Gene loci information

Transcript annotation

  • This transcript has been annotated as Cadherin-related tumor suppressor.

Parent gene

Gene structure

  • The exon-intron structure of all isoforms are indicated below. CDS regions are colored in green. TSS and TTs that were predicted with CTR-Seq data are indicated in solid circle and squares, respectively. More specific data are shown in the table below.

Chromosome Gene Transcript Category ID Start End
chr_2 g5339 g5339.t1 isoform g5339.t1 8916931 9015043
chr_2 g5339 g5339.t1 exon g5339.t1.exon1 8916931 8917680
chr_2 g5339 g5339.t1 cds g5339.t1.CDS1 8916931 8917680
chr_2 g5339 g5339.t1 exon g5339.t1.exon2 8917756 8922249
chr_2 g5339 g5339.t1 cds g5339.t1.CDS2 8917756 8922249
chr_2 g5339 g5339.t1 exon g5339.t1.exon3 8980308 8980616
chr_2 g5339 g5339.t1 cds g5339.t1.CDS3 8980308 8980616
chr_2 g5339 g5339.t1 exon g5339.t1.exon4 8984619 8984852
chr_2 g5339 g5339.t1 cds g5339.t1.CDS4 8984619 8984852
chr_2 g5339 g5339.t1 exon g5339.t1.exon5 8986270 8986471
chr_2 g5339 g5339.t1 cds g5339.t1.CDS5 8986270 8986471
chr_2 g5339 g5339.t1 exon g5339.t1.exon6 8990163 8990347
chr_2 g5339 g5339.t1 cds g5339.t1.CDS6 8990163 8990347
chr_2 g5339 g5339.t1 exon g5339.t1.exon7 8991506 8991852
chr_2 g5339 g5339.t1 cds g5339.t1.CDS7 8991506 8991852
chr_2 g5339 g5339.t1 exon g5339.t1.exon8 8991908 8991980
chr_2 g5339 g5339.t1 cds g5339.t1.CDS8 8991908 8991980
chr_2 g5339 g5339.t1 exon g5339.t1.exon9 8992042 8992552
chr_2 g5339 g5339.t1 cds g5339.t1.CDS9 8992042 8992552
chr_2 g5339 g5339.t1 exon g5339.t1.exon10 9005097 9010020
chr_2 g5339 g5339.t1 cds g5339.t1.CDS10 9005097 9010020
chr_2 g5339 g5339.t1 exon g5339.t1.exon11 9010081 9010527
chr_2 g5339 g5339.t1 cds g5339.t1.CDS11 9010081 9010527
chr_2 g5339 g5339.t1 exon g5339.t1.exon12 9012370 9015043
chr_2 g5339 g5339.t1 cds g5339.t1.CDS12 9012370 9015043
chr_2 g5339 g5339.t1 TSS g5339.t1 NA NA
chr_2 g5339 g5339.t1 TTS g5339.t1 NA NA

Sequences

>g5339.t1 Gene=g5339 Length=15150
ATGAGATTAAGAAAGGCTTTATGGCTACTTTTTGTAGTCGCTATGCATCTGCTAGCATGT
GGTGCACACAATTCTGGCCCTGGTCCAGGCATTTTTCCACGAAGACGTTCATCAAATGAT
GGCATAATGCAATCACGTGCAGTCGATACGCGAGTTCAATTTGAAATTCTTGAAGGTGAA
CCGCGTGGAACAATTGTTGGCTATATTCCTACAAAACCAGGCTTTACATATCGCTTCAAT
GAGCCACCACGTGAATTCACACTTGATTCAGTGACTGGTGAAATTAAAACAAATGCAGTT
TTAGATCGTGAAGCAATTACAAATGATCGATATGATTTGGTGATTTTGAGCAGTCAACCA
ACTTATCCAATTGAAGTACGGATTATCGTACAAGATATTAATGACAATGCACCAGAATTT
CCTGAACCAAGCATTGCAGTTTCATTTTCTGAAAGTGCTGCACAAGGTACAAGATTATTA
TTGGATGCAGCAACTGATAGAGACAGTGGAACAAACAAAGTCACTGACGATTATCGAATT
GTTGACGGCAATCATGATGACAAATTTCGATTGGCTGTTACGACTAATCCTAGTGGCGAC
GTGTCATATTTACATTTGGAAACGACTGGCAAGCTTGATCGAGAGACAAGAGGATCATAT
GTACTCAATATTTCAGCACGCGATGGTGGAAGTCCACCAAAGAATGGCTATTTACAAGTT
AATGTCACAATTCTTGATGTTAATGATAACCCACCAATATTCGATCACAGCGACTACATT
GTATCATTAAATGAAAGTGTTGTTCCTGGTACACCAGTTTTACAAGTAATGGCATCAGAC
AATGATTTGGGAGACAACAGTAAAATTACTTACTATCTCTCTGACACAGAGACACAATTC
ACAGTTGATCCAGAAACGGGAGTAATTACAACTACAGAATTACTCTCATGTCCACAACAA
AATTGTCCAACATTCACAACTAAGCCTGGTTCATGCCCAAAGAGTTGTGTATTCACTGTG
TTTGCACGCGATCATGGTTCGCCTCGACAAGACGGTCGTACTTATGTTACAGTGAATTTA
GTCGACACCAATGATCATGCACCACAGATTAGATTTCAATACTTTCCGCCCACTGGAACT
TACGCGACTGTCGATGAAAATGCCGTAAATGGATCTGTTGTTGCGGCTGTTTCTGTCGAG
GACATGGACGAAGGACTCAATGGTGAAACTAGTCTGAAAATTATCTCTGGCAATGATCTT
GGCCATTTTCGACTAGACAAAACACCAAGTTTTGATATTGTTAGAGTCAATGGTGTACTC
GATCGAGAAGAAATTGGCAAATATAATTTAACGGTTGTGGCCAGTGATAAAGGTACACCA
TCTAGAACAGCAACTGCATATTTAATTATTCATGTTAACGATGTCAATGACCATGAACCT
GTTTTTGAAAAATCAGAATACTCGGCCATTTTAAGTGAATTAGCACCATCGGGCACATTT
GTGGCAAGCATAACAGCCACTGATGAAGACACAGGAGTAAATGCACAAATTTACTATGAC
TTTGTATCAGGAAATAATAAACAATGGTTCTCAATTGATTCAGTGTCTGGTTTAATTACA
ACGAAAGCGCCACTTGATAGAGAAGTACAAGGATCAATTGAATTAAGCATTTCGGCACGT
GATGGTGGTCCAAATCCAAAATGGGCTTATACACATCTCAAGGTCACAATATTAGATGAA
AATGATGAAAAACCTAAATTTTCACAGCCACACATCAACATTAGTCTCAGTGAGAGCACA
CAACCTCACACATTGGTTGCAATGCTCACTGCATCAGATCTTGATCAAGGCACAAATGGC
AGTGTCTCATATTCCCTACATTCAAGTGTTGAACAAAATTATCCAAACATGTTTACCCTA
GACTCACTTACCGGTCAGCTAACAATCAAAAGTAAGCTCGATCGTGAAACAATCGCAGAC
TATGAGATTCGAGTAATTGCAAAAGATCAAGGTCTCCCACAGCAATCATCTACCGCAACT
GTATTTCTTCATGTCGATGATATCAATGATAATTCACCCGAGTTCTATCCCAAGCGCTAT
TTTGTGGCTTTATCTGATGATACAGCTATTGGCACATCGATAATTAAAGTTCATGCAACA
GATAGAGATGATGGTGATAATGCAATAATCACATACAAATTAGAAAGCGGTGGTGATGGC
TTTTTTGTCGTTGATAATTGGACTGGTGTTATGAGTCTTAGGTCAAGTTTGAGATCATCA
CAAAAATCATTGTTTAAATTAACCGTCTCGGCGAAAGATCGAGGTGATCGTCGTACAGAA
CGCGATGCCATTGTAGAAATAGTGAGAGAATCAAAACTTGAAGAATTGGAATTTGATGCG
CATGGCAACTATGAGTTTTCAATTTATGAGGATTTCGGCAGTGAAAATTCAAAAATTGGT
CGTGAAGTTGGAAAGACAAAAGTCACAACGTCATCGTCTGCGGTTGAATATGCAATTGTC
TACGGTGATCCAAATGGAAATTTCAAAATTGATGAGCAAACAGGTATTATCGTCACAGCA
AAACCAATCGACCGAGAAGAATCAATGATATACACATTAACTGTAGTGGCAAGAGCAGAA
CTTGCTTACGGAAATGTCTCTGTAATCATAAATATTCTCGATTTGAATGATAATGCGCCA
ATTTTCACACGTGACAAAGATGAAATTTATATACCTGAGAATGCGGCAGTTGGAAAAGAA
ATTTATCTCGCACGTGCACGAGACAAAGATGCTGGAATAAATTCGCGAATAACTTATAGT
TTGACTTATAATCCACAAGAGCAATTTAGAATTTCCGAGTCATCGGGCGTGCTCTATCTT
AATCGTCCAATTAGAGTTGATCCAGGAACTGTTATGCATCTTGAAATAACAGCCATGGAT
GGTGGAGAACCGCACTTGATGTCAAAGAATAATGTCATAATTACAATTGAAGATGTTAAT
GACCATACATGTGTCTTTGATCATACATCTTATGAGACTTCATTGCTCGAATCAACTCAT
GTCAACACAAGATTCTTTGCATTGTCAGCATCTGATGCAGACCTTGGCGCTAATGGTCGA
ATTTCATATAAAATTGTTGATGGCAATTCAGAAAATAAATTTGGCATTTTCCCAGATGGA
TATCTGTTTGTTAAAAGTCGATTAGATCGTGAGGAACGAGACTATTATTCACTAACAATC
AGCTGCAGTGATGGTGGAAATCCACAACGTTCAACTGAAGTTCCCGTTGTAATTCATGTA
ATTGATGTGAATGACAATGCACCGCAATTTACAAATGCCACATTCACTTTCAATATTGCC
GAGAATGAGCCAGTTGATTCTTTTGTTGGTAAATTAACAGCAACCGATCGTGACATAGGT
CGTAATGCAGAGCTGATATTTATGCTGTCAAATGTACAAAATGATTTTATGGTTGATCCA
CGCAATGGATTTATCAAGACACTTCATGAATTTGATCGTGAAGCTTTAGTGCAGCAAACT
GGTCAAAATTTTATTACACTTGAAGCAACAGTAACTGACAATGGTGCAGTAAGGCTAAAG
GACAAAGTTAAAGTGAAAATCTTCATAAATGACGTCAATGATCATGCACCACAATTCTTA
AGAGCTCCATACAAAGTTCAAGTTTCTGAGGGTTCAACAATTGGCTCACAATTAATTCGT
GTTTATACTTTTGATGCTGATGAAGGCTTAAATGGTGATGTATTTTATCAAATTTCTGAT
GGTAATGATGGTGGTAAATTTGCAATTGATGAATCAACAGGACAATTGACATTAGTAAAA
TCACTTGATAGAGAAACAATGTCAATTTATAAGTTGACAATTGTCGCACATGATGCTGCT
AAAATTGATCGCTTAAGTTCATCAACAACAATTACAATTGAAGTACTCGATGAAAATGAT
TGTAGTCCTGAATTTGTACAGACCGATACAAATATTAAAGTGATTGAAACAACGCCTGTG
GGCACAGAATTGATTAAATTTCGTGCTACAGATTCCGATTTAGGAATAAATAGTCAGCTG
ACTTATTCAATTGCAGCAGGAAATCGTCGTGATACCTTTCACATTGATCCAATATCTGGT
TCTTTATATTTGCATAAGCTATTGGACTATGAAGATACACAGTCATATTCATTAAATATC
ACTGCTTCAGATGGTGGCAATCCAAGGCTATCAACAACCATCATGTTTGTCGTCACCGTT
TTTGATTATAATGATAATGCACCGACATTTCCCAACACGGCAATTGTACGACAAATACGC
GAAGGTATTCCAATTAATACGCCAATTGTCACAATCACAGCCGAAGATCCAGACTCAGGC
TTAAATGGAAAAGTCACATATGCAATACAAAGTCAAGATCCAACATTTGGTCAACGACAT
TTTGGTATTAATGCGACGTCTGGTGTAATTTTTACAATGCGTCAAATCGATCGTGAATCT
GTCGATACTTTCAGACTTATTGTTGTTGCGACTGATCAAGCTGAAGTGCCATCACAAAGG
CTCTCAGCTGAAAAACTCGTTACAGTTATTGTCGAGGATATAAATGATTGTGAACCAATT
TTTGTGTCAATGAATGCAGCCGTTCTGCCGCTCAAAGATATTCGCGTTGAACCGGGTCGC
GATGGTTATCCTATAATGAATGTTTTCGCACGTGACGCTGACTCGAGTTCTAATGGACTT
GTGACCTACGAAATGGTCAGTGGTAATAGTGATTTATTTAAATTGCATCGTAGCACTGGT
GTGATTTCGCTTAAAAAGACAATAAACAATAATCCCGAAGCGCGTTATCAATTAGCAGTC
AAAGCGACTGATGAAGCAGTGCAAAGTGAAAGAAAATCAAGTGATGCTTATATTACAATT
ATTTCGAGTAGTTCTGCAAGTGGTGGTCCAGTGTTTGAACAAAAAGATTTATCGGGAAGT
GTTTTTGAAAATGAGCCGGCAGGTACGAGCATTCTTACAGTATCTGCACATTTAAGTTCA
AATGGTGCAGGTCAAGAAATTGAATATTATGTGACAAATGTAACAGGCAATGGTAAACAA
GTGGATCGTCTTTTTGATATCGATACTAAGCTCGGTATCCTTTCCACTGCCATTGAATTA
GATCGCGAAAATGGAATTGAAACTTATGTCATTGAAGTCTACGCAATTGTCATCGGTGGA
ATACCACGTACATCAAGCACAAAGGTCAAAGTAACAGTGCTGGATAAAAATGACGAGAGT
CCGACCTTTCGTGACTTACCATTGAGCTATATGGTATCAGAAGATCTCGGCAATGGTCAA
ATTATTGCGACGATAAAAGCAACAGACCCGGATACGATAGGAAAATTGGAGTACTCATTA
ATTTCAGGCGATGATGGTAAATTTACATTGGATAAACATCAAGGAGTTTTAAAATTGCGA
GATACACTGGATCGCGAAACAAAAGATTTATATAAGCTTGTTATTCGTGTAACTGACAGT
GTCCAATATACAGAAACTACAATATCAATACAGGTCACTGATAGCAACGATAACCCGCCC
GTCTTCACAGAGCCAGCCTATTCGTTTGACATTCCAGAAAATGCACCACGTGGATATCAA
GTCGGTCTCATTTCTGCAACTGATGCTGACTTGGGTGCTAATTCAATGCTCACATATACC
GTCATTAGTGATTGGGCAAACGATGTCTTTTCATTAAACCCACAAACTGGCGTCTTTACA
TTGACAGCACGTTTAGATTATGAAGAGGTACAGCACTACATTCTAGTCGTACAGGCACAA
GATAACGGACATCCAAGTCTATCGAGTACGCTGACAGTTTATTGCAATGTGATCGATTTG
AACGATAACGCGCCCGTCTTTGATCCAATGAGTTATTCAAATGAAATTTATGAGAATGTT
CCAATCGGCACGGAGGTTGTCACAGTTAGTGCTACTGATATCGATTCTGGCGATAACGGT
CGAATAGAGTACAGCATAACCGCAGGCAATGATGATGACTTTGAAATTGTTTCCAATGGA
ACCATCTATACAAAACGAATGCTGGACCGCGAAACCAAGAGCACATACAATTTGGTGGTT
ACTGCTCGTGATTGCGCTAAGGATGTTGACAAACGACTTTCGTCAACTGTACAAGTCACA
GTCATCCTCAAAGATGTAAACGATGTAAAGCCCGTGTTTATAACACCAAATGAGACGAGT
GTTAGCGAAAACATTCCAATCAATACTGTCATGATGGCGATTAAAGCCATTGATCGTGAT
GAAGGTCGCAATGGATATGTTGAATATATGCTGGAAACAAATTCATCATCCATACCGTTC
ACACTTGGTTCAGTTGATGGCTTGCTGCGGGTTTCAGGTCGTTTAGATCGCGAAATAAAG
GCCAATTATGAACTGACCGTAACGGCAAGGGATCGAGGTGAACCACCAAAATCAACGCAA
TCAAAAATTCTTGTAAAAGTATTGGATGAAAATGATAATAGCCCTGTATTTGATCCCAAA
CATTATAGCGCATCAATAGCTGAAAATGCCAGCATTGGAGCGAGTGTTTTGCAAGTATCA
GCAACTGACATCGATGAGGGTGCAAACGGTCGAGTTCGTTTTTCAATCGCGAGTGGTGAC
GATAATCGTGATTTTAGTATTAGCGAAGACACGGGTGTTGTAAGAGTCGCGAAAAATTTA
AATTACGAGCGAAAATCGCGCTATGTGCTAACTGTACGTGCCGAAGATTGTGCTAGTGAT
GTTGGCAGCGGAGAGACGCGTTTTGATACTGCCGAATTGATAATAACAATCACCGATATA
AACGACTGCTTTCCAACATTCCTTGATTCACCCTATCTTGCTTATGTAATGGAGAACGTG
ATACCAAATGGCGGCTATGTGATTTCAGTAAAAGCATATGATGCCGATACACCGCCGTTC
AACAACCAAGTACGATACTTTTTGAAAGAAGGCGATGCTGATCTTTTCAGAATCAACGCA
TCAACTGGCGAGATTTCCTTGTTACGTGCATTGGATCGAGAGCAACAAGCCGAATATACG
TTGACTCTTGTTGCTATGGATACCGGTTCACCACCTCTAACAGGAACTGGAACTGTACGA
GTCATTGTGCAAGACATGAATGACCATAGTCCGGAATTTGAACGCCAATCATATCGTGCA
ACGGTTTCTGAGAATCTACCGGCAGGCACAAAAGTTTTAACGCCTATTGCACGTGACAAA
GATGCAGGACTTAATGCAAAAATCCGCTTTAGTCTATTAGGTGATAAAGTTGAACGTTTT
CATATTAATCACGATACTGGTGAAATTACAACTGCTATAATGCTAGATCGTGAAGATACT
GCAGTTTATCATTTTACACTTATGGCACAAGATTCATCAGCAACAGAACCACGTGCTGCT
GCTGTGAATTTCACGATAACAGTTGATGACATGAATGACAACACACCATCATTTGAGCAA
GCTGCATTCACTGTCAACATTCCCGATCGCATCAAAACAGGCCAGTTTGTGTTCGGCGCC
AAAGCAACCGATCTCGATGATGGCATTAACAGTAAAATTTTATACTCCATTGGTGGAAAA
GACGCAAGTAAATTCAACATAAATATAAACACGGGAGTTATAAAAGCAGCTGAAGAATTG
TCACTCATCGGACATAGCAATGACAGAATATTCAATATTGACATCAATGCAATCGATCAA
GGTCACGAACCAAAATCAGCAAAATGTGAATTAACGATTGAATTGAGACCAGCTCATCTT
TTTCCAACATTCTCTTATTCATCTGAAACGCAATTTATTCTTTCTGAAGATGTTCCAGAA
GGAAAACTTGTGACAAAAATTCAAGCATCATCACCTAAGAAGGGATCAATTGGAAATATT
AAATATGCAATTGCAGGCGGAAATATAAACAATGCTTTAAAAATTGATCGTACAAATGGT
GATGTAACAATTGGACCAGGCAGATTAGATTATGAAATATCACAGCAATACGAAGTGTGG
ATTGAAGCTTCAGATTCTGACAATCCAAGTCTAAGAAGTGTAATGAAACTTACAATCAAT
GTGACTGACGCAAATGATAATGGTCCAATTATGGAGAAAATGATTTACTCTGCTGAAGTG
CTGGAAGAAGAGCCACCGCCTCAAATGGTTGCAAGAATACGTGCTACTGATGCTGATAGT
GATGAAAATGGACAAGTCTCATATCGTTTAGTTAATGACTTTGAAAGTGCATTTGAAATT
GATTCTGACACGGGAGAAATTTTCACCAATTTAAGACTTGATCGTGAAGATATTGCGAGT
TATGAGTTGACAGTTGAAGCAGTCGATCAGGGAATGCCACAAATGACGGGAAGTGCAACA
GTGTTAATCACAGTGCTGGATAAAAACGATAATCCGCCACGATTCACACGACTCTTTAGT
GTCAATGTGACAGAAAATGCAGAAATTGGATCTTTTGTGATTAAAGTCACATCATCTGAC
TTGGACATCAATGAGAATGCCAATGCAACTTATAATTTTACTGAGAATCCAGGCAATAAA
TTCGCTATTGATCCTATTAGTGGTAATGTGACAGTCGCTGGACGCTTAGACCGAGAACAG
CAAGATGAATATTTATTGAAAGTTGTTGCAGTTGATGGAGCATGGAGACAGGAAACTCCA
TTAACAATCACAATTCAAGATTTAAACGATAATGCACCTGAATTTGAGCATAGTTATTAT
AGTTTCAATTTGCCAGAACTTCAAAAGAATGTAGCATTTGTTGGACAAGTTACAGCAACA
GATCGTGACAAACAAGGGCCTAATTCAATCATTTCTTATTCACTACAACATCCAAGTGAT
TTATTTACAATCGATCCAGCATCAGGTGAAATATTCAGTAAACGAACTATTCATTACAAG
CATTCACAAATGGAATCATCGCCTGAAAATATGTATGCAATGACTGTGCTTGCTACTGAC
AATGGTAAACCACCAATGTATTCTGAATGTCTCGTAAACATCAATATTGTCGATGCCAAT
AACAATCCACCGAAATTCGAGAAACGTGACTATCTCTCACCTGTCCCAGAAGATGCAAAA
GAAGGCCAACGAGTTGTGCAAGTGGTCGCAAAAGATACACTCGATTTTGGAGTGAATGCA
GAGATTGAATATGTGATAACAGGTGGTAATGGCAGTAATAATTTCGTCATTAACAAAAAT
GATGGATGGATAAGTGTTAATAAACCATTAAATGTGGGTCCAAGTTCTGTTTATCAGCTT
TCAATAAGAGCAGTTGATAAAGGCGTGCCGCCACAATATGATGACGTTACTGTGACAATT
GTTGTTGCTGGTGAAAATCGCTTCTCACCTGTTTTTACTGCACTCAGTTATCAAGTGATT
GTTCCTGAAAATGAACCGATTGGATCAACAATTTTAGTTGTGTCTGCTTCAGATAATGAT
GATGGTCCAAATGGCATGATAAGATATACAATTTCTGGTGGAAATGAAAGAAAAGAATTT
GCTGTTGATCCACTTTCAGGAAGTGTAACAATTCTTCAATCACTTGATTATGATATAATT
CAAGAATATCATTTGAATATCACAGCCAGAGATCTTGGATTTAAACCACGAAGTGTTGTT
GCTATGTTAAGAGTAACTTTGACAGACATCAATGATCAAAAACCAGAATTCAATCAGACT
GAATATCATGCTTATATTCCTGAAAATTCACCTGCAAAATCATTTGTCTATAAAGCACAA
GCAACAGATAAAGACTCACCAAAAAATGCCATAATTCAGTACACAATCACAAGTGGTTCA
GGAAAAGAATTTTTCACAATAGATCCACAAACTGGTGTTATTTATTCAAAAGTTACATTC
GATTATGAAGAACAAAATCAATATCAAATTATTATCACTGCATCAAATCCTGATTCAACA
ATGTTTAGCACAACAAAAGTGACAATTCACATTACTGGTGTCAATGAATTTTATCCACGT
TTTGTACAACCAGTCTTTCACTTTGATGTTTCAGAATCAGCTGAAGTGGGCACAAGCATT
GGCTCAATTCAAGCAACTGACAAAGATTCTGGTGATGATGGAAAAGTTTATTATTTATTA
GTCGGATCAAGCAATGATAAAGGCTTTAGTATAAATGCAGAAACTGGAATTATGTATGTT
TCACGAAATTTAGATCGAGAGACACAATCACGAGTTGTGCTGACTGTGATGGCAAAAAAT
TTTGGTGGAATTCGTGGAAATGATACAGATGAGGCTCAAGTAATAATTTCAATTCAAGAT
GGAAATGATCCACCTGAATTTCAGTTAAACCTTTATGAGGCTAATGTATCTGAAGATGCA
AATATTGGCACAAAAGTTGTCGCAGTTAAAGCAGTTGATAAAGATGTTAGACCACAAAAT
AATCAATTTAGTTATTCAATAATTGGTGGAAATGTTGATCAAGCATTTAAAATCGATCCA
CAAAGTGGTCAAGTTGAAACAGCAAGAAAATTAGATCGTGAAACGACACCAACTTATTCG
ATTATTGTTGGAGCTATTGATACAGGTATGCCACCACAAACAGGCACTACAATGGTAAAG
ATTAATCTATCTGATGTCAATGATAATGGTCCAACATTTGATGATAATAATCTTATTGGT
TATGTGTCAGAAAATGAACCAGTAGGTACGAGTGTTTTGACCTTATCAGCCAAAGATCCA
GATCTTCCACCTAATGGTGCGCCATTCACTTATTATCTCATTGGCGGTAAACATAAAGCT
CTTGTAAATATTGAAAAACACTCTGGTCTCATCAAAACAACACGATCAATTGACCGTGAA
GTAACACCTCAGTTGGAAATTATGATTGAAGTTGAAGATAATGGAAAACCTAAGATGCGC
TCACAACATAAAGTAATCATTAATGTTCTCGATCAAAATGATAGTCCATCAATGGCTCGT
GTTGCTCATGTCATGGTTTATACATTCAATGGTAAAATTCAAACTGGAAAAATTGCTGAT
GTTCATCCAAATGATCCTGACTCATCTGGCGATTATAAATGCAAACTCATAAGTGCTGTT
AAAGGTGGAGCACTTTCAATTCCAAATGCATGTGATTTGCATATCACGCCAAGTATTAAA
TATACTGGTTATTCACTTTCAATCTCAGGCAATGATGGAATTCATTCTGATGTGATTTCA
ACAATTTCAGTTGATTTTCTTAATTTTGATAACAATACTGTTGCTAATTCAATCACTATT
CGTGTAGAAAATATGACAGCTGCAAATTTTCTTGCCAATTTCTACAGAAGCTTTCAAGAC
ATTGTTAAAGCATCAATGGAGACAGGAGATGATATTTCAGTTTATAGCATTCGTGAAAAT
CAAGATGGTGTTGAAATAACAATTGCATCAAAATTCTCAGCTGGATATAGCTATCGATCA
CCAAGTTATATTGTTGAAAGAGTTCAAAAGAAACGAGAAGCTTTCGTTCAATTACTTCAA
AATCGCAATCTCATTATGCCATATTCACCATGCAATGCAAACAACACTTGTGCCAATGCT
GGCATTTGCTCGGAAAAAATCAATGTGCAAGACGAAGTGCGCATCATTGACAGTCAAAAT
CTTGTATTTACATCACCATTGGTATCGCATGATTTCAATTGTAAGTGTAGTGATGGTTTT
ACTGGCGAAAAATGTGATAAACGACAAGATCCGTGTGCACCAAATCCATGTCAAGCAGGT
GGTCAATGTAGAAGACAAGGTTATGATTTTCAATGTACATGTCCACCAAATCGTGAAGGT
AAATTGTGTCAATTAGAACGAGGTGATGCTTGCTCAAGTAATCCATGTAAATCTGGTGGC
TCATGTCGAGAAAGTCCTGATGGTTCATCATTCTTTTGCCTTTGTCGTCCTGGATATCGT
GGAAATCAGTGTGAAACTATTGCTGACTCATGTAGACCAAATCCATGTCTTTATGGTGGT
CTCTGTGTTAGCCTCAAACCAGGCTATAAATGTTCATGTACTGATGGTCGATATGGACGT
CATTGTGAGAGAGCAACATACGGATTCCAAGAGCTTTCATTTATGCAATTCCCGGCACTT
GATGCGGCAACAAATGATATTTCTATAGTTTTTGCCACAACAAAACCTGATGCACTGTTA
ATATATAATTATGGTGTACAGAGTGGAGGTCGATCAGATTTCGTCGCAATGGAAATTGTT
GGCGGTAAAGCAGTATTTTCATATGGCGGTGCACGAACAGCAATCACATCAATTGTTGTT
GGTGGTAGTAATGCAGCTGATTCATTATCAAATGGAAGATGGCACAAAGTAACAGCCACG
CGTAATGGTCGTGTGATGTCATTAAGTGTAGCTAAATGCACAGACAACGGTGATGTGTGC
GATGAATGTCGACCAGGCGATACAACTTGCTATTCCGATGAAGTCGGTCCAACTGGAACA
TTGAATTTCAATAAACATCCATTGCTGATTGGAGGTTTATCATCGGCAGATCCAATTTTA
GAAAGACCTGGGCAAATTCATTCGGATGATTTAATTGGATGTGTGCATAGTGTTTCGGTG
AATGGACGTGCATTAAATTTGAGCAATCCAATCAAGGCAACTGGTGTAACTTCAACATGC
AATCGAAACAATAATGGCGGACCATGTTCACAAGGACATCCTGACGATCCAGCATTATCA
CTCTGCGGAGCATTCGACGGATGCATGGATCGTTGGCATACAGCAATGTGCAAATGCGGT
GGCGATTTACTGTCACCTGATTGTTACACATCGATAGATCCAATTTCATTGGTCGATGGC
GGATTTATTGAATATAAAATCTCAGAAAAGCACAAGAGAATGCAATTACTGGAAAACATT
TACAGTGGCATGACCAACTGGAATCTCGATTTAGGTCGTCAAAAGAGATTTTCAATCAAG
ACTGACAACATCTCGAGTCTGGCACAAGTCGATGATCCACCGAAGTCAATGAGTGTGAAA
TTTCGAACTGTCAAATCGGACGGTCTTTTGATATATGCCGCTACGAATAAACACTACACC
TCTATTGAATTACGCGATGGTAAACTTGTGTATATCAGCAAGCAAAACACTCAAGTTAAC
ATGACATCATCAAGAGGTGCATATTTGTCAGATGGAAAGTGGCACAATTTGACACTCTTT
TCACACAATCGAATTGTTCAAATGTTGGTTGATGGAAAACTTTATGGCGAAGAATTGGAT
TCAACAGGTGTGCATGATTTTCTTGATCCCTATTTAACAGTTCTTTCTGTTGGTGGTGTA
AGACGTGAACTTGTATTTCCTCAAGATACAACAATTCCATCATTTGAAGGATGCATAGCA
AATTTCACAATCAATAATGAAATTCAACCATTTAATGGAAGTGGAAGTATTTATAAAGAA
GTATTACAACGAGGAAAAGTCTTTTTAGGATGTCATCCACTTACTGGTCTTGCTAGTGTT
CAAGTTACAGATCCATTATCAATCGGAATCACTTTGGTCATTGTTTTCTTTGTAATTCTT
CTCGTTGCCATTCTTGCATCATTTGTTGTATTTAGAATAAGAAAACAACAAAAAGAAAAA
CATGGTGCTGGTGCACTTCATAGTAAACAAAATGGAAATTCAACGTTATTAGGTGGAAGT
GGTTTGGTATCAGGAAGTGGGAATATGGATATGAGTCGTGGCATTCATGTTGGCGATTTA
TCAGGAGTTGGTTTTCATTCAGATGCATCACATGGTACACATCATCTTGTTGCAGCTGAA
CTTATATCGAAAAAATATAAAGAACGAGAAATTAATTCAGCTGAACCACAGAGACCTCAA
AGACCTGATATTATTGAAAGAGAAGTTGTAAGCAAAAGTCCACCACCATTGAGAGAAGTT
ATGTCAAATCATACACATGATCATTTAGCAAATATCGATAATGGATCAGAATTTCCTGAA
CATTATGATTTAGAAAATGCAAGTTCAATTGCACCATCTGATATTGATATTGTTTACCAT
TATAAAGGATATCGAGAAGCTGGTGGAGTAAGGCATCAAAAATATAATCAAAAATACAAA
GCAACACCACCACCAAATTCATATACTCATCATAAACATCAATCATCTGCAGCACAACAT
CATCGTCATTCGCCACATCATGTAGGTCCATATGCACCACGTGTGCCTCAAACTAGTCAA
CCACCAACTGCAACACCACGTCCTCCACATCAAAGCACACCATTAGCGAGACTTTCTCCA
AGTTCTGAAATGAGCTCACAACATCCACGTATATTAACTTTGCATGATATCTCAGGGAAG
CCATTGCAGAGTGCATTATTAGCAACAACATCATCATCGGGTGGTGTTGGAAAAGATGTT
CTTCATAGTAATAGTGAAAGAAGTCTAAATAGTCCAGTCATGTCACAATTGAGTGGTCAA
AGTTCAAGTACAAGTCGTAAAACACCTGGTATGCCACCAAAAACACCAAATGTCTCAAAT
GTTCCAATGGGTTTAACAGCAGAAGAAATTGAAAGACTCAATTCACGTCCTAGAACTTCA
TCTTTAGTATCTACATTAGATGCAGTTTCAAGTAGTAGTGAAGCACCTCGAGTACCTGGT
CAACATATGAATCACATGCATCATTCACCAGTTGTTGACAATCACAGCTCAACATCATCA
GATGAAAGTGGAAATGATAGCTTTACATGTTCTGAAATTGAATACGATAATAACAGTATC
AATGGTGATATAAGACCAAAAAGAGATGACGAAAGAAATGGAAATGAAAGTGGCAATGCA
AGCACATCAAGCAAACCACATATTCCGCCACCTTCTTATGATGGTTTTGATTCTTCCTTT
CGTGGCTCACTCAGCACACTTGTAGCATCAGATGATGACATTTCAACACATATGGTAGGC
GGAATGTATAGACAACCAAATGCAGCATCACCATCAGCAACTACTTTAGGCTGGGATTAT
TTATTAAATTGGGGTCCTAATTTTGAAAGTCTTATGGGAGTATTTAAAGACATTGCAGAA
TTACCTGATAATGTTAATGGTGCACGAGCCATACCAAGCTCATTGAGAATTCCAGCTAGT
GTACAAAATCCATCAGAAGAATATGTTTAA

>g5339.t1 Gene=g5339 Length=5049
MRLRKALWLLFVVAMHLLACGAHNSGPGPGIFPRRRSSNDGIMQSRAVDTRVQFEILEGE
PRGTIVGYIPTKPGFTYRFNEPPREFTLDSVTGEIKTNAVLDREAITNDRYDLVILSSQP
TYPIEVRIIVQDINDNAPEFPEPSIAVSFSESAAQGTRLLLDAATDRDSGTNKVTDDYRI
VDGNHDDKFRLAVTTNPSGDVSYLHLETTGKLDRETRGSYVLNISARDGGSPPKNGYLQV
NVTILDVNDNPPIFDHSDYIVSLNESVVPGTPVLQVMASDNDLGDNSKITYYLSDTETQF
TVDPETGVITTTELLSCPQQNCPTFTTKPGSCPKSCVFTVFARDHGSPRQDGRTYVTVNL
VDTNDHAPQIRFQYFPPTGTYATVDENAVNGSVVAAVSVEDMDEGLNGETSLKIISGNDL
GHFRLDKTPSFDIVRVNGVLDREEIGKYNLTVVASDKGTPSRTATAYLIIHVNDVNDHEP
VFEKSEYSAILSELAPSGTFVASITATDEDTGVNAQIYYDFVSGNNKQWFSIDSVSGLIT
TKAPLDREVQGSIELSISARDGGPNPKWAYTHLKVTILDENDEKPKFSQPHINISLSEST
QPHTLVAMLTASDLDQGTNGSVSYSLHSSVEQNYPNMFTLDSLTGQLTIKSKLDRETIAD
YEIRVIAKDQGLPQQSSTATVFLHVDDINDNSPEFYPKRYFVALSDDTAIGTSIIKVHAT
DRDDGDNAIITYKLESGGDGFFVVDNWTGVMSLRSSLRSSQKSLFKLTVSAKDRGDRRTE
RDAIVEIVRESKLEELEFDAHGNYEFSIYEDFGSENSKIGREVGKTKVTTSSSAVEYAIV
YGDPNGNFKIDEQTGIIVTAKPIDREESMIYTLTVVARAELAYGNVSVIINILDLNDNAP
IFTRDKDEIYIPENAAVGKEIYLARARDKDAGINSRITYSLTYNPQEQFRISESSGVLYL
NRPIRVDPGTVMHLEITAMDGGEPHLMSKNNVIITIEDVNDHTCVFDHTSYETSLLESTH
VNTRFFALSASDADLGANGRISYKIVDGNSENKFGIFPDGYLFVKSRLDREERDYYSLTI
SCSDGGNPQRSTEVPVVIHVIDVNDNAPQFTNATFTFNIAENEPVDSFVGKLTATDRDIG
RNAELIFMLSNVQNDFMVDPRNGFIKTLHEFDREALVQQTGQNFITLEATVTDNGAVRLK
DKVKVKIFINDVNDHAPQFLRAPYKVQVSEGSTIGSQLIRVYTFDADEGLNGDVFYQISD
GNDGGKFAIDESTGQLTLVKSLDRETMSIYKLTIVAHDAAKIDRLSSSTTITIEVLDEND
CSPEFVQTDTNIKVIETTPVGTELIKFRATDSDLGINSQLTYSIAAGNRRDTFHIDPISG
SLYLHKLLDYEDTQSYSLNITASDGGNPRLSTTIMFVVTVFDYNDNAPTFPNTAIVRQIR
EGIPINTPIVTITAEDPDSGLNGKVTYAIQSQDPTFGQRHFGINATSGVIFTMRQIDRES
VDTFRLIVVATDQAEVPSQRLSAEKLVTVIVEDINDCEPIFVSMNAAVLPLKDIRVEPGR
DGYPIMNVFARDADSSSNGLVTYEMVSGNSDLFKLHRSTGVISLKKTINNNPEARYQLAV
KATDEAVQSERKSSDAYITIISSSSASGGPVFEQKDLSGSVFENEPAGTSILTVSAHLSS
NGAGQEIEYYVTNVTGNGKQVDRLFDIDTKLGILSTAIELDRENGIETYVIEVYAIVIGG
IPRTSSTKVKVTVLDKNDESPTFRDLPLSYMVSEDLGNGQIIATIKATDPDTIGKLEYSL
ISGDDGKFTLDKHQGVLKLRDTLDRETKDLYKLVIRVTDSVQYTETTISIQVTDSNDNPP
VFTEPAYSFDIPENAPRGYQVGLISATDADLGANSMLTYTVISDWANDVFSLNPQTGVFT
LTARLDYEEVQHYILVVQAQDNGHPSLSSTLTVYCNVIDLNDNAPVFDPMSYSNEIYENV
PIGTEVVTVSATDIDSGDNGRIEYSITAGNDDDFEIVSNGTIYTKRMLDRETKSTYNLVV
TARDCAKDVDKRLSSTVQVTVILKDVNDVKPVFITPNETSVSENIPINTVMMAIKAIDRD
EGRNGYVEYMLETNSSSIPFTLGSVDGLLRVSGRLDREIKANYELTVTARDRGEPPKSTQ
SKILVKVLDENDNSPVFDPKHYSASIAENASIGASVLQVSATDIDEGANGRVRFSIASGD
DNRDFSISEDTGVVRVAKNLNYERKSRYVLTVRAEDCASDVGSGETRFDTAELIITITDI
NDCFPTFLDSPYLAYVMENVIPNGGYVISVKAYDADTPPFNNQVRYFLKEGDADLFRINA
STGEISLLRALDREQQAEYTLTLVAMDTGSPPLTGTGTVRVIVQDMNDHSPEFERQSYRA
TVSENLPAGTKVLTPIARDKDAGLNAKIRFSLLGDKVERFHINHDTGEITTAIMLDREDT
AVYHFTLMAQDSSATEPRAAAVNFTITVDDMNDNTPSFEQAAFTVNIPDRIKTGQFVFGA
KATDLDDGINSKILYSIGGKDASKFNININTGVIKAAEELSLIGHSNDRIFNIDINAIDQ
GHEPKSAKCELTIELRPAHLFPTFSYSSETQFILSEDVPEGKLVTKIQASSPKKGSIGNI
KYAIAGGNINNALKIDRTNGDVTIGPGRLDYEISQQYEVWIEASDSDNPSLRSVMKLTIN
VTDANDNGPIMEKMIYSAEVLEEEPPPQMVARIRATDADSDENGQVSYRLVNDFESAFEI
DSDTGEIFTNLRLDREDIASYELTVEAVDQGMPQMTGSATVLITVLDKNDNPPRFTRLFS
VNVTENAEIGSFVIKVTSSDLDINENANATYNFTENPGNKFAIDPISGNVTVAGRLDREQ
QDEYLLKVVAVDGAWRQETPLTITIQDLNDNAPEFEHSYYSFNLPELQKNVAFVGQVTAT
DRDKQGPNSIISYSLQHPSDLFTIDPASGEIFSKRTIHYKHSQMESSPENMYAMTVLATD
NGKPPMYSECLVNINIVDANNNPPKFEKRDYLSPVPEDAKEGQRVVQVVAKDTLDFGVNA
EIEYVITGGNGSNNFVINKNDGWISVNKPLNVGPSSVYQLSIRAVDKGVPPQYDDVTVTI
VVAGENRFSPVFTALSYQVIVPENEPIGSTILVVSASDNDDGPNGMIRYTISGGNERKEF
AVDPLSGSVTILQSLDYDIIQEYHLNITARDLGFKPRSVVAMLRVTLTDINDQKPEFNQT
EYHAYIPENSPAKSFVYKAQATDKDSPKNAIIQYTITSGSGKEFFTIDPQTGVIYSKVTF
DYEEQNQYQIIITASNPDSTMFSTTKVTIHITGVNEFYPRFVQPVFHFDVSESAEVGTSI
GSIQATDKDSGDDGKVYYLLVGSSNDKGFSINAETGIMYVSRNLDRETQSRVVLTVMAKN
FGGIRGNDTDEAQVIISIQDGNDPPEFQLNLYEANVSEDANIGTKVVAVKAVDKDVRPQN
NQFSYSIIGGNVDQAFKIDPQSGQVETARKLDRETTPTYSIIVGAIDTGMPPQTGTTMVK
INLSDVNDNGPTFDDNNLIGYVSENEPVGTSVLTLSAKDPDLPPNGAPFTYYLIGGKHKA
LVNIEKHSGLIKTTRSIDREVTPQLEIMIEVEDNGKPKMRSQHKVIINVLDQNDSPSMAR
VAHVMVYTFNGKIQTGKIADVHPNDPDSSGDYKCKLISAVKGGALSIPNACDLHITPSIK
YTGYSLSISGNDGIHSDVISTISVDFLNFDNNTVANSITIRVENMTAANFLANFYRSFQD
IVKASMETGDDISVYSIRENQDGVEITIASKFSAGYSYRSPSYIVERVQKKREAFVQLLQ
NRNLIMPYSPCNANNTCANAGICSEKINVQDEVRIIDSQNLVFTSPLVSHDFNCKCSDGF
TGEKCDKRQDPCAPNPCQAGGQCRRQGYDFQCTCPPNREGKLCQLERGDACSSNPCKSGG
SCRESPDGSSFFCLCRPGYRGNQCETIADSCRPNPCLYGGLCVSLKPGYKCSCTDGRYGR
HCERATYGFQELSFMQFPALDAATNDISIVFATTKPDALLIYNYGVQSGGRSDFVAMEIV
GGKAVFSYGGARTAITSIVVGGSNAADSLSNGRWHKVTATRNGRVMSLSVAKCTDNGDVC
DECRPGDTTCYSDEVGPTGTLNFNKHPLLIGGLSSADPILERPGQIHSDDLIGCVHSVSV
NGRALNLSNPIKATGVTSTCNRNNNGGPCSQGHPDDPALSLCGAFDGCMDRWHTAMCKCG
GDLLSPDCYTSIDPISLVDGGFIEYKISEKHKRMQLLENIYSGMTNWNLDLGRQKRFSIK
TDNISSLAQVDDPPKSMSVKFRTVKSDGLLIYAATNKHYTSIELRDGKLVYISKQNTQVN
MTSSRGAYLSDGKWHNLTLFSHNRIVQMLVDGKLYGEELDSTGVHDFLDPYLTVLSVGGV
RRELVFPQDTTIPSFEGCIANFTINNEIQPFNGSGSIYKEVLQRGKVFLGCHPLTGLASV
QVTDPLSIGITLVIVFFVILLVAILASFVVFRIRKQQKEKHGAGALHSKQNGNSTLLGGS
GLVSGSGNMDMSRGIHVGDLSGVGFHSDASHGTHHLVAAELISKKYKEREINSAEPQRPQ
RPDIIEREVVSKSPPPLREVMSNHTHDHLANIDNGSEFPEHYDLENASSIAPSDIDIVYH
YKGYREAGGVRHQKYNQKYKATPPPNSYTHHKHQSSAAQHHRHSPHHVGPYAPRVPQTSQ
PPTATPRPPHQSTPLARLSPSSEMSSQHPRILTLHDISGKPLQSALLATTSSSGGVGKDV
LHSNSERSLNSPVMSQLSGQSSSTSRKTPGMPPKTPNVSNVPMGLTAEEIERLNSRPRTS
SLVSTLDAVSSSSEAPRVPGQHMNHMHHSPVVDNHSSTSSDESGNDSFTCSEIEYDNNSI
NGDIRPKRDDERNGNESGNASTSSKPHIPPPSYDGFDSSFRGSLSTLVASDDDISTHMVG
GMYRQPNAASPSATTLGWDYLLNWGPNFESLMGVFKDIAELPDNVNGARAIPSSLRIPAS
VQNPSEEYV

Protein features from InterProScan

Transcript Database ID Name Start End E.value
237 g5339.t1 CDD cd11304 Cadherin_repeat 53 136 7.40721E-12
254 g5339.t1 CDD cd11304 Cadherin_repeat 147 250 7.05454E-24
259 g5339.t1 CDD cd11304 Cadherin_repeat 259 366 8.41494E-23
265 g5339.t1 CDD cd11304 Cadherin_repeat 381 478 1.02782E-28
240 g5339.t1 CDD cd11304 Cadherin_repeat 486 582 5.47433E-32
266 g5339.t1 CDD cd11304 Cadherin_repeat 591 691 2.58947E-31
263 g5339.t1 CDD cd11304 Cadherin_repeat 700 787 5.47421E-14
264 g5339.t1 CDD cd11304 Cadherin_repeat 804 898 1.50269E-19
243 g5339.t1 CDD cd11304 Cadherin_repeat 908 1002 2.21878E-24
258 g5339.t1 CDD cd11304 Cadherin_repeat 1010 1106 2.53966E-31
269 g5339.t1 CDD cd11304 Cadherin_repeat 1114 1215 4.10487E-22
242 g5339.t1 CDD cd11304 Cadherin_repeat 1223 1320 1.00939E-31
247 g5339.t1 CDD cd11304 Cadherin_repeat 1331 1426 4.00894E-31
249 g5339.t1 CDD cd11304 Cadherin_repeat 1438 1536 9.41781E-28
253 g5339.t1 CDD cd11304 Cadherin_repeat 1562 1629 1.10344E-13
252 g5339.t1 CDD cd11304 Cadherin_repeat 1658 1758 3.94761E-18
250 g5339.t1 CDD cd11304 Cadherin_repeat 1767 1858 1.70861E-23
255 g5339.t1 CDD cd11304 Cadherin_repeat 1867 1963 4.55627E-33
248 g5339.t1 CDD cd11304 Cadherin_repeat 1971 2068 2.17413E-31
244 g5339.t1 CDD cd11304 Cadherin_repeat 2078 2173 7.67961E-29
238 g5339.t1 CDD cd11304 Cadherin_repeat 2181 2282 1.64044E-31
267 g5339.t1 CDD cd11304 Cadherin_repeat 2291 2389 8.89054E-31
236 g5339.t1 CDD cd11304 Cadherin_repeat 2397 2494 5.5203E-27
262 g5339.t1 CDD cd11304 Cadherin_repeat 2503 2595 5.36865E-14
251 g5339.t1 CDD cd11304 Cadherin_repeat 2611 2707 1.17113E-22
261 g5339.t1 CDD cd11304 Cadherin_repeat 2715 2811 2.31495E-35
260 g5339.t1 CDD cd11304 Cadherin_repeat 2819 2911 4.96296E-26
268 g5339.t1 CDD cd11304 Cadherin_repeat 2920 3022 3.12657E-22
239 g5339.t1 CDD cd11304 Cadherin_repeat 3035 3126 6.0974E-24
241 g5339.t1 CDD cd11304 Cadherin_repeat 3136 3232 7.04686E-32
256 g5339.t1 CDD cd11304 Cadherin_repeat 3241 3336 1.65448E-28
246 g5339.t1 CDD cd11304 Cadherin_repeat 3345 3443 7.84232E-25
245 g5339.t1 CDD cd11304 Cadherin_repeat 3452 3549 6.52614E-33
257 g5339.t1 CDD cd11304 Cadherin_repeat 3561 3654 1.00889E-25
235 g5339.t1 CDD cd00054 EGF_CA 3910 3944 3.72501E-6
233 g5339.t1 CDD cd00054 EGF_CA 3949 3985 2.88752E-9
234 g5339.t1 CDD cd00054 EGF_CA 3989 4023 2.25578E-8
271 g5339.t1 CDD cd00110 LamG 4026 4201 3.39617E-21
270 g5339.t1 CDD cd00110 LamG 4336 4465 2.87894E-20
116 g5339.t1 Coils Coil Coil 5049 5049 -
105 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 43 138 8.8E-11
97 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 139 249 1.2E-23
103 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 250 368 4.2E-25
91 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 369 477 1.5E-24
85 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 478 582 1.7E-30
95 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 583 689 4.3E-32
94 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 690 792 1.5E-22
109 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 804 900 3.2E-18
108 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 901 1002 1.4E-25
101 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1003 1105 1.7E-28
96 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1106 1214 2.0E-23
90 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1215 1320 3.2E-30
88 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1321 1425 1.7E-30
98 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1426 1537 5.1E-28
113 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1538 1645 3.9E-15
114 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1648 1758 4.2E-18
102 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1759 1857 6.0E-22
111 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1858 1962 1.1E-33
93 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 1963 2070 5.7E-30
106 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2074 2174 9.5E-26
82 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2175 2282 4.1E-30
104 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2283 2388 1.7E-27
86 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2389 2493 4.2E-29
110 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2494 2596 7.9E-17
83 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2603 2709 3.4E-19
112 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2710 2812 2.6E-32
89 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2816 2913 1.5E-24
92 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 2914 3020 1.6E-25
99 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3021 3123 1.1E-20
84 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3126 3232 3.9E-27
107 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3233 3336 3.3E-26
100 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3337 3443 8.0E-24
87 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3444 3548 3.2E-29
115 g5339.t1 Gene3D G3DSA:2.60.40.60 Cadherins 3549 3658 6.8E-25
79 g5339.t1 Gene3D G3DSA:2.10.25.10 Laminin 3846 3909 9.2E-6
77 g5339.t1 Gene3D G3DSA:2.10.25.10 Laminin 3910 3947 9.6E-8
78 g5339.t1 Gene3D G3DSA:2.10.25.10 Laminin 3948 3989 1.5E-9
76 g5339.t1 Gene3D G3DSA:2.10.25.10 Laminin 3990 4028 3.2E-8
81 g5339.t1 Gene3D G3DSA:2.60.120.200 - 4029 4221 8.3E-30
80 g5339.t1 Gene3D G3DSA:2.60.120.200 - 4319 4475 3.3E-24
165 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4704 4769 -
168 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4714 4728 -
170 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4735 4749 -
164 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4750 4769 -
167 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4804 4879 -
169 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4804 4842 -
166 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4856 4878 -
163 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4911 4950 -
162 g5339.t1 MobiDBLite mobidb-lite consensus disorder prediction 4921 4935 -
216 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 45 352 0.0
223 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 45 352 0.0
215 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 353 457 0.0
222 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 353 457 0.0
214 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 460 2014 0.0
221 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 460 2014 0.0
217 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 2018 2115 0.0
224 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 2018 2115 0.0
211 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 2113 2263 0.0
218 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 2113 2263 0.0
213 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 2272 2372 0.0
220 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 2272 2372 0.0
212 g5339.t1 PANTHER PTHR24025:SF19 FAT ATYPICAL CADHERIN 4 2367 5036 0.0
219 g5339.t1 PANTHER PTHR24025 DESMOGLEIN FAMILY MEMBER 2367 5036 0.0
227 g5339.t1 PRINTS PR00205 Cadherin signature 84 103 2.7E-29
225 g5339.t1 PRINTS PR00205 Cadherin signature 254 283 2.7E-29
230 g5339.t1 PRINTS PR00205 Cadherin signature 447 459 2.7E-29
231 g5339.t1 PRINTS PR00205 Cadherin signature 461 480 2.7E-29
229 g5339.t1 PRINTS PR00205 Cadherin signature 480 493 2.7E-29
226 g5339.t1 PRINTS PR00205 Cadherin signature 853 879 2.7E-29
228 g5339.t1 PRINTS PR00205 Cadherin signature 884 901 2.7E-29
16 g5339.t1 Pfam PF00028 Cadherin domain 146 245 1.0E-18
11 g5339.t1 Pfam PF00028 Cadherin domain 259 360 8.3E-20
22 g5339.t1 Pfam PF00028 Cadherin domain 382 472 1.3E-17
24 g5339.t1 Pfam PF00028 Cadherin domain 487 578 9.1E-23
27 g5339.t1 Pfam PF00028 Cadherin domain 593 685 6.4E-19
15 g5339.t1 Pfam PF00028 Cadherin domain 702 787 1.7E-12
28 g5339.t1 Pfam PF00028 Cadherin domain 814 892 3.0E-11
25 g5339.t1 Pfam PF00028 Cadherin domain 909 997 6.5E-14
14 g5339.t1 Pfam PF00028 Cadherin domain 1011 1100 2.7E-19
20 g5339.t1 Pfam PF00028 Cadherin domain 1115 1209 1.2E-9
12 g5339.t1 Pfam PF00028 Cadherin domain 1224 1316 2.7E-22
35 g5339.t1 Pfam PF00028 Cadherin domain 1331 1420 4.1E-21
9 g5339.t1 Pfam PF00028 Cadherin domain 1438 1531 1.4E-18
23 g5339.t1 Pfam PF00028 Cadherin domain 1560 1640 5.1E-12
29 g5339.t1 Pfam PF00028 Cadherin domain 1658 1754 7.0E-11
8 g5339.t1 Pfam PF00028 Cadherin domain 1772 1853 5.2E-14
10 g5339.t1 Pfam PF00028 Cadherin domain 1867 1957 1.9E-22
30 g5339.t1 Pfam PF00028 Cadherin domain 1972 2062 3.0E-21
33 g5339.t1 Pfam PF00028 Cadherin domain 2079 2168 3.0E-16
19 g5339.t1 Pfam PF00028 Cadherin domain 2182 2278 6.8E-22
5 g5339.t1 Pfam PF00028 Cadherin domain 2294 2384 7.8E-22
17 g5339.t1 Pfam PF00028 Cadherin domain 2398 2488 3.2E-19
6 g5339.t1 Pfam PF00028 Cadherin domain 2504 2595 3.9E-9
21 g5339.t1 Pfam PF00028 Cadherin domain 2612 2702 2.0E-14
4 g5339.t1 Pfam PF00028 Cadherin domain 2716 2806 2.0E-22
36 g5339.t1 Pfam PF00028 Cadherin domain 2819 2906 3.5E-18
34 g5339.t1 Pfam PF00028 Cadherin domain 2920 3016 1.7E-17
32 g5339.t1 Pfam PF00028 Cadherin domain 3034 3122 5.2E-16
13 g5339.t1 Pfam PF00028 Cadherin domain 3137 3227 2.5E-21
18 g5339.t1 Pfam PF00028 Cadherin domain 3242 3332 7.9E-20
7 g5339.t1 Pfam PF00028 Cadherin domain 3346 3439 2.6E-18
26 g5339.t1 Pfam PF00028 Cadherin domain 3452 3543 7.9E-25
31 g5339.t1 Pfam PF00028 Cadherin domain 3562 3650 3.2E-16
1 g5339.t1 Pfam PF00008 EGF-like domain 3951 3982 3.8E-5
3 g5339.t1 Pfam PF00054 Laminin G domain 4051 4206 2.1E-23
2 g5339.t1 Pfam PF02210 Laminin G domain 4341 4466 5.8E-17
274 g5339.t1 Phobius SIGNAL_PEPTIDE Signal peptide region 1 21 -
275 g5339.t1 Phobius SIGNAL_PEPTIDE_N_REGION N-terminal region of a signal peptide. 1 5 -
276 g5339.t1 Phobius SIGNAL_PEPTIDE_H_REGION Hydrophobic region of a signal peptide. 6 17 -
278 g5339.t1 Phobius SIGNAL_PEPTIDE_C_REGION C-terminal region of a signal peptide. 18 21 -
273 g5339.t1 Phobius NON_CYTOPLASMIC_DOMAIN Region of a membrane-bound protein predicted to be outside the membrane, in the extracellular region. 22 4505 -
277 g5339.t1 Phobius TRANSMEMBRANE Region of a membrane-bound protein predicted to be embedded in the membrane. 4506 4531 -
272 g5339.t1 Phobius CYTOPLASMIC_DOMAIN Region of a membrane-bound protein predicted to be outside the membrane, in the cytoplasm. 4532 5049 -
295 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 242 252 -
293 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 470 480 -
290 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 683 693 -
289 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 890 900 -
297 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 1098 1108 -
292 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 1207 1217 -
298 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 1418 1428 -
291 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 2165 2175 -
287 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 2381 2391 -
286 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 2486 2496 -
294 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 2803 2813 -
296 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 2903 2913 -
288 g5339.t1 ProSitePatterns PS00232 Cadherin domain signature. 3541 3551 -
280 g5339.t1 ProSitePatterns PS01186 EGF-like domain signature 2. 3894 3905 -
283 g5339.t1 ProSitePatterns PS00022 EGF-like domain signature 1. 3894 3905 -
282 g5339.t1 ProSitePatterns PS00022 EGF-like domain signature 1. 3932 3943 -
281 g5339.t1 ProSitePatterns PS01186 EGF-like domain signature 2. 3973 3984 -
284 g5339.t1 ProSitePatterns PS00022 EGF-like domain signature 1. 3973 3984 -
285 g5339.t1 ProSitePatterns PS00022 EGF-like domain signature 1. 4011 4022 -
173 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 40 140 16.71
176 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 141 254 22.498
177 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 255 370 19.999
204 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 376 482 25.786
195 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 483 587 25.72
186 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 588 695 28.811
189 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 696 787 15.066
180 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 815 902 19.999
190 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 903 1006 19.407
179 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1007 1110 27.299
174 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1111 1219 22.015
197 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1220 1325 28.132
187 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1326 1430 27.518
202 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1431 1541 25.523
188 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1557 1652 17.784
178 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1653 1763 20.7
203 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1764 1862 25.567
199 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1863 1967 29.666
172 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 1968 2073 27.101
193 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2073 2177 27.123
175 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2178 2287 27.847
181 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2288 2393 27.978
194 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2394 2498 26.663
185 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2499 2604 15.263
201 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2606 2711 19.319
198 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2712 2815 30.127
192 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2815 2915 25.83
171 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 2916 3026 22.827
191 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3027 3132 20.174
200 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3133 3237 27.167
183 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3238 3341 24.032
184 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3342 3447 24.361
196 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3448 3553 30.171
182 g5339.t1 ProSiteProfiles PS50268 Cadherins domain profile. 3562 3658 21.928
207 g5339.t1 ProSiteProfiles PS50026 EGF-like domain profile. 3847 3906 7.011
208 g5339.t1 ProSiteProfiles PS50026 EGF-like domain profile. 3908 3944 18.991
209 g5339.t1 ProSiteProfiles PS50026 EGF-like domain profile. 3947 3985 22.006
210 g5339.t1 ProSiteProfiles PS50026 EGF-like domain profile. 3987 4023 18.461
206 g5339.t1 ProSiteProfiles PS50025 Laminin G domain profile. 4024 4220 28.413
205 g5339.t1 ProSiteProfiles PS50025 Laminin G domain profile. 4314 4491 27.372
145 g5339.t1 SMART SM00112 CA_2 43 138 6.5E-9
136 g5339.t1 SMART SM00112 CA_2 162 252 3.0E-15
138 g5339.t1 SMART SM00112 CA_2 276 368 3.2E-16
124 g5339.t1 SMART SM00112 CA_2 397 480 6.3E-24
122 g5339.t1 SMART SM00112 CA_2 504 585 2.2E-27
130 g5339.t1 SMART SM00112 CA_2 609 693 3.8E-28
144 g5339.t1 SMART SM00112 CA_2 717 795 0.0091
147 g5339.t1 SMART SM00112 CA_2 823 900 4.1E-17
123 g5339.t1 SMART SM00112 CA_2 924 1004 1.0E-16
142 g5339.t1 SMART SM00112 CA_2 1028 1108 2.4E-28
154 g5339.t1 SMART SM00112 CA_2 1132 1217 1.9E-17
143 g5339.t1 SMART SM00112 CA_2 1241 1323 1.3E-25
146 g5339.t1 SMART SM00112 CA_2 1347 1428 2.1E-25
141 g5339.t1 SMART SM00112 CA_2 1452 1539 9.0E-26
153 g5339.t1 SMART SM00112 CA_2 1568 1650 1.2E-6
148 g5339.t1 SMART SM00112 CA_2 1674 1761 6.8E-13
134 g5339.t1 SMART SM00112 CA_2 1785 1860 4.5E-22
149 g5339.t1 SMART SM00112 CA_2 1884 1965 2.7E-28
155 g5339.t1 SMART SM00112 CA_2 1989 2071 4.4E-24
150 g5339.t1 SMART SM00112 CA_2 2094 2175 1.0E-24
151 g5339.t1 SMART SM00112 CA_2 2199 2285 1.2E-23
129 g5339.t1 SMART SM00112 CA_2 2310 2391 1.8E-30
152 g5339.t1 SMART SM00112 CA_2 2415 2496 5.7E-22
126 g5339.t1 SMART SM00112 CA_2 2520 2603 1.4E-5
137 g5339.t1 SMART SM00112 CA_2 2624 2709 2.6E-18
131 g5339.t1 SMART SM00112 CA_2 2733 2813 2.9E-33
125 g5339.t1 SMART SM00112 CA_2 2836 2913 8.7E-23
133 g5339.t1 SMART SM00112 CA_2 2937 3024 2.3E-20
140 g5339.t1 SMART SM00112 CA_2 3046 3130 4.2E-15
135 g5339.t1 SMART SM00112 CA_2 3154 3235 2.1E-24
139 g5339.t1 SMART SM00112 CA_2 3259 3339 6.7E-22
127 g5339.t1 SMART SM00112 CA_2 3363 3446 1.3E-19
128 g5339.t1 SMART SM00112 CA_2 3469 3551 1.7E-28
132 g5339.t1 SMART SM00112 CA_2 3575 3657 6.7E-19
160 g5339.t1 SMART SM00181 egf_5 3850 3906 0.2
119 g5339.t1 SMART SM00179 egfca_6 3908 3944 0.077
161 g5339.t1 SMART SM00181 egf_5 3911 3944 6.5E-4
121 g5339.t1 SMART SM00179 egfca_6 3947 3985 0.037
159 g5339.t1 SMART SM00181 egf_5 3950 3985 1.2E-5
120 g5339.t1 SMART SM00179 egfca_6 3989 4023 0.013
158 g5339.t1 SMART SM00181 egf_5 3990 4023 8.4E-4
157 g5339.t1 SMART SM00282 LamG_3 4043 4203 1.1E-19
156 g5339.t1 SMART SM00282 LamG_3 4333 4467 5.7E-22
62 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 75 140 4.57E-8
51 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 134 254 1.09E-20
52 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 242 374 1.2E-24
44 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 364 474 3.01E-20
55 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 475 579 9.82E-28
54 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 575 702 3.14E-30
60 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 684 786 1.7E-20
59 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 803 902 1.57E-14
61 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 890 1013 1.28E-26
65 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 994 1102 2.75E-24
48 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1098 1211 2.28E-20
69 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1212 1317 2.75E-27
43 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1319 1422 6.15E-27
63 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1418 1546 1.31E-25
58 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1529 1641 3.14E-14
38 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1649 1764 2.71E-15
53 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1757 1862 1.7E-20
40 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1856 1959 7.59E-31
57 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 1956 2076 2.71E-30
42 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2066 2169 4.28E-22
66 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2171 2287 1.11E-26
49 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2281 2393 2.43E-27
50 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2387 2490 1.7E-23
41 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2486 2594 3.71E-16
37 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2602 2703 3.14E-15
64 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2699 2817 2.14E-30
45 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2809 2915 1.14E-22
39 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 2903 3023 3.28E-21
68 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3014 3139 4.43E-25
67 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3126 3237 2.28E-25
47 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3231 3341 2.62E-26
46 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3334 3440 4.57E-22
56 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3442 3553 1.2E-25
70 g5339.t1 SUPERFAMILY SSF49313 Cadherin-like 3546 3651 5.57E-23
74 g5339.t1 SUPERFAMILY SSF57196 EGF/Laminin 3909 3947 7.54E-7
73 g5339.t1 SUPERFAMILY SSF57196 EGF/Laminin 3949 3986 4.19E-7
72 g5339.t1 SUPERFAMILY SSF49899 Concanavalin A-like lectins/glucanases 4004 4223 2.97E-27
71 g5339.t1 SUPERFAMILY SSF49899 Concanavalin A-like lectins/glucanases 4250 4482 1.19E-25
75 g5339.t1 SignalP_EUK SignalP-noTM SignalP-noTM 1 21 -
279 g5339.t1 SignalP_GRAM_NEGATIVE SignalP-noTM SignalP-noTM 1 24 -
232 g5339.t1 SignalP_GRAM_POSITIVE SignalP-TM SignalP-TM 1 24 -
118 g5339.t1 TMHMM TMhelix Region of a membrane-bound protein predicted to be embedded in the membrane. 7 26 -
117 g5339.t1 TMHMM TMhelix Region of a membrane-bound protein predicted to be embedded in the membrane. 4509 4531 -

Transmembrane regions from TMHMM

Disordered region

IUPRED3 score over 0.5 is predictive of a disordered region.

Data is missing for g5339/g5339.t1; file /home/yuki.yoshida/nias/analysis/reanalysis/18_revice/midgebase/iupred3/g5339.t1.fa.iupred3.txt does not exist

GO terms from InterProScan

GOID TERM ONTOLOGY
GO:0016020 membrane CC
GO:0007155 cell adhesion BP
GO:0007156 homophilic cell adhesion via plasma membrane adhesion molecules BP
GO:0005509 calcium ion binding MF
GO:0005886 plasma membrane CC

KEGG

Orthology

Pathway

  • This transcript belongs to the following pathways

Expression

Transcript expression in Pv11 cells

TPM values are indicated as average +/- STDEV.

Differential expression

Differentially expressed genes were identified with DESeq2 using the ‘run_DE_analysis.pl’ script from Trinity. Transcripts were determined as differentially expressed when (1) FDR < 0.05 (2) fold change > 2 (TPM calculated by RSEM). DE information and fold change between conditions are indicated in the plot below.

Raw TPM values