General information for g2655.t2
Yuki Yoshida
22/1/2022
Gene loci information
Transcript annotation
- This transcript has been annotated as histone-arginine N-methyltransferase.
Parent gene
- The parent gene g2655 is located on chr_3: 19364297..19383354 (+ strand)
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_3 | g2655 | g2655.t2 | TSS | g2655.t2 | 19363007 | 19363007 |
| chr_3 | g2655 | g2655.t2 | isoform | g2655.t2 | 19363118 | 19383354 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon1 | 19363118 | 19364228 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS1 | 19363118 | 19364228 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon2 | 19364297 | 19367519 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS2 | 19364297 | 19367519 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon3 | 19367822 | 19368000 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS3 | 19367822 | 19368000 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon4 | 19368062 | 19368276 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS4 | 19368062 | 19368276 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon5 | 19369220 | 19370884 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS5 | 19369220 | 19370884 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon6 | 19371535 | 19371667 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS6 | 19371535 | 19371667 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon7 | 19371729 | 19373548 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS7 | 19371729 | 19373548 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon8 | 19373610 | 19373728 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS8 | 19373610 | 19373728 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon9 | 19373792 | 19374065 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS9 | 19373792 | 19374065 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon10 | 19374650 | 19374781 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS10 | 19374650 | 19374781 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon11 | 19374837 | 19379666 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS11 | 19374837 | 19379666 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon12 | 19379729 | 19382621 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS12 | 19379729 | 19382621 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon13 | 19382684 | 19382949 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS13 | 19382684 | 19382949 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon14 | 19383015 | 19383197 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS14 | 19383015 | 19383197 |
| chr_3 | g2655 | g2655.t2 | exon | g2655.t2.exon15 | 19383262 | 19383354 |
| chr_3 | g2655 | g2655.t2 | cds | g2655.t2.CDS15 | 19383262 | 19383354 |
| chr_3 | g2655 | g2655.t2 | TTS | g2655.t2 | 19384274 | 19384274 |
Sequences
>g2655.t2 Gene=g2655 Length=17136
ATGGATAGTGCAGCGAGTTTTGATGACGATAACTCGGATAGTGATTATATGAACGTTTCC
TCATCATCTGAAAGTTCAGAAGAAAATGAATTTCCAGCAAAACGTAAGAACGTACCAATC
ACTAAACGCAGAGATGGACTCGATATTAGTAAAAATCCATTATCGATTATTAAATCGAGG
CTTAATATTAGGCAATCGACAAGTCAGGCGGCAGTTAAAATGTGTTTAAAGCGAAAATTC
TCTTTTACAAACGCAACGACTACAACAACAACAAAAAAGGAAAATGATGGTTCAGGCTCA
TCATCGTCCACCATTAACTTTCAACTCATTTCGGCTTCTTCGTCTTCGTCACAACCACAA
TCTCAATCTCAATCGCCAAATGATGAACAATCGATGGAGCTTGAGTCACCAAGTGGTAGT
GGCATTGGAAACAACCTTTCTACACTTATGCCTGCACCAATGCAGGGTAGCGATGATCCA
CCATATTTTCCTGAAAAATTTCCAAGTAAACTATGTGCCTTTTGTAACTTGGGTGAACGC
AGTCAGCTCGGACAGGGTGAAATGTTACGATTAGAACTGAGTGAAGAAGATTCGAAAAAT
GCATTAAAATTAAAATCGCAACAATCACCACAGGAAGACGAATCGAAAAATGGTAGTGAT
GATTTAAGTAAATTGTTAAAAAATGCTTCATCGTCTACATTATTACAACAACAATTAAAT
CGTCGTCAAAAAGGCTTAAACAAGTGCAAGAATCCCGTTGCAACAAACGAATATGTTGAT
GAATTGGAAAAAATTGGCTATACGGAAGCCATGGATTTGAGTCTGATTGTTGAAAATGGC
TACTATTATGTTCATCGTGCGTGTGCAATGTGGTCATTTGGTGTTGATCGAGATCCAATT
AATGAGGCATTAAGTAATGTGTCAACTGTACTGAAACAAAGTTTGAATCGTAAATGTACA
CATTGCAATCATTATGGCGCGAGTGCAGTTTGCAAAATAAATTGTCAAAAGTTTTTCCAT
TTTCCATGCATCGCTGCATCAGGGAGTTTTGAAGATTTTCAATCGTGTTCAGTGTACTGT
TTCGATCATTTGTCACAAGTTGCTGTAAATTGTGGTGAAGAGGCCTACTGTCGAGCATGT
TGTAATTTGGGTGATATAAGCAATCTCATGGTGTGTTCAAAATGTGGTGATCATTATCAT
GGAGCATGTGTTGGATTAGCACAACAACCTGGTGTAAGAGCTGGCTGGCAGTGTAAGAAT
TGTCGTTCATGTCAGATTTGTCGCATTCCTGATAATAGCGATGGTCGAACATTAGCTTGT
GAAACATGCGATAAACTTTATCATCCTCAATGTTTAAGACCAATTATGACAACTGTACCA
AAGTACGGATGGAAGTGTCGTTGTTGTCGTATTTGCAGTGATTGCGGTGCACGAACGCCT
GGAGCAGGAGCTTCTTCGCGATGGCATAATCATTTTACAGTTTGCGATTCATGCTATCAG
CAACGTAATAAGGGATATTCTTGTCCAATTTGTCGTAAAGCATATCGTGCTGCTGCTTAT
AGAGAAATGGTGAAATGTTCAATTTGTCAAAAGTTTGTGCATAGTACATGTGACCCAGAG
GCAGATTTAAACGCCTACGAACGAAGAAAGGAAGTAAATCCGGACTATGAGTATACATGC
GGAATGTGTAAAATTGCAACGCAAAATGAACGAGTTAATTTAGCGATGAGAAGAAGCAAT
AGTGGAGATGATGAAAGTCTTTCCGCATCACAAGAGAGTTTAGATGATATTGATATGGAC
ATTGATGGAAGAATGGGAAGTAGAGAAGATTTAGCACTTGGTTTGGGCAAAGGAAAACCA
ATGCTGGCAAGTAAAATAGCAAAGAAAAAACTGGGACTTAATAATACTGGTGGAATAAAC
AGCAATAATAGCGGTTTTGGACAAAGACCAAAGGGTATTGGAAAATTGGGCTTCCAAAAA
CGTGCAAGAACTTTTGAGTTGGGACGAAAGCGAGGTCCGAAATCGAAAATGCGTGGAATT
TTTGGTGTTCCTGGAATTGGCTTACAACGACCTGTTGCTGCTGATTCAAAACAAAGTGAC
GAAGAACCAGGATCAGAAAATCGTCTTGTTCTTTGTTCAGCAAAAGACCGTTTTGTGCTT
ACTCAAGATATATGTGTAATGTGTGGTGCAATTGGAACAGATCAAGAAGGCTGTCTAATT
TCATGTGCTCAGTGTGGTCAATGCTATCATCCATATTGTGTAACAGTTAAAGTTACTAAA
GAAATTCTTCAAAAAGGCTGGCGTTGTCTTGATTGTACAGTTTGTGAAGGATGTGGCGAA
AAGAATGATGAAGCACGATTAATTTTATGTGACGATTGTGACATTTCATATCATATTTAT
TGTATGGAGCCGCCATTAACGACTGTTCCACAAGGTACATGGAAATGTAAATGGTGTGCA
ATTTGCTTTAAATGCGGCTCAAACGAAGCGGGTAATAATTGTACATGGCAGAATAGCTAT
ACAGAATGTGGACCGTGTGCAAGTCAATCGAATTGTTCAGTGTGCAGTGAAATCTATGCG
GATGGTGAACTAATAATTCAATGTACAAATTGCGATCGATGGCTTCATTGTTTATGTGAT
TCAATTAAGAATGATACAGAAGCAGAAAAATGTGCAGAAGAAGGCTATATTTGTTTATTA
TGTCGACCCAAAGACATTTTAGCACCACATTTACAAATAAAGAAAAAACCACCAACTCTA
TCAACACAATCATCTACGACAACCAAAGAAGAGTCAATTGATGAAAATGATAACGCTACT
ATTTTGGCTCTCGAAGGTAGTCACTTTGTTGATGGTGTTTATTTGAGTGAGCATGGTTTA
CAATTTATAAAAACACTTCAGACAGAACCAAAACGTGCAAAACGCAAACCCAAAGTTATA
CAAGAAGCAGAAAAAGATGCTGGTATTTTGGCAGCAATTGAATCTGTTGTTTCTGGAAGT
GCTGATAATTCAATGGAAGATATCAAAATGGAACCGATGGATCCAAATGAAGAAGCTCAA
ATTTATAAAGATGGTATGACATGGACTAATAATGAACCTGCACCCGAAGGCTTCTCTCTT
TTCACAAATGAAAGTGGTCAAGTTATATTGCGCAAAAAACGTCAAAGAAATCTTCAAAAA
CTTGGTATTGGAGGATTTGCAGTGCGAAATCGAGCTGTACGAACAACAAAGAATGATGAA
GAGCCCTCAAATCAATGTGATGATGCAAAGAAGAAAAAACCGAATCGTCGAAAGCAAAAG
AATAAGCTTATTGAAACTTACCCGACCTATTTACAGGAAGCCTTTTTCGGTAGGCCATTG
ATGGATTCAAGTCTTAAAGTTAAACTTGAATCAAGCAGCAGTGATGAAGAGACAAAGAGT
AATGTCTCAGATGATAAGACAATAAAATTATCATTAGATGAATTGAAAATGATTGAAGCA
ATGCGAGCCAAGCAGCAACAAAAGTTACAAGAAGAACAAAAATTGTTACAAGTAAATGTG
GTCAATCCATTAGAGCAGCAACAACTAATGTCAAATGGTGCACAAATTCAGTTGAATCAA
AAAATGCAATCAACGGACACGACAAGTGTTTTTAATCAAAATACCACTGGCAGCATAGCA
TCAACTTCATCATCAAATATTAATCAAACAGAGATTAAAACTGAATTGGAATTAATGGAT
GATGATGAAAATAATAGTGATACAGAAGCACTAAAAGATGTTCTCGGTTTGCCAGGCGAT
CTTTTAGATAATGATTTAGTCAATACAATAATGAATGAAGACGACGATGATCTCACTAAA
AATACAGCCGGATTAGACGATGTTGATGTAAAAGGTGTTAAAGATGATTTGGCTGATATT
TTGAGTCCTCATTTTAATATTGATATGGAAGATATGTTATTCAAAAGCGTCTTAACGGAT
GAATCACAAGAGTCTCAGGAATCACAATTGACCAATTCACTAACATCGTACTCAACGCAA
TCTACACCTTCTCATCAATCTGAGGTGCAACCTATTCATCTCAATCAACCAACAAATACT
TCTCTACAAAATAATATAAATCAAATGCAATCTCCACAGCAGCAACCAAGTACACCAACC
GCTACAATTATGAATCCTATGACATTGCAACCGCAATCGCCTCAAATAAATACTCAATTA
AATCCCATGAATGTTATGCTTCAGCAACAACAACAACCCAATCAAATGCATCAAATGCAA
GCAAACATGATGCAACGTCAAAATTCTCAGCCTGGCACACCAATCGGTTTAATGCCACAA
CAACAACAAAGAGGACCACAATTCAATACAGCCAATGTATTTCAAAATCAACCACAATGG
AATGCAAATGTTGATAATGATTTTGATTTAGTCAATATGAATGCCGCTGCTAGTCAAGCA
ACAGCAGTAGCAGGTCAGCCACAAAAAATTAATAATCATCAAAAGAATTCTGAACGAATG
TCAGAAGATGAAAAACTCGGTGATATGTCAACAATATCAGCTGTTCTCTATGCAAATCAA
AATCATCCTGAGCTAAAAATTGAATATCCACATTGGCCAGATCGTTATAAGCAAATTATG
AAAAAATGGCGAGCACTATCAGCTGAAAGAAAGCAACCATATTTACAGCGTGCTCGTGAT
AATCGATCGGCACAACAAGCACAGCAACGAACTAAAAAAGCACAACAGGTTGCTCCTGAC
CTATCACCTGATAATGGAACCACGAGCACAAATAGCACTTCTCCTGCACTGAGTTCAACC
CTCTCAGAGTCTTCATCATTGATGGATGTATCAATGATTCAGCAGCAGCATCAATCACAA
CAACAGCAACAAGTGTCGACCCCAACTACAGTCAATGTCGGTCCACCACAACAACTCCAA
GTGGTAAGAAACAATCAGCAGTCCCCAGGCCGCTCTTCTACTCCTTCTTCTTCTTCTAAT
CTACTGCCGGAACATGTACTTGAAACTAACGCTTTAGATAACAAAAACGATTCGACATCT
CCTAATAATATTAAAAATAATTTACTAATCATAGCAAATGAGCACAAAGAATTTAGTTGT
AGTATTGGTGATGAAAATATTAGTTCCCCTATTTCCAATAACAGTAATAATACTATAAAT
GATAAAATCTCAGAGTCTGATGAGGCGAATTTGCTGTTGCAAGTCAAATCCTCTTCTACT
TCATTCGACATGAGTAGTAAAAGTGATAATAATTGTAGTCTTTTGAATAAAAATGCCAAT
ATATCTGTTGCGAGTAATATTGCGAATGCATTTATAAATCTCACAACTTCACTGCCAAAA
AATAATAATAACGCCAACAATATCAGCAATAATAATGGCAGTGGAAGTAATAATAGTAAT
TGTTTACTAAATGCAAGTGGCTTATCACAAACAAAAAATGTAAATGTCATAGTTTCACAA
CAGCCACTTTCAGCACAGCATTTTATGAAGACACTTTCGTTTACGACATCGAGAGGAATT
TTTGTACCAAATGTTATTGCTACAAATATTGCACCTCAATTTACTGTACATCAATATGGG
TTACATGGTGCATCCAGTTCTGGACCAGCACCAAATGTAACTGTAAATCCGAATGGGAAT
TTCAATACAAACTCAAATCCTACGCTTCGACCTGCTATTCCCAATCATTTTCGATTGCTT
TTGCAACAACAGAATGCAAATATTAATTTAAATATCATCAATAATAATAATAATAATCAA
CAGCAAAGTAATGTAAATCCATCGCCCGCACCTTCTCCTATTTTGGAAGCTTCGTTGCAA
ACAATTACAAAAGAAGCCACGATGCAAGCAACGAAAACAACTGTCTTGCCCACTAAAACT
ATTTTTCCAAATCAAATTATTCATCCACCTCAACGATCAATTACTCCATTCACACCCATT
CAGCAAAAAATTGATCAAGATCATGAAATGGTACAGGTTGAAGAATCCTCATCATTAACA
AATAGCACTGCAGATCAACATATTCGCGTTTTAACACCTTCTGAAATTATGAAGACGCTT
CCTTCACTTTCGACACATGATAATGTTTGTTTTAATAGCAGCAGCATGTCAACTGCGAGT
ATAGAGAAGCAGTCAAATGAGACTGATATAAATGCCCTTAGTACTAACAATAATAAAAAG
CTTCAAAACGCATCACAGCACCATCACCATGATCCGAATGCATCAGGCTCTGTTATCTCT
ATTCTTTCCAATAATTCTGCAATTTCTTCTCCTTTGACCATCACTACCACCACCATCACC
TCAGAATGTAACACTTTTACTAGTAGCCATTTCACCACCATCACTAAAGCAACTTTGTCT
TCTACTACTTCTAATAATGCACAAATAATAATGGATCAAGATAAAATTGCAGCTCAACAG
AAGAGCATGAAAGAAGCTGAACAAGAACGTCAATGGAAAATGCTTCAAGCACAACGTGCT
CGTGAGCAACAACTCGGTATGCCTATGGATCATCAGAGAATGAATGATCCAAACATGCAA
CTTCAAATTTCGACAAATCTCAATGATGGATCAATGAGTCCAGTCGCAAGTCCTTCACCA
AATTCAAGAAATCAATTTATGGCTCCAAATAAGGGACGAATGATGATGAATCCTCAAAGT
CCAAGTTCTTCTAACTTCCAACACCCAGGACGTCCTGTTTCCGCTCAATTGCAACGTCAA
CAAAGTCAACGTATAAATCAAAGTCCATTTTCACCACAAACGGGCACACCTCAATCACCG
AACAACATTTTTCCAGGATCACCGTCAGCAGACGGTTTTCAAAGACAACAATCTCTTGAT
GAACAACAATTTTTGCATTCTCCACAAACACCAAAGTCTATTCAACAACAATCACCTGTT
CATACTCCAACAAGTGCAAATATGAGTCCAGTTTATTCTCAAGTAAATCAATCACAACAA
CAACAACAAGCTCCAAATATTCGACCACTCGATGGTGTTAATGCTTACGCACAAGCACCA
GGAACACCGAGACCTTCATTCAATCCTGGTCAAACGCGTACAACTGTTTATGCTAGACCA
GACATGTTTAACAAACCACCGTTTGTTCAATCTAATCAAAACAATCCAGAGCAAAGCAAT
AGACAATTACGTGACTTATTACAGCGTTCACAAGCACCGACAAATTTGCCTGGACCAACA
TCAAGTGCTTTTTCAATGGAAAATGATATGATGAAGAATCAACAAACTCTTCAAACTGGC
ACTGACAACACATTCCGACAACCTCTCCCACCAGGAATCAGACAGCAAAGAATGCAATCA
ATGGTTGGTGGTCAAATGATTCGTGCAGGCCAATTAACTGGAACTGGTCAAAGAATGATT
ATGACACCAGATAATCGTCCACGATTAAATATTAGACCTGGTATGAATATGAATGTACCA
CAAATGATGACTGATCAGCATCAGCAACAACAACAAATGAATCAAGCAGGTCTTAATCAA
ACTCAAAGAATGCCTATAAATCAAGGAACTAACTTTAATCCTCAGAATGAAATGATGCAG
CAATCTAATATGATTCAACAAAATACTCCTGGACAGAACATGATGATGCAACAGCGTCTT
GTTGCTTCTCAAAATCCAAGTATGCAACATGCTCTACAAGGAAATCAAATTAATCCAACT
CAACCAAATACAACTGATCAAAACGTTGTTCATCAACAAACAGGTACTGATGTCGAAGGA
ATTCCAGATTCCGTCACAGCTGAATTAGAGAAATTAGAACAAGATGAAAATGTTGGTATG
GACGGTGTTGGTGATATTCTTGGTGGACTTGGTGACGATGATGATGATTTGTTAGACTCA
TTGACAGCTGAAATGGGCGCAGATTTTAATATTCTTGAATATGCAGATCCTGAACTTGAC
ACAACTGACGAAAAATCAACACTTCTCGATAGCTTAGAGATGGATGAGGGTGAGAATGCA
AAAGAAGAAAAATTGAAAAATCTGGAAGCAGAGAAAATTGCAAAGACAAATTTCCCTCGA
ACTCAACAAGATATGAGTAATGTGCAAATGCAGCCTAATCAGCAAATTAATCGTATGCAA
ATGCAAATGACAAACATTAATCCTCAAATGCAACAGTCAATAGATGGACAAAATGTTAAT
CAAAATGCAGGTCCATCACAACAGCAGCCTGCTCAAATTCCTCAGCAGCAGCAACAACCG
GGACAAGTGCAAAATCAACAACAAATGTTCCAGCAAGCAAATGTGCAAAGACAAGTTAGA
TTTAAAACAATTCCACCTAATCAAATTCCAGAAATTCAACAAATTCATCAACAAATGATG
TTACAGCTTCAACAAGCTGCTGCTAATGGAAAACCAATGCCAATAGGTACACGATTAGTT
GCCAACAATAATATTACAGGCATTGTGACAGGACCGAACAACATATCTTTAACATTCCCT
ACTGGACAACAACGTCTTCAACAAGTACGAATGGTTAATCCAAATATGATGCAACAAAAT
CAGCAAAATAATCCACGAATGGCTTTACCACATATGGTTCAAAATAGACCTAACATGATG
CAAAATGCTCAACAACAGCAAATAAATCCAAACATACAAGGTCTGATAAATCAAACGCAA
CAGCCACAGCAACAGCAAGCGCAACAATCCCAACAAGTGCCACCACCACCCTATCCAGAG
CCGCCACCTCCATATCCTGGTCAAGCAAACCAAAATCAGGAACAACCGTTACTTTTGGAA
GATTTACTCGAACAAGAAAAGCGTGAACAAGCAAGAAACATAGGAACAAATCAAATGGAC
ATGAATATTCCTCAAAATCAACAACAGCAACAAAGTTTATTTAGTGATCAGGATTATGAA
AAATTGCGTGCTGATGTACTTACAACAACCACACAAAGTATTTCAATGCCACAACAGATT
CAGCAACCGCAGCAGGTTCAAGTTCAACCTCAGCAACCACAATTTGCACCAAGAGGTATT
ATTAATAAACAGTGGCGTCCACAAACACCTGGTGTTGTAAATTCACAAGCGCCATCAACC
AGTCCTGATATTGTGAGATCAGTACCTATATTTAATGCAAATCTGACGCCAATGCCTCCA
ATGCCACCTGAAATTATACAAACAGAGACAGATAAACAAATTCAAAGCAACTATGAAGCA
TGGTTGATTACACAAAATGATTCGTTGCAGAAGCAACTTCACTATTATGAAACAGAAATT
GCTGAATTAAGAAAATTGAAGAAATCTCTCAATACAAAACAACGTCAATTAAAGAAAAAT
GGAGGTGATTTGAATGAAATTGATGCTCAGACACTTCTCAAAGTAACTCATGAACAAGCA
GCAGTACAGAAGCATTTAGAAAGCTCTAGAAAGCAAGCAAGAAATCACTTGCAAATGAAA
CAAGATTATGATAATAAACAAAAATCTAAACAAATGGCAAATATTTCTCATATGGCTCAA
TCACCAGTCGGAGTGCAAATGAATGATCAATCACCAATGATGTCTCCTTCGCCAAATATT
ATTCAACAACCCGTACAATCGCCACTTGGTAATCCAATTATGGCACCTTCACAAAGTCCT
CTTCACTCTCCTAGTCCCATGATGAGTTCTCAAAGTCCTGGACCAAACTCAATTATGCAA
AGTCCAGGAGGTCACATTAATAATGCAATGTCTCCTTACAACACTATGCAACAATCGCCA
CGAATCGGTACTCCACATTCACAAATTGACGAAAGTCCATTCAGTCCAAATTCGATTGAA
TCACCTTCAATTAATAGTCGATTGACTTCACCAATTCCACGCATGACATCGCCACAACAT
AGACCAAATACACCGATGCAAATTCAAATGATGAATAGAATGCCTGTTCAATTTAATCAA
CAACAAAATATGAATATGAATCAACAAAATCGTTTTATCAGACCACAAATGATACCAAAT
GATTCAAATAGTCGTATGGCAGGTATGAGAATGCCTGTACAACAATTTCAACAGCAGATG
CAACACGGAGGAGGCAATGTGATTAGGCAAGTGCAATATGATGCAAATGGAAATCCACAG
AATGTGCAAACAATTTCACAAGCAAATCAGCAAATGGATCCACAAAGAGCTATGCAAATA
AGACAAATGCAAATGAGACAACAACAAATGATGAAACAACAGCAACAGCAGCAGCAGCAG
CAAGGTCAAATGCAAATGCAACAAATGTCACAAGTCCAACCGAATCAAAGTCCTATACAT
CAGCAGCCACAATCTCCATTAATCAATCAAAATGCAACTTCTCCTATGCCGAGAAGTCCA
ATGGTTCATTATCAACAACAACAGCAAAATCCAAACAGTCCGATGATGCAAATGGATAGC
TCTCCTCGTCCTATGTATGCACAACAACAGCAGCAAAATATGCAAATAGAACATAGCAAC
AATAATTCGAATTTGATGCAAGGAGGAGGAGGCGGTGGAAATCATATGATGAATCCAGGT
AATCCAACTCAAAAGCGAGCACCAATTAAATTGGGATTAAGAGGAGGTATGCCAATGTAT
GGAAAAGATGGCAATAAGAAGCAAACTGGAACTTCAGATATGCTTCAATTGGTTCAAAAA
GCTCAGCAAAAACATCAGGCACAACAGCAATCTCAACAGCAAGGATTTACGATTGAAGCT
CAAAGAAATATTTCAGGAAAAGTTATTCCAACAGCTGTTTCATCAATGGAATTACAACAA
GCTTCAAGTAGTAAACAAGTGAAAGCAAAAACTTCACTTTTAAAGAATCCACTTGGACCT
AAGGTAAAATCATTGGTTGATTATGATGATAACGATTCATCTAATGGAACACCACCAATA
AGTCCAATATCACAAAAAATCAGACAAAGATTACAAGATGGAAAGATGCATAATGAAGAC
GTTGTGATTGTTGATAGCAGTCCCGATGAGAAACAGAGGCTGACAGATTATGATGATGAT
AATGATAAAATAACATTAACAGAAGTTTCTTTAAATTCTACTGCTCAAGATGCAGGTGAT
GCTGAAATTGTTGAAGCATTCGACGGAAGCGAACTTGTGTCAAGTCCATTAGTGACTGAA
CAGGAAGCTACTGATTACACACTTTTTGATTCACATGTTGTTCATCTGGATGATAGCAAT
GAATCATTAAAAGAAATTATCAATACTGATTTGTTATTTGAAGATGCAATTCCAGTAACT
AAACCTTCAACTTCAAAAATTGAAACGTCAAGCAGCATAACTGCAACAGCAAAAAATCCT
AAGAATGTTGGAACACGAGAAGATTTTGAGGCAATGATTGACTCAGGCAAAGATGAAGAT
GAAAATGAAAGTGAATCTGATGCCGTTACAATAGAAAAGAATGATCCTATTGAACAAGAA
ACCTTAGAAAAACCACAAGGAACTCCTCATAGAATTTTAACTACTACAACTATTCCGACA
GAGGGAAAACGTGAAATTAAATTTCCAGTTGTTCTCTCATCTTCCTCAGGTGGTCAATTA
ATTACACTTCCTTCAAACCTTATGAATCGAACAAATATTCAAGCATCAGCTCTTGCTGCA
ACTGCAGGCATGACAGGTGGACAGAAAAAAATTGTCAAAGGTTCAACTCAAACATTAGCA
AAAGTCTCTATTGGAAATACTACAATTTCTGTTCCTGTTGTACTTAAAAATATGCCAATA
ACAAATTCTGATCCCTCACAAGGTGCGAAAAAGATGATCACCACAAATGCTCAAACACTT
TCAAGTTTGAAAAAAAATCCAAATATGTTTAGTGTGTCGGGACAAAAAATTAACACATCA
ACAATTGTGACACTTTCACTAAACAAAGGCAACACGAGACCAATTCAAACAGTAGATTTA
AAGCAAAGATTACAACAAAATCAAAAATCAATTATTGTTTCAGCTGCACCGTCAGGAATA
ATACAAGCAAGTTCACATAATGTAGAAAATATTGTATCTAGCGCAACAGTAATAAATAAA
CTATCAGCAAGTTGTGCATCACCTATTTTGACATTCTCAAAAATTCCAACATATACTATG
ACACAAGACACGGCTTTACCAACAAAAATATTAGAAGATGATGACGTTTCACCAGAATCA
AGTGAAAGTGATAAGAATAAAGTTAGAGATGTAAGCAAATCATCTGAAAGTACATCGTTA
TCTATTCCTGAAAGTGGCACAGTAGAAGGAAATGAAGAGGTCAAAGAGACAATTATAGAG
AATAAACCGAAATCATTGATACCAATGCATGTCATTGTCAAATCACGTGAATCTTCTCAA
AGTCCGATAGCATCATCATCATCATCAACAACAACAAATCCGACACACGCACAAGCACAA
CGAATAGTGTCTGGTAATATGTCACAACTTTCTCCATTATCGCAGCCAATTGAAATCAAT
ACAAATACACATAATGCTACACAACAAATCCGTTCAATAATGTCTTCAATTGACGCGAAT
GAAGAGTCGAAAAATAAGGCGGAAGTTGAACAAGTTGCAACATCTACGCAATCAAGTGTT
CCAAAGACAATAATACGAAGCACATCTACACCAACATCATCTGGCGATACAAAAATAATT
ATTTCGAGTCAGCCAAGCATTTCTGTACCTTCATCGCCAAATACTCAATCAACGAATAAT
GTAGTTTTCGTGAAGCAAATCAAAGCCATTCCATCGTCTTCGTCTGCTGGTTCAACTATT
GCTATTAAAAATCAATCAACAACAACACTTGCTCAACAACAACAGCAGCCCCTTATTATA
ACAAAAACAACCAATTTATTGAATATTTTAAGTAATCCTCCAAGTGGTCAACATCAACAA
ACTTTCAAAGCGACAGAAATTAAAATGGAACCTCCCATGAGTGGTGATAGCATTCCCAAA
ACAGTAACAATTCTCAAATCGAATCCGACAATTACAAACTTACTCAATTCAAATTCATTT
AAACGATCAAAATCAAGCGATGATGTCATTACAAAAGAAACCTCAGAAGCGGCCGTTAAT
AAACGTTTAAGTTTTGAAGTTTCTAATGAAATTAAAGCTGAACCAATTGAACCAGTTGTC
ATTAAAGAAACAGTTTCAACACCAACATCAGTAACAACAGTTGTCAAAACAGAACAAAGT
ATTACAGTTACACAAGCATCTACTCCTATATCTCAGACTCAAAAAATTATTCCACCAAAT
AAACCTGAAGATTCTCAGAATGTTCTTCTCAAGCAACTTTTGCAAAATTCTGGATCAGGA
GGACCTGTTGGAGGCTCACCGCTAACTCGAACAGTACCTGGATTAATAACAACACAAAGG
GCACCTAGTCTTGGTATGTTTAGTTCACTTGAAGCACAATTAGCTCGACCAGTGATTCCA
CCTGCACCTGCTAAGCAACTAATTGTGACTACACAACCACTTGTGACATCAATCCCCATA
CCGGTTTCATCAATTTCATCGACCCCAGAAGCAACTGTAAAAACAAGTCAATCAGTAAGT
GTCAGCAAATCTATTTCTATCCATGAGACTTCCTTTGTATCACAGCCATCTGCTTCTAAT
ATATTAACGACAACAACTACAACACCACCTGTTGCGTCACAAACGTTAAATGTGTCAAAC
ATTGGAGAAAAAAAACCAATTGTTATTCTAAACAGAAATGATATTCCTGCTAGTTTATTG
ACATCAAACAGCAGTAATATGACAAAAACAATTATTTCACCACTCACAACTACGGAAGGA
ATGGCACCTCCAAATATGACTATAAAGAAGGAAATGATTTCACCTGGAGGTACCATAAAA
CCAAATCAATCACCTACACATATCGCACCAACATTAGTTAAGAGCATATCACAGTCATCA
CTCAATTCAGGCACAACCACTCCCGTACCACTTGAATCTCCATCAGTTGATATAAAAAAA
GAAATGGATGATAGTTCACAATCGGAATCTGTTGCTTCTGATGTGAGCATGGTAAAGAAT
GAAAATATTATGCTTACACCTTCGCGTGATGGAATGAATGAGCCACTTGATGAAAGTCCT
GCTAAAACAGCTGCGGAAATTGCAAATGAATTGAAGAAGAAAAAACGACGTGAATATCAG
AAAAATCGTCGACAAATGCAAATGTCGAAAGAAAAAGGCGTTAAAAAGCCAAGGAAATTG
CAAAAATCTGAGGAAGATTATGATTCATTCATTGATAATCTTATGCTTCAAATAAAGTCT
CTCCCACAAATGCCAATTTTAGAGCCATCATTACCAAAGAACTATGGTGTTTGCCAAATC
TATGGCTCATGTGAGTTGAATAAAGTCAACAAAAAATATGACACAACGAGTGGTGAATTG
ACAGGAGTTTTTGGCAAAGGCGAACTTTCTAATATCTCAGACTTCTACAATACAAAACCA
TTTGGAGTTCTTGAACCAAAAGTCGAAAAGACGCCTGCTTCTACACAAAGAGGTTTTTAT
GATCAAGAATTTCCACCAATCAAGTTTGATGAGGAAGAAAAAGTTACGCATCATCGATCC
AAATATGAATTATTGGCTAAAGATCGTGATATCGATACACCAGATACTGTTGTAAGTTCA
TCAAGTCCAGAATGTGTAACTATGAAGCCACCAAATCGTTTCCCTGGCCTGAGACTGATA
AGAGAAGAGGAAGATGCTGAAACAGAAGATGAAATGACCAGTTTCATTGACAACAGAATG
TCTCCATCAATTCCAACTATCATTGCACCAATTCCAATACGATTGAAGAGTGGTATTTCG
CTAACTTCTGATAATAAAGTTCATAATGAGAAAGAATTTGAATTATCAAAACAATTGGGA
CTAAAATCTTGTTTCGAACCACCAACACCTGCTAAAGATAATAATAATAATAATGTTACT
GTGACATTAACTCTTACTTCATCAGCAGCAGAAGATATAATGGGTGTACTCAAATCATTA
GCAAATATTCTCAATATTCCAGCACCGACTGCATATCAAATTGTAGAGAGAACTACTACA
CCTCCTAGTCAAAAATTGGGACTTTATAGAATAAAAGGAAAAGATGGGAAAGAAGGGCAA
CCTGTTGATATTCAAACAATTCTCAATGGAACAGCAAAATTCTGTAGACATTGTGACGTT
GTCATACTTAATAATGCAATTAAGGCAAAAGCAAACGAATTTCCATTACTTGTCAATACA
GAACTAGAATCAAACGAGCTTTATTTCTGTGGTCAAACGTGCTACAAACAATTCCAATGG
CGACCAATAAATATGCTTGATGATAAGAGTCTCAATTCAACAACAGATGATAAGGCACTC
GAAACAATGTCAGAAAACATATCAAAAGTTGAAATGCAAGGTGATTTAAGTCAATTAAGA
GATCAAAATAGAGATTTGAAGAGAAAGCATGAAGAAATCGAGGACATGAATGAAAGCAAA
GAAGACATTTTACAAGCTGAAAAACGTCAAAAATTAATGAGAATCAAAACTTTCAGTGCA
AATAGTTTTCCAAATATTCATAAACAAAAGAAACTCTCTGAACGCGAGATTACAGAAATG
CTCTTTAGAATGAATATAACAGTCAATTCGGCACCAAAGATTTTAGAAGATACAAGAAAA
TGCATCTTATGTCATCAAATAGGAGATGGTGTGGCTGATGGTCCATCACGTTTACTTAAT
TATGATGTTGATAAGTGGGTACATCTTAATTGTGCATTATGGTCAGATGGTGTATATGAA
ACAGTAAATGGTGCATTAATGAATCTTGAAGCAGCACTTCAACAAAGCTTAAATTCTCAA
TGTACACACTGCAATCATTTGGGCGCAACAATCAAATGTTTTAAACCGCGTTGTGGTACA
CTCTATCATCTCAATTGTGCTATGAAAGATAATTGTGTGTTTTATAAGAACAAGACAACA
ATGTGTAATATTCATGCACCGAAATCGGAAAAAGATAATGAACTAACAACATTAAGTGTG
CAACGGCGTGTATATATAGAGCGTGATGAAAATCGACAAGTTGCATCTATTATGCATCAT
TCTGATCTCACGAATCTTATGCGAGTTGGCAGTTTAATACTTTTGAATGTCGGCCAATTA
TTACCTCATCAGCTACATACATTCCATACAGCAAATTATATTTATCCAATTGGCTTTAAA
ATTATAAGATTTTTCTGGTCAATGAGGTATCCAAATAAAAGATGTCATTACATTTGCTCG
ATTGCTGATTCTGCAGGAAAACCTGAATTTAGAGTTCTTGTAAAAGAACAAAATGAAGAA
GATACTGAATTTAAGGACGAGTCACCTAAAAAAGTATGGCAAAAAATTCTTGAGACGATT
GTCAAATTACGAAGAGAAAATCAATTGGTTCGAGTTTTTCCTAAATATATCAGTGGTGAA
GATCTCTTTGGTTTAACTGAACCAGCCGTTGTGAGGATTTTGGAGAGCTTGCCAGGTGTT
GAAACTTTGAATGATTATCGATTTAAATATGGGAGAAATCCGCTTCTTGAGTTACCACTT
GCGATAAATCCATCAGGTGCTGCTCGTACAGAACCTCGTCTAAAACATTCTGTACCGATG
AAAAAACCACATACTCAAAGAACTGGATCGACCAGTCAACGTCCTGCATTTGTTCCATCA
ACGTCAGCAGGTGAAATAGCTTGTCCATATAGCAAACAATTTGTACATTCAAAGAGCTCC
CAATATAAAAAAATGAAATTAGAATGGAGAAATAATGTATTTCTTGCACGTTCAAAAATT
CAAGGTTTAGGGCTTTATGCAGCTCGTGATTTAGAGAAGCACACTATGGTTATTGAATAC
ATTGGTGAAGTCATTCGAGGAGAATTGTCTGAATTACGTGAGAAGCAATATGAAGCTAGA
AATCGAGGAATTTATATGTTTAGATTAGATGAAGATCGAGTCATTGATGCCACATTATGT
GGTGGACTAGCTCGATATATCAATCACAGTTGTAATCCAAATTGTGTCACTGAGATAGTA
GAAGTAGATCGTGAATATAGAATTATCATATTCGCAAAACGCAGAATAAATCGTGGAGAA
GAATTATCATACGATTACAAATTTGATATAGAAGACGAGTCGAGAAAAATTGCATGTCAT
TGTGGAGCAGCATATTGTAAAAAATACATGAATTAA
>g2655.t2 Gene=g2655 Length=5711
MDSAASFDDDNSDSDYMNVSSSSESSEENEFPAKRKNVPITKRRDGLDISKNPLSIIKSR
LNIRQSTSQAAVKMCLKRKFSFTNATTTTTTKKENDGSGSSSSTINFQLISASSSSSQPQ
SQSQSPNDEQSMELESPSGSGIGNNLSTLMPAPMQGSDDPPYFPEKFPSKLCAFCNLGER
SQLGQGEMLRLELSEEDSKNALKLKSQQSPQEDESKNGSDDLSKLLKNASSSTLLQQQLN
RRQKGLNKCKNPVATNEYVDELEKIGYTEAMDLSLIVENGYYYVHRACAMWSFGVDRDPI
NEALSNVSTVLKQSLNRKCTHCNHYGASAVCKINCQKFFHFPCIAASGSFEDFQSCSVYC
FDHLSQVAVNCGEEAYCRACCNLGDISNLMVCSKCGDHYHGACVGLAQQPGVRAGWQCKN
CRSCQICRIPDNSDGRTLACETCDKLYHPQCLRPIMTTVPKYGWKCRCCRICSDCGARTP
GAGASSRWHNHFTVCDSCYQQRNKGYSCPICRKAYRAAAYREMVKCSICQKFVHSTCDPE
ADLNAYERRKEVNPDYEYTCGMCKIATQNERVNLAMRRSNSGDDESLSASQESLDDIDMD
IDGRMGSREDLALGLGKGKPMLASKIAKKKLGLNNTGGINSNNSGFGQRPKGIGKLGFQK
RARTFELGRKRGPKSKMRGIFGVPGIGLQRPVAADSKQSDEEPGSENRLVLCSAKDRFVL
TQDICVMCGAIGTDQEGCLISCAQCGQCYHPYCVTVKVTKEILQKGWRCLDCTVCEGCGE
KNDEARLILCDDCDISYHIYCMEPPLTTVPQGTWKCKWCAICFKCGSNEAGNNCTWQNSY
TECGPCASQSNCSVCSEIYADGELIIQCTNCDRWLHCLCDSIKNDTEAEKCAEEGYICLL
CRPKDILAPHLQIKKKPPTLSTQSSTTTKEESIDENDNATILALEGSHFVDGVYLSEHGL
QFIKTLQTEPKRAKRKPKVIQEAEKDAGILAAIESVVSGSADNSMEDIKMEPMDPNEEAQ
IYKDGMTWTNNEPAPEGFSLFTNESGQVILRKKRQRNLQKLGIGGFAVRNRAVRTTKNDE
EPSNQCDDAKKKKPNRRKQKNKLIETYPTYLQEAFFGRPLMDSSLKVKLESSSSDEETKS
NVSDDKTIKLSLDELKMIEAMRAKQQQKLQEEQKLLQVNVVNPLEQQQLMSNGAQIQLNQ
KMQSTDTTSVFNQNTTGSIASTSSSNINQTEIKTELELMDDDENNSDTEALKDVLGLPGD
LLDNDLVNTIMNEDDDDLTKNTAGLDDVDVKGVKDDLADILSPHFNIDMEDMLFKSVLTD
ESQESQESQLTNSLTSYSTQSTPSHQSEVQPIHLNQPTNTSLQNNINQMQSPQQQPSTPT
ATIMNPMTLQPQSPQINTQLNPMNVMLQQQQQPNQMHQMQANMMQRQNSQPGTPIGLMPQ
QQQRGPQFNTANVFQNQPQWNANVDNDFDLVNMNAAASQATAVAGQPQKINNHQKNSERM
SEDEKLGDMSTISAVLYANQNHPELKIEYPHWPDRYKQIMKKWRALSAERKQPYLQRARD
NRSAQQAQQRTKKAQQVAPDLSPDNGTTSTNSTSPALSSTLSESSSLMDVSMIQQQHQSQ
QQQQVSTPTTVNVGPPQQLQVVRNNQQSPGRSSTPSSSSNLLPEHVLETNALDNKNDSTS
PNNIKNNLLIIANEHKEFSCSIGDENISSPISNNSNNTINDKISESDEANLLLQVKSSST
SFDMSSKSDNNCSLLNKNANISVASNIANAFINLTTSLPKNNNNANNISNNNGSGSNNSN
CLLNASGLSQTKNVNVIVSQQPLSAQHFMKTLSFTTSRGIFVPNVIATNIAPQFTVHQYG
LHGASSSGPAPNVTVNPNGNFNTNSNPTLRPAIPNHFRLLLQQQNANINLNIINNNNNNQ
QQSNVNPSPAPSPILEASLQTITKEATMQATKTTVLPTKTIFPNQIIHPPQRSITPFTPI
QQKIDQDHEMVQVEESSSLTNSTADQHIRVLTPSEIMKTLPSLSTHDNVCFNSSSMSTAS
IEKQSNETDINALSTNNNKKLQNASQHHHHDPNASGSVISILSNNSAISSPLTITTTTIT
SECNTFTSSHFTTITKATLSSTTSNNAQIIMDQDKIAAQQKSMKEAEQERQWKMLQAQRA
REQQLGMPMDHQRMNDPNMQLQISTNLNDGSMSPVASPSPNSRNQFMAPNKGRMMMNPQS
PSSSNFQHPGRPVSAQLQRQQSQRINQSPFSPQTGTPQSPNNIFPGSPSADGFQRQQSLD
EQQFLHSPQTPKSIQQQSPVHTPTSANMSPVYSQVNQSQQQQQAPNIRPLDGVNAYAQAP
GTPRPSFNPGQTRTTVYARPDMFNKPPFVQSNQNNPEQSNRQLRDLLQRSQAPTNLPGPT
SSAFSMENDMMKNQQTLQTGTDNTFRQPLPPGIRQQRMQSMVGGQMIRAGQLTGTGQRMI
MTPDNRPRLNIRPGMNMNVPQMMTDQHQQQQQMNQAGLNQTQRMPINQGTNFNPQNEMMQ
QSNMIQQNTPGQNMMMQQRLVASQNPSMQHALQGNQINPTQPNTTDQNVVHQQTGTDVEG
IPDSVTAELEKLEQDENVGMDGVGDILGGLGDDDDDLLDSLTAEMGADFNILEYADPELD
TTDEKSTLLDSLEMDEGENAKEEKLKNLEAEKIAKTNFPRTQQDMSNVQMQPNQQINRMQ
MQMTNINPQMQQSIDGQNVNQNAGPSQQQPAQIPQQQQQPGQVQNQQQMFQQANVQRQVR
FKTIPPNQIPEIQQIHQQMMLQLQQAAANGKPMPIGTRLVANNNITGIVTGPNNISLTFP
TGQQRLQQVRMVNPNMMQQNQQNNPRMALPHMVQNRPNMMQNAQQQQINPNIQGLINQTQ
QPQQQQAQQSQQVPPPPYPEPPPPYPGQANQNQEQPLLLEDLLEQEKREQARNIGTNQMD
MNIPQNQQQQQSLFSDQDYEKLRADVLTTTTQSISMPQQIQQPQQVQVQPQQPQFAPRGI
INKQWRPQTPGVVNSQAPSTSPDIVRSVPIFNANLTPMPPMPPEIIQTETDKQIQSNYEA
WLITQNDSLQKQLHYYETEIAELRKLKKSLNTKQRQLKKNGGDLNEIDAQTLLKVTHEQA
AVQKHLESSRKQARNHLQMKQDYDNKQKSKQMANISHMAQSPVGVQMNDQSPMMSPSPNI
IQQPVQSPLGNPIMAPSQSPLHSPSPMMSSQSPGPNSIMQSPGGHINNAMSPYNTMQQSP
RIGTPHSQIDESPFSPNSIESPSINSRLTSPIPRMTSPQHRPNTPMQIQMMNRMPVQFNQ
QQNMNMNQQNRFIRPQMIPNDSNSRMAGMRMPVQQFQQQMQHGGGNVIRQVQYDANGNPQ
NVQTISQANQQMDPQRAMQIRQMQMRQQQMMKQQQQQQQQQGQMQMQQMSQVQPNQSPIH
QQPQSPLINQNATSPMPRSPMVHYQQQQQNPNSPMMQMDSSPRPMYAQQQQQNMQIEHSN
NNSNLMQGGGGGGNHMMNPGNPTQKRAPIKLGLRGGMPMYGKDGNKKQTGTSDMLQLVQK
AQQKHQAQQQSQQQGFTIEAQRNISGKVIPTAVSSMELQQASSSKQVKAKTSLLKNPLGP
KVKSLVDYDDNDSSNGTPPISPISQKIRQRLQDGKMHNEDVVIVDSSPDEKQRLTDYDDD
NDKITLTEVSLNSTAQDAGDAEIVEAFDGSELVSSPLVTEQEATDYTLFDSHVVHLDDSN
ESLKEIINTDLLFEDAIPVTKPSTSKIETSSSITATAKNPKNVGTREDFEAMIDSGKDED
ENESESDAVTIEKNDPIEQETLEKPQGTPHRILTTTTIPTEGKREIKFPVVLSSSSGGQL
ITLPSNLMNRTNIQASALAATAGMTGGQKKIVKGSTQTLAKVSIGNTTISVPVVLKNMPI
TNSDPSQGAKKMITTNAQTLSSLKKNPNMFSVSGQKINTSTIVTLSLNKGNTRPIQTVDL
KQRLQQNQKSIIVSAAPSGIIQASSHNVENIVSSATVINKLSASCASPILTFSKIPTYTM
TQDTALPTKILEDDDVSPESSESDKNKVRDVSKSSESTSLSIPESGTVEGNEEVKETIIE
NKPKSLIPMHVIVKSRESSQSPIASSSSSTTTNPTHAQAQRIVSGNMSQLSPLSQPIEIN
TNTHNATQQIRSIMSSIDANEESKNKAEVEQVATSTQSSVPKTIIRSTSTPTSSGDTKII
ISSQPSISVPSSPNTQSTNNVVFVKQIKAIPSSSSAGSTIAIKNQSTTTLAQQQQQPLII
TKTTNLLNILSNPPSGQHQQTFKATEIKMEPPMSGDSIPKTVTILKSNPTITNLLNSNSF
KRSKSSDDVITKETSEAAVNKRLSFEVSNEIKAEPIEPVVIKETVSTPTSVTTVVKTEQS
ITVTQASTPISQTQKIIPPNKPEDSQNVLLKQLLQNSGSGGPVGGSPLTRTVPGLITTQR
APSLGMFSSLEAQLARPVIPPAPAKQLIVTTQPLVTSIPIPVSSISSTPEATVKTSQSVS
VSKSISIHETSFVSQPSASNILTTTTTTPPVASQTLNVSNIGEKKPIVILNRNDIPASLL
TSNSSNMTKTIISPLTTTEGMAPPNMTIKKEMISPGGTIKPNQSPTHIAPTLVKSISQSS
LNSGTTTPVPLESPSVDIKKEMDDSSQSESVASDVSMVKNENIMLTPSRDGMNEPLDESP
AKTAAEIANELKKKKRREYQKNRRQMQMSKEKGVKKPRKLQKSEEDYDSFIDNLMLQIKS
LPQMPILEPSLPKNYGVCQIYGSCELNKVNKKYDTTSGELTGVFGKGELSNISDFYNTKP
FGVLEPKVEKTPASTQRGFYDQEFPPIKFDEEEKVTHHRSKYELLAKDRDIDTPDTVVSS
SSPECVTMKPPNRFPGLRLIREEEDAETEDEMTSFIDNRMSPSIPTIIAPIPIRLKSGIS
LTSDNKVHNEKEFELSKQLGLKSCFEPPTPAKDNNNNNVTVTLTLTSSAAEDIMGVLKSL
ANILNIPAPTAYQIVERTTTPPSQKLGLYRIKGKDGKEGQPVDIQTILNGTAKFCRHCDV
VILNNAIKAKANEFPLLVNTELESNELYFCGQTCYKQFQWRPINMLDDKSLNSTTDDKAL
ETMSENISKVEMQGDLSQLRDQNRDLKRKHEEIEDMNESKEDILQAEKRQKLMRIKTFSA
NSFPNIHKQKKLSEREITEMLFRMNITVNSAPKILEDTRKCILCHQIGDGVADGPSRLLN
YDVDKWVHLNCALWSDGVYETVNGALMNLEAALQQSLNSQCTHCNHLGATIKCFKPRCGT
LYHLNCAMKDNCVFYKNKTTMCNIHAPKSEKDNELTTLSVQRRVYIERDENRQVASIMHH
SDLTNLMRVGSLILLNVGQLLPHQLHTFHTANYIYPIGFKIIRFFWSMRYPNKRCHYICS
IADSAGKPEFRVLVKEQNEEDTEFKDESPKKVWQKILETIVKLRRENQLVRVFPKYISGE
DLFGLTEPAVVRILESLPGVETLNDYRFKYGRNPLLELPLAINPSGAARTEPRLKHSVPM
KKPHTQRTGSTSQRPAFVPSTSAGEIACPYSKQFVHSKSSQYKKMKLEWRNNVFLARSKI
QGLGLYAARDLEKHTMVIEYIGEVIRGELSELREKQYEARNRGIYMFRLDEDRVIDATLC
GGLARYINHSCNPNCVTEIVEVDREYRIIIFAKRRINRGEELSYDYKFDIEDESRKIACH
CGAAYCKKYMN
Protein features from InterProScan
| Transcript | Database | ID | Name | Start | End | E.value | |
|---|---|---|---|---|---|---|---|
| 38 | g2655.t2 | CDD | cd15509 | PHD1_KMT2C_like | 377 | 421 | 1.9465E-18 |
| 36 | g2655.t2 | CDD | cd15510 | PHD2_KMT2C_like | 424 | 469 | 5.40054E-20 |
| 33 | g2655.t2 | CDD | cd15489 | PHD_SF | 507 | 563 | 6.05498E-7 |
| 40 | g2655.t2 | CDD | cd15512 | PHD4_KMT2C_like | 724 | 772 | 1.574E-27 |
| 41 | g2655.t2 | CDD | cd15513 | PHD5_KMT2C_like | 774 | 820 | 3.61765E-29 |
| 35 | g2655.t2 | CDD | cd15514 | PHD6_KMT2C_like | 852 | 901 | 9.38039E-25 |
| 34 | g2655.t2 | CDD | cd00084 | HMG-box | 1515 | 1568 | 8.75126E-6 |
| 37 | g2655.t2 | CDD | cd15666 | ePHD2_KMT2C_like | 5201 | 5305 | 1.05828E-61 |
| 39 | g2655.t2 | CDD | cd19171 | SET_KMT2C_2D | 5558 | 5710 | 1.55574E-102 |
| 28 | g2655.t2 | Coils | Coil | Coil | 1155 | 1175 | - |
| 29 | g2655.t2 | Coils | Coil | Coil | 2129 | 2163 | - |
| 31 | g2655.t2 | Coils | Coil | Coil | 3066 | 3100 | - |
| 27 | g2655.t2 | Coils | Coil | Coil | 3380 | 3400 | - |
| 30 | g2655.t2 | Coils | Coil | Coil | 4685 | 4712 | - |
| 32 | g2655.t2 | Coils | Coil | Coil | 5109 | 5150 | - |
| 25 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 263 | 367 | 2.5E-11 |
| 26 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 368 | 423 | 1.5E-6 |
| 24 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 424 | 473 | 7.7E-10 |
| 21 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 501 | 566 | 3.6E-10 |
| 22 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 719 | 829 | 8.4E-26 |
| 19 | g2655.t2 | Gene3D | G3DSA:2.60.120.650 | Cupin | 846 | 1018 | 1.1E-6 |
| 20 | g2655.t2 | Gene3D | G3DSA:1.10.30.10 | DNA Binding (I) | 1485 | 1576 | 2.4E-26 |
| 23 | g2655.t2 | Gene3D | G3DSA:3.30.40.10 | Zinc/RING finger domain | 5195 | 5308 | 3.7E-22 |
| 17 | g2655.t2 | Gene3D | G3DSA:3.30.160.360 | - | 5346 | 5483 | 5.1E-45 |
| 18 | g2655.t2 | Gene3D | G3DSA:2.170.270.10 | SET domain | 5515 | 5711 | 1.7E-51 |
| 70 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1 | 52 | - |
| 69 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 10 | 27 | - |
| 67 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 28 | 49 | - |
| 77 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 111 | 138 | - |
| 74 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1073 | 1102 | - |
| 79 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1073 | 1092 | - |
| 59 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1324 | 1349 | - |
| 56 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1482 | 1503 | - |
| 58 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1552 | 1605 | - |
| 75 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1558 | 1605 | - |
| 66 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1611 | 1630 | - |
| 76 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 1643 | 1663 | - |
| 62 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 2220 | 2259 | - |
| 61 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 2284 | 2305 | - |
| 71 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 2719 | 2751 | - |
| 63 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 2877 | 2898 | - |
| 72 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 2877 | 2891 | - |
| 57 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 3123 | 3147 | - |
| 60 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 3123 | 3153 | - |
| 73 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 3237 | 3280 | - |
| 54 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 3368 | 3458 | - |
| 55 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4029 | 4074 | - |
| 78 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4029 | 4052 | - |
| 80 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4095 | 4118 | - |
| 68 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4619 | 4659 | - |
| 65 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4691 | 4723 | - |
| 64 | g2655.t2 | MobiDBLite | mobidb-lite | consensus disorder prediction | 4702 | 4723 | - |
| 6 | g2655.t2 | PANTHER | PTHR45888:SF3 | HL01030P-RELATED | 174 | 1834 | 0.0 |
| 8 | g2655.t2 | PANTHER | PTHR45888 | - | 174 | 1834 | 0.0 |
| 5 | g2655.t2 | PANTHER | PTHR45888:SF3 | HL01030P-RELATED | 4303 | 5711 | 0.0 |
| 7 | g2655.t2 | PANTHER | PTHR45888 | - | 4303 | 5711 | 0.0 |
| 3 | g2655.t2 | Pfam | PF00628 | PHD-finger | 775 | 821 | 1.0E-8 |
| 2 | g2655.t2 | Pfam | PF05964 | F/Y-rich N-terminus | 5350 | 5401 | 8.2E-20 |
| 1 | g2655.t2 | Pfam | PF05965 | F/Y rich C-terminus | 5407 | 5491 | 3.6E-27 |
| 4 | g2655.t2 | Pfam | PF00856 | SET domain | 5582 | 5686 | 3.8E-18 |
| 90 | g2655.t2 | ProSiteProfiles | PS50016 | Zinc finger PHD-type profile. | 374 | 424 | 8.84 |
| 87 | g2655.t2 | ProSiteProfiles | PS50016 | Zinc finger PHD-type profile. | 421 | 472 | 9.543 |
| 89 | g2655.t2 | ProSiteProfiles | PS50016 | Zinc finger PHD-type profile. | 722 | 775 | 8.992 |
| 86 | g2655.t2 | ProSiteProfiles | PS50016 | Zinc finger PHD-type profile. | 772 | 822 | 9.712 |
| 88 | g2655.t2 | ProSiteProfiles | PS50016 | Zinc finger PHD-type profile. | 849 | 904 | 9.098 |
| 83 | g2655.t2 | ProSiteProfiles | PS50118 | HMG boxes A and B DNA-binding domains profile. | 1507 | 1573 | 8.863 |
| 81 | g2655.t2 | ProSiteProfiles | PS51805 | Extended PHD (ePHD) domain profile. | 5198 | 5306 | 24.662 |
| 85 | g2655.t2 | ProSiteProfiles | PS51542 | FYR domain FYRN motif profile. | 5344 | 5404 | 28.789 |
| 82 | g2655.t2 | ProSiteProfiles | PS51543 | FYR domain FYRC motif profile. | 5405 | 5490 | 31.364 |
| 84 | g2655.t2 | ProSiteProfiles | PS50280 | SET domain profile. | 5571 | 5687 | 17.634 |
| 91 | g2655.t2 | ProSiteProfiles | PS50868 | Post-SET domain profile. | 5695 | 5711 | 9.151 |
| 47 | g2655.t2 | SMART | SM00249 | PHD_3 | 318 | 360 | 11.0 |
| 43 | g2655.t2 | SMART | SM00249 | PHD_3 | 376 | 422 | 5.9E-5 |
| 45 | g2655.t2 | SMART | SM00249 | PHD_3 | 423 | 470 | 1.5E-7 |
| 48 | g2655.t2 | SMART | SM00249 | PHD_3 | 507 | 564 | 2.4E-5 |
| 42 | g2655.t2 | SMART | SM00249 | PHD_3 | 724 | 773 | 1.6E-6 |
| 49 | g2655.t2 | SMART | SM00249 | PHD_3 | 774 | 820 | 1.6E-10 |
| 46 | g2655.t2 | SMART | SM00249 | PHD_3 | 851 | 902 | 0.013 |
| 50 | g2655.t2 | SMART | SM00398 | hmgende2 | 1506 | 1574 | 0.0017 |
| 44 | g2655.t2 | SMART | SM00249 | PHD_3 | 5260 | 5306 | 0.59 |
| 52 | g2655.t2 | SMART | SM00541 | fyrn_3 | 5360 | 5403 | 2.7E-16 |
| 51 | g2655.t2 | SMART | SM00542 | fyrc_3 | 5409 | 5496 | 1.9E-32 |
| 53 | g2655.t2 | SMART | SM00317 | set_7 | 5571 | 5693 | 1.4E-40 |
| 14 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 371 | 429 | 8.2E-7 |
| 13 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 414 | 477 | 4.65E-12 |
| 16 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 503 | 566 | 1.23E-5 |
| 11 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 720 | 774 | 5.98E-7 |
| 15 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 766 | 825 | 2.44E-11 |
| 12 | g2655.t2 | SUPERFAMILY | SSF57903 | FYVE/PHD zinc finger | 840 | 907 | 1.04E-8 |
| 9 | g2655.t2 | SUPERFAMILY | SSF47095 | HMG-box | 1516 | 1562 | 5.59E-6 |
| 10 | g2655.t2 | SUPERFAMILY | SSF82199 | SET domain | 5553 | 5711 | 1.7E-46 |
Transmembrane regions from TMHMM
Disordered region
IUPRED3 score over 0.5 is predictive of a disordered region.
GO terms from InterProScan
| GOID | TERM | ONTOLOGY |
|---|---|---|
| GO:0005634 | nucleus | CC |
| GO:0005515 | protein binding | MF |
KEGG
Orthology
- This transcript has been annotated with K09188 ([histone H3]-lysine4 N-trimethyltransferase MLL3)
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.
