Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Tpr2g4726 ATGTCTGAGAATAATCACGTAGAAGAGCAGATTCCGGATTCAGATCCTCAATCAAATGGGGTTACCGAATCAAACATTGATACTATTCAAAATCAGCAGGTAAATCATGTTGATATTAAAGATGAAGTTTTGGGAGAAACTGAAGATGGGAAATCTGTAGAGGATACTGCTAGAGATGACATGTTTGTTGATTGCCCCGACGAGTTAATCACATTCGATGGTAAGCTAAAGGAAGAAGAAGCTGTAGCTGCTGAAAATGAAGATGAAAAGGAGGAAGGGGAAAGTCAAATTCTAAATCAACAACAGAGTCAATTTGTTGGATTGGATAATGGCGTAGTGGGGGAGGTGGAACAGCTGCGCCTTAAGTTGGAGAATGCGGTTGCTGAGAAAGATAGTGTTGTGGAGGAATATCAGGATCGTCTATTTGCGAGGGACCGTGAGATAGAGAATCTAAATGCAAAGATTTCCCAATTAATGCTATCCAATGAGAGCTTGCAAGATTCAACAGAAGTTCAGCTTGAAGAGGATAGTGATATTGATAATGTGATAGCTAAGATGATATCTTCGCTTGCAACAGTTATTAATCAAGAGCAAGTACTGGATAACTCTAGAAGTGGAAAAATAGTATATATCGAGGAAAGTACCCGGGTTTTGATCGAAAAGTATAATCTGATTCTTTCTGAAGTTTATCAACTTGGGCAGTCGTGCTCTGAGGTCGGCTTGGATATTAGAGAGCAGGAATATGGGAACATACTCACTGATGCCCGTGGTGGGTTACTGGAGCTCAAGAGGAAGCAAGATGAATTGGTCGAAAAACTGTCGCATTTAGAAGGCGAAAATCAGAAACTGGTAGAAGAGCTTGACAAGGAAAGGGCGGTGATAGGGACATTGAATGCTGAGCTTGGAAATGTAAAAGTAGAACTTGAGCATGAAAAGGTTAAAAGTGGTAATACCAAAGAGAAGCTTAGTATGGCTGTGACAAAAGGAAAGGCCTTGGTACAGCAGCGGGATTCATTAAAGGCATCTTTGGCTGATAAATCCAGCGAGCTTGAAAAAAGTTTAATTGAATTGCAGGAGAAGTCAGCTGCACTAGAAGCTGCTGAATTTATTAAAGAGGAGTTGGCACAGAGTGAAAATATGGTTGCATCCCTGAATAATTCATTACAACAAAATAATGCAATTTTTGAGCAAGTAGAAGAAATATTGTCTCATGCTGAACTTGATCAGCCTGAAATGCTTGATTTTCCAGAGAGATTAAGATGGCTCGTAGATGACAGAAATAAACTTAAGGGTGCCTTCCTGGAATTATGCAAATTGAAGGAATCTCTATCTCTATTGGACCTGCCAGAATCTGTTTCATCATCCGACCTGGAATCACAGATGAACTGGCTTATAGATTCTTTTAGTAAGGCCCGCAATGATATTTATGTTCTACAAGAAGAAATTTCTACAATCAAGGAAGCATCCGTCAACTACATTGACCGTTTGAGTATTTCACTTTTGTTGGAGTCACAGGAAAAAGATTACCTTCAGTCTGAATTAACAGATTTAAGGTTTGAATATGGAGAGTTTGTTGGCAAGAACCATCAGAACTCTTTGGAGAAGGATCAGATAGTGAAAATGTTAGTTGATTTTTCTGGTCTAAACATGGAAGATGAAGGAATTGATCAATTTTCTTCTAACACTTCGATGATCATTGATTTATGCTTTAAAAAAATGAAAGGAAAGAATGGTAACCTCTCCAGAGCATCTCATATTGATCCCGAATTGTTTGAAAGGATTCAAAGTCTCCTGTATGTTAGGGATCAAGGCTTAAAGCTCTACGAGGATATACTGGAAGAAGATATGCTAATTAGATCAGACGTGTCAAATGAGTTAAAAGTGGTATCTGACGAAATTATAGCACTGAAAAACGAAAGGAGTTCTCTGCTGAAAGATCTTGAACGATCAGAAGAGAAGACTGGCATGCTTAGGGACAAGTTGTCCATGGCAGTTAAGAAAGGAAAGGGATTGGTTCAAGATAGGGACAATCTAAAAGGTCTTATAAATGAAAAGAACTCGGAGATTGAGCGGTTGAAGGTTGATTTGCAGAAGCAAGAATCTGCAGTTTCTGAATACAAGGATGAGATCAATAGATTGTCCAGTGACTTGGAAAGCATTCCAAAGCTAGAGGGTGTTATAAATGAAAAGAACTCAGAGATTGATCAGTTGAAGGTTGATTTGCAGAAGCAAGAGTCTGCAGTTTCTGAATACAAGGATGAGATCAACAGATTGTATAGTGATTTGGAAAGCATTCCAAAGCTAGAGGCTGTTATAAATGAAAAGAACTCAGAGATTGAGCAGTTGAAGGTTGATTTGCAGAAGCAAGAATCTGCAGTTTCTGAATACAAGGATGAGATCAATAGACTGTCCAGTGATTTGGAAAGCATTCCAAAGCTAGAGGCTGTTATAAATGAAAAGAACTCGGAGATTGAGCAGTTGAAGGTTGATTTGCAGAAGCAAGAATCTGTAGTTTCTGAATACAAGGATGATATCAATAGATTGTCCACTGACTTGGAAAGCATTCATAAGCTACAGGCTGATATAAATGAAAAGAACTCGGAGATTGAGCAGTTGAAGGTTGATTTGCAGAAGCAAGAATCTGTAGTTTCTGAATACAAGGATGAGATCAATAGATTGTCCAGTGATTTGGAAAGCATTCCAAAGCTAGAGGCTGATCTTCTAGAAATAAAAAGTGAAAAGAATCAGTTTGAACAGTTCTTGTTGGAGAGCAATAACATGTTACAGAGAGTGATGGAATGCATTGATGGTATTGTTCTTCCAGTTGATCCAGTTTTTGGCGAACCTATAGAAAAGGTGAAGTGGCTTGCTGGTTATGTCAGTGAATGCCAAGATGCTAAGGTGCATGTAGAGCAACAGTTGCAGGTAGTAAAGGAGGAGGCCAGTATACTTGAAGCTAAATTGGCAGAAGCCCAAGAAACTGTAAATTCCCACGGGCAAAGATTGTCAACTTCAGAGGGCAGTGTTTCTCAACTTGCTGAAGAAAAGGCAGAGTTAGAATGCGAGAAAGAAAAAGTTGCGGAAGAGTTACAGAAAGTTAAAGAAAAAGTTGCTGAAGCTTGCAGTACTAGTACGTCACTTGAAGATGCCTTATCACAAGCAGAAAAAGATATTTCTGTTCTTTCTGAAGAGAAAGAGCAGGCTCAAGTATCTAGAGTTGCTGCAGAGACAGAGTTAGAGAGAGTTAGAGATGAAGCAGTCAACCAGACAAGAGAACTAGAAGAGGCAAGAAGAACCATAAAGGATCTAGAAGTTGAACTATCTCAGGTTGAGAGTAAGGTCAATTTATTGACTGAAAAGTATAATGCTGAGCAAGATGTCAAGGCTGAATTGGAAAGTGAATTGAAGAAGCTGCAAGATGAAGCAGAAAATAATGCTAGCAAGTTGGTAGGTTCCTCTGCAACTATAAAATCACTGGAAGATGCATTGTTGAAGGCCCAAGATGATATTTCTATTCTAGAAGATGCAAATAAAATTGCCAAACAGGAAATATCTTCGCTCAGTTCAAAGTTAAATTCATACATGGATGAGTTATCTGGAAAGAATGGCAACTTGGAGAACAAATCCATAGAGCTCAGTGGCTTCCTTAATGATCTTCAGGTTCTTATGAAAGACGCTACTCTATTTCTCAGGATAAAACAATGTTTTGAGAGGAAATGTGAGAGCCTGAAGAATGTGGATCTCATTGTGAACAAAGTAAGAAACCACATTGCTGTGGTTTCTAAGGGTTCTGAAGGGCACCTTGAGATGGAGGAAGATCCACCTGTGAGAAAATCAATTTCAGACGGCCTTGAAAACTTTGAAGTTGAACTGGACAACGGGGAGTTTAATGGAATTGATATTGACACCTTAATCTCATCATTTGGAAAGATTGTGAAAGGATTTCAGCTGAGAAATAAACATATTGCAGATAGGTTTGATGAATTTTCTGATTCTATTGATGACTTTATTTCTCCTCTCCATGGAAAACTCATGGAAACAGAGTCTAATATAATGGCTATTGTTGAGCACGTGGAAGTTATGAGAGAAAAGGCAAATAGTGTGACAAAGTTGAACGAAGAAAAGGATAGTACCATTGCCGCTTTAGAAAATGATATCAATTTATTGCTGTCTGCATGCACTGATTCTACCAGTGAACTTCAGAATGAAGTTCACCATAATCTTGGGCAACTTGGCTCCACTTTTGAGGTTGAGAAGTTAAACCATGAAGCAGATGAACAAGTAGCAGATCATAAGAACAGCAAATATGCAGATGCATCAAGAAAGTTGATAAATGCTTCTGGCAAAGTTCAAACTTTGATTAAACTATTCAAACTTAAAAGTGAGCAAGTAGATGCAATAGTTAGAGATTTGCAGACCAAATTGAACGAAACAACGTTTGATTTTGAATTGGCTACAGAGGAGAGAGACTTGAATAAAGACAGAGTTTTGCTATTGGAGTCTGATATTCAATCACTCCAAAGTGCATGCAGGGAGCTTAAGGATAAGGCAGAGGGTTATCATGTTCTGGAAGAAGAATTAAAGGAAAAAGAGGAAAAGATTTCATCATTGCACAGTGCTTTGTTGGCAAAAGAAGAAGAAAGCTCCATCCTTTCAGCATCTCAGCTGAGTGATATCTTCAACAAGATAGATAGGATCGAAATCCCTATTGTAGAGTCTGAAGATGATATTGAGCCACATGCTTCAGACCCTGTGAAGAAGCTCTTTTACATTATTGATAGTGTTAGTAGGTTGCATCATCAAATAAGTTCTCTGTCTCACGATAAAAAGGAGATGCAATCAATCCTCGAAACTAAGGCTCTTGAAATTAAGGATCTAAAGGAGGAAGTTAAACAACTCAGTAGACACTCTGAAGACTCAAAAATGGTCAAGAATGAACTGTCTGAACTGATGTCTGTTTTAGAAAAAATTATAGATATTTTGGGAGCCAATGAATGCGTTGTAGATAGAAAATCTAAAGATGTTAGAGAATTATTGCCACCATTGGAAAAGCATATCATTGCAATTCTTTCAGAATCTGAAAACTCAAAATCCAAGGCCCAGGAGCTTGGTATTAAATTAGTTGGAAGTCAGAAGGTTATTGATGAATTAACAACCAAGGTTAAATCACTTGAAGATTTGATTCAAGATAGGATTGCTCAGCCAGAAATTGTCCAGGACAGGAGCATATATGAAGCACCTTCATTGCCTGCTGGCTCTGAGATAACTGAAGTTGAAGAGGGACCTCTTGGCAAGAAAGCATTATCTCCTGTCCCATCGGCTGCTCACGTACGAAATATGCGAAAAGGATCTACTGACCATCTAGCACTTGATATTAACGTGGAGTCTGATCCTTTAATCAACAGTGCTGATACTAATGATGATAAAGGTCATGTATTCAAGTCTCTGAACACTTCTGGATTCGTACCGAAACAAGGAAAGCTCATTGCAGATCGTATTGATGGAATCTGGGTATCTGGTAGCGGGGTTCTCATGAGTCGTCCGAGAGCAAGATTAGGACTCATCGGCTATTTGCTAATCATGCATATATGGCTATTGGGGACAGTATTGTAG 5613 0.3866 MSENNHVEEQIPDSDPQSNGVTESNIDTIQNQQVNHVDIKDEVLGETEDGKSVEDTARDDMFVDCPDELITFDGKLKEEEAVAAENEDEKEEGESQILNQQQSQFVGLDNGVVGEVEQLRLKLENAVAEKDSVVEEYQDRLFARDREIENLNAKISQLMLSNESLQDSTEVQLEEDSDIDNVIAKMISSLATVINQEQVLDNSRSGKIVYIEESTRVLIEKYNLILSEVYQLGQSCSEVGLDIREQEYGNILTDARGGLLELKRKQDELVEKLSHLEGENQKLVEELDKERAVIGTLNAELGNVKVELEHEKVKSGNTKEKLSMAVTKGKALVQQRDSLKASLADKSSELEKSLIELQEKSAALEAAEFIKEELAQSENMVASLNNSLQQNNAIFEQVEEILSHAELDQPEMLDFPERLRWLVDDRNKLKGAFLELCKLKESLSLLDLPESVSSSDLESQMNWLIDSFSKARNDIYVLQEEISTIKEASVNYIDRLSISLLLESQEKDYLQSELTDLRFEYGEFVGKNHQNSLEKDQIVKMLVDFSGLNMEDEGIDQFSSNTSMIIDLCFKKMKGKNGNLSRASHIDPELFERIQSLLYVRDQGLKLYEDILEEDMLIRSDVSNELKVVSDEIIALKNERSSLLKDLERSEEKTGMLRDKLSMAVKKGKGLVQDRDNLKGLINEKNSEIERLKVDLQKQESAVSEYKDEINRLSSDLESIPKLEGVINEKNSEIDQLKVDLQKQESAVSEYKDEINRLYSDLESIPKLEAVINEKNSEIEQLKVDLQKQESAVSEYKDEINRLSSDLESIPKLEAVINEKNSEIEQLKVDLQKQESVVSEYKDDINRLSTDLESIHKLQADINEKNSEIEQLKVDLQKQESVVSEYKDEINRLSSDLESIPKLEADLLEIKSEKNQFEQFLLESNNMLQRVMECIDGIVLPVDPVFGEPIEKVKWLAGYVSECQDAKVHVEQQLQVVKEEASILEAKLAEAQETVNSHGQRLSTSEGSVSQLAEEKAELECEKEKVAEELQKVKEKVAEACSTSTSLEDALSQAEKDISVLSEEKEQAQVSRVAAETELERVRDEAVNQTRELEEARRTIKDLEVELSQVESKVNLLTEKYNAEQDVKAELESELKKLQDEAENNASKLVGSSATIKSLEDALLKAQDDISILEDANKIAKQEISSLSSKLNSYMDELSGKNGNLENKSIELSGFLNDLQVLMKDATLFLRIKQCFERKCESLKNVDLIVNKVRNHIAVVSKGSEGHLEMEEDPPVRKSISDGLENFEVELDNGEFNGIDIDTLISSFGKIVKGFQLRNKHIADRFDEFSDSIDDFISPLHGKLMETESNIMAIVEHVEVMREKANSVTKLNEEKDSTIAALENDINLLLSACTDSTSELQNEVHHNLGQLGSTFEVEKLNHEADEQVADHKNSKYADASRKLINASGKVQTLIKLFKLKSEQVDAIVRDLQTKLNETTFDFELATEERDLNKDRVLLLESDIQSLQSACRELKDKAEGYHVLEEELKEKEEKISSLHSALLAKEEESSILSASQLSDIFNKIDRIEIPIVESEDDIEPHASDPVKKLFYIIDSVSRLHHQISSLSHDKKEMQSILETKALEIKDLKEEVKQLSRHSEDSKMVKNELSELMSVLEKIIDILGANECVVDRKSKDVRELLPPLEKHIIAILSESENSKSKAQELGIKLVGSQKVIDELTTKVKSLEDLIQDRIAQPEIVQDRSIYEAPSLPAGSEITEVEEGPLGKKALSPVPSAAHVRNMRKGSTDHLALDINVESDPLINSADTNDDKGHVFKSLNTSGFVPKQGKLIADRIDGIWVSGSGVLMSRPRARLGLIGYLLIMHIWLLGTVL* 1871
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Tpr2g4726 1870 Coils Coil 1714 1734 - -
Tpr2g4726 1870 Coils Coil 727 761 - -
Tpr2g4726 1870 Coils Coil 675 716 - -
Tpr2g4726 1870 Coils Coil 967 1148 - -
Tpr2g4726 1870 Gene3D - 765 935 - -
Tpr2g4726 1870 Coils Coil 1609 1643 - -
Tpr2g4726 1870 Coils Coil 76 96 - -
Tpr2g4726 1870 MobiDBLite consensus disorder prediction 11 37 - -
Tpr2g4726 1870 Coils Coil 810 851 - -
Tpr2g4726 1870 Coils Coil 1156 1197 - -
Tpr2g4726 1870 Coils Coil 619 653 - -
Tpr2g4726 1870 Coils Coil 765 806 - -
Tpr2g4726 1870 PANTHER - 45 138 - -
Tpr2g4726 1870 PANTHER - 1068 1120 - -
Tpr2g4726 1870 PANTHER - 727 772 - -
Tpr2g4726 1870 PANTHER - 1113 1177 - -
Tpr2g4726 1870 PANTHER - 132 726 - -
Tpr2g4726 1870 PANTHER - 817 862 - -
Tpr2g4726 1870 PANTHER - 1181 1870 - -
Tpr2g4726 1870 PANTHER - 772 817 - -
Tpr2g4726 1870 PANTHER - 857 1024 - -
Tpr2g4726 1870 MobiDBLite consensus disorder prediction 39 58 - -
Tpr2g4726 1870 Coils Coil 116 168 - -
Tpr2g4726 1870 MobiDBLite consensus disorder prediction 1 58 - -
Tpr2g4726 1870 SUPERFAMILY Tropomyosin 959 1213 - -
Tpr2g4726 1870 Coils Coil 259 300 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 1113 1177 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 817 862 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 1181 1870 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 772 817 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 132 726 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 857 1024 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 45 138 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 727 772 - -
Tpr2g4726 1870 PANTHER BNAA09G28150D PROTEIN 1068 1120 - -
Tpr2g4726 1870 Coils Coil 855 896 - -
Tpr2g4726 1870 Coils Coil 340 387 - -
Tpr2g4726 1870 Coils Coil 1496 1547 - -
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Tpr2g4726 - - mtr:MTR_3g086150 2797.3
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Tpr2g4726 2 52637635 52645525 Tpr2g4726 2 52637635 52645525 ECH