGMYVCVAQNKKGVKQATGIVNVKSKEMPKIEIMPARRLTVTGGETVVFRCVVKAGNPPPAVVWEREEHEPLNSSNDGVLVISPASGDSQGKYICKATNDMGSTEAIALLIVQGEPNIIVSPSSLVSVTAGSTVTLECAAAGDPPPSVQWIAPENSRPNLQQIESRPGLFKLMIEDARAKDQGNYTCQARNLVGTARESVQLIVTVAHDAPEVTVESISNTVIQGEKAEFRCNASGIPTPSITWERLGSDLPNGALDRNGLLIIPSAGPEDAGVYFCKAMNSEGEDSANVQLEVIVPPRVEVTPSQLAVNQGSSFRLFCLVKPSLPVTWSKVNGSIPSGSEVDKGTLIVNEVEVEQTGKYRCHASNAAGSSEGFASVTVFVAPQVTVSPEALVASPNSNVSFQCNATGTPDPVITWTKEGVDLPRRHLVANDVLTLTRIVSLDEGRYICTATNAAGFSQKPVILTVEDLPSVSITGGASVKTVPVGGSLTLECRGTGIPKPEIVWSRVGGPLPEGIVIEGELLVIANARHSHGGAYACNVTNRVGSVQSQVAVFVQEAPKVTVTPRKSRIRIGEPAEFTCIASGSPSPKLTWRKLNGSLPVNGTVRGGVLSIANVTQQYAGVYFCEATNVEGSAEGNGTLEIKVTVPKFTQKPLSYLSLPTLTEEPLNFTVEIVFAPEMADGLILYNDQLTKGSVGDFISFGMSNGFAEFRFNLGFEPAIIRSQQPLRLYEWHTVILSRDEKEGNLTVDNKPPVTGISKGGSTGLNLNRQLYVGGVPDFSSISSLSGFKLGFVGCLSYLVIDGKVANLGDPINRVGLEDCDVCATRPCKNGGSCKEVTGAWGFVCSCRTGYSGRTCQGAGQRCSPGVCNEGRCENIGDDGFKCICPAGYSGEWCEEGAPIDTPMFEGNSFISFPGIEGAAQQLKLAIRFMVQKSGNMLLLYNGQRWYPQRGDFISLAIIGGKVVFMFDLGSGPGTVRSARNITVGMWHTVQVERTLDRSSLSLDSDPAVTDHSPCCTKGLNIALDLFIGGVENFTKIDTRKVGVNSGLVGCISAVSVDNREINLIKSNLKLRDIKQCTECLLPCEIKPCLNNATCLPIGKTSYTCSCAPGYTGRHCEFTMVGPEKNKTCLNSGVAFPPSDRICACPLGYGGERCESFVQLGESASFSGDGYLQFPGPLMRGPRVVKPDYMSLEIKTEAENGVILWQGQRGDHFAIGLREGYLEFRFELGSGPAVLLSSLPVNDGQWHTVEVFRSYKEGSLKVDDEEPVNGTSAEGSSGLNIQGSIFIGGGDNIVEMTNNKFDTGYTGCVRRVYFKTRKINLQADASLGWNVLPCDSQIAET*

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q05793	Basement membrane-specific heparan sulfate proteoglycan core protein OS=Mus musculus OX=10090 GN=Hspg2 PE=1 SV=1
P98160	Basement membrane-specific heparan sulfate proteoglycan core protein OS=Homo sapiens OX=9606 GN=HSPG2 PE=1 SV=4
Q06561	Basement membrane proteoglycan OS=Caenorhabditis elegans OX=6239 GN=unc-52 PE=1 SV=2

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0001081 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF07679 all species →	I-set	Immunoglobulin I-set domain	Domain	Interproscan
PF00054 all species →	Laminin_G_1	Laminin G domain	Domain	Interproscan
PF00052 all species →	Laminin_B	Laminin B (Domain IV)	Domain	Interproscan
PF00008 all species →	EGF	EGF-like domain	Domain	Interproscan
PF00053 all species →	Laminin_EGF	Laminin EGF domain	Domain	Interproscan
PF13927 all species →	Ig_3	Immunoglobulin domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR009030 all species →	Homologous_superfamily	Growth factor receptor cysteine-rich domain superfamily	Interproscan
IPR013098 all species →	Domain	Immunoglobulin I-set	Interproscan
IPR002049 all species →	Domain	Laminin-type EGF domain	Interproscan
IPR000742 all species →	Domain	EGF-like domain	Interproscan
IPR013783 all species →	Homologous_superfamily	Immunoglobulin-like fold	Interproscan
IPR001791 all species →	Domain	Laminin G domain	Interproscan
IPR036179 all species →	Homologous_superfamily	Immunoglobulin-like domain superfamily	Interproscan
IPR007110 all species →	Domain	Immunoglobulin-like domain	Interproscan
IPR013320 all species →	Homologous_superfamily	Concanavalin A-like lectin/glucanase domain superfamily	Interproscan
IPR000034 all species →	Domain	Laminin IV	Interproscan
IPR003598 all species →	Domain	Immunoglobulin subtype 2	Interproscan
IPR051170 all species →	Family	Neural and epithelial cell adhesion domain-containing protein	Interproscan
IPR003599 all species →	Domain	Immunoglobulin subtype	Interproscan
IPR001881 all species →	Domain	EGF-like calcium-binding domain	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR12231 all species →	CTX-RELATED TYPE I TRANSMEMBRANE PROTEIN	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0005509 all species →	Molecular Function	calcium ion binding	Interproscan

Search by domain instead of by gene. Any accession above (InterPro, Pfam, PANTHER, GO, KEGG) can be used as a query on the Functional Domain Search page, which searches all 148 annotated genomes at once.

KEGG pathway

No KEGG orthology assignment for evm.model.Ap6.1413.

Searching by KO or pathway ID across all species is available on the KEGG Pathway page.