Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mtr1g0124 ATGGACAAAAGTAAGAGCCGTACCGATCTACTCGCAGCTGGCAAAAAAAAGCTCCAACAATATCGTCAGAAAAGAGAGAATAAAGGTGATAAAGGTGGTAGTAGCCGCGGGAAATCATCAAAAAAATCTTCCAAACATCAGCTATCTGAGTCTGATGCCGATTCTGCTAGTGTTACCTCTACAGGATCATCTCAGGTTACTGATGGAAACTTTGAAACCAACAGTGACCCTAATGTGGTTATCACTGAAACATTAGAGTCACAGTCTTTGGCAAGCTCAGGAAATGCTGAAAATGTTAATCCATCTGTTGATTCATCCTCAGTGGCCATGGCATATGATACAGATAAAAAAACTGATTTGGATTCTACTACTAAGTTGGCACTTCAGGGTGGTGGAGTCCATGAGAAGGATTCTGAATCATCTGCTCAAGATCGAGGAGGGAGTTCTCAGAATGTTGGTGCTAATGTGGCAAACGATGTGTATTTGACAAGCTCGTCGGCTCCTGACAATGTTGATCCGTCTTTTGATTCATCGTCGGTGGCTGTGACGTATGATACAGGCCACGAAACTGAATTGGATTTTAATGCTAAGTTAGAACTTAAGGGTCAAGGAGTCTATGAGAACGATTCGGAATTGTCATCCCAAGACCAAGGGGGAAGCTGTCATAATGTTAGCTCTGAAGTGGCTAAAGATGTCTCTTTGAACGCTTCAAATAGGGAAGGAGGAACACAAGATCATGCATCTGAACCTGTTGCCCTTATGGCCCCATATGCTTCTATTACAACTGCATTGGGCGAGTCTGTTATAGATGAAAAAGAGAGTGAGAAAAGGGAAACATCATTGCCTTTATCTGAGGATATTCCCAATACATTTGTGGTGCAAACGAGCGAAGATCAGGAAGCTGATGATTTGGGTATGATGAAATCTTTTCAAAGCACTGATGCAATTCTAGATGATCAAAAGGAGATTCCATTGTTTGAAGCTGGTGGGAGTGATCAATCTCTTCCAGGAATTGCTTTGCAGAATGCTATAACTGAGGAGGCATCTCATGAAGCAGAACAACTAGACATGCCAGTTGAATTATTCTCATCTCTTGTTGGATCTGCAGTTGATGATCCCACTCCGGAGTTGTCCATAAGAGATTCTACCAGATCGTTGGATCTCTCTCCTATTTCTGATGCCCGCTCAGTTGATCTATCGCAGCTTGCTGAATTTATAAGAGGCCTTAATGAAGAAGAGTACCAGTTTCTGCTCAAGGCAAGAGAAACAGTTTCTGATGCAGATCCTTTAACCAGTAGTTCAGTTTTACCAGATCATGACTTTTCAGAAGCATTTCAGAGACTGAAAGAAGAATTGTTTCTTGCTAATATGATGCAAAATATATTCAATAGGCAGCTGGTTGAACAACTGGAGCTCCAATCGGAATCTGATTATCACCGTGACCAGTTGATCGGTGAGCTATCTCAGCTCCAAGTTTCACACAATGAAGTTAACGAGAACAATCGACGCCTTAGTGAAGAACTTGCTAACTGTCGCGTAGAACTGCAGAATAATTATAGCAAGAGTGTAGAACTGCAAAACCAATTTGATACTGCCATGGCAGGGGTTGAAGCTCTTTCTGCCAGAGTAGTTGAGCTCCAGATTAGTTTTGAAATGTCTCAGAAAGATTCATCAGATCTGTCAACAGAGCTGGCTGACTGCAGAAGTTTGATTTCAAGTTTACAGGATGAAAAGAAGGGTGTGAGCGAAACTCTTGATTTGGTGGTTGCTGAGAAAAATAAACTCGAGGAGGAGAAGGAATTTTACCTGTGTGAAAGTAAGAAGCTGGCAACTGAATTCTCTTCCTTAAAAAGTTCAATGGAAGGAGTAGAAGTTGAAAATTCCAATTTAATTGACAGGATCTCTTTGGTGACTGAAGAGAGCAATAAGATCAAAGCAGAAGTTGAGCATCTCTTGCATGAGGTTGATAGGCTGTCATTAGATTTGGTTGAAAATAAAGATTTGGTAGCAAGTCTTCAGGCTGAAAATTCTAACTTAAATGAGAACCTTTCATTGTCAGTTGATAAGAATAAAAATCTGGAAGATGAGAATCAATCTGTTGTTCTTGAGAATCAAAGGCTCTCTTCTGAGATTGTTTCCCTACAAGAACAATTATCTATACAAAAGGGAGAATGCACAAAGTTTGAAGGTGACCTTAAAAAAGCCACAATGCACTTGGAACAACTCTCCAATGAAAATGTATTACTCAATAGCATTTTGGATGAGCACAAGGCTAAAATAGAAGAAATGGAAAACAAACAGAGTCAACAACCATCTCAACCTAGGGACCTTGGGACACAAGCACATGATGGATGGGACCAAAGTAAGGGCCTTGAAAATGAAGTCACTGAAGATTCTCGGCAGATGGATCAGGGTATAGATGAAGGTGCAGCAGGGGGACCATTTGAAACTACACCTGAACAAGAAAATTTCAATGATTCTCTTGAGTTTGTTTCGTTGTGGACTGGTTTGAATGGGGTGGAGAATGTTTTGGCGAAGCTTGAAAAGGCAATTAATGAGTTGCGTTCTCAATCAGTAATCTCTGACGGTACTGGCGAGAAGGTTTCTTCACCTGCGGTATCAAAGTTGATACAGGCTTTTGAAACAAAAGTAGATGAGCATGAGGCAGAGATAAGTCAATCTACTGATGTTCAGTTACAATCAAAGTCATTTATTATGTTAGAAGAGCAAGTGGGAAACTTGAGAAAATTGCTTCCTAAGTGCAAGCTGGATGTTCAGAGTGCAGCTGCATTGTTCAAGGGGGAACAAGATGGTAGGAAAATTGGGGATGCAAAGTACAGTGATCTCGAGCACCAGTTTGAAGGATTGCAGCAGCATTGTTCAGATTTGGAAGCATCTAACATCGAACTTGCAGTTCAATATGAAATAGTAAAGCAACTTCTGGGTGACATTCAAGAAAAGAAATGTCAACTTGAGGAAATCTGTGAAGCTCTAAAGCAAGAAGATATTCGTCTCAAAGCCAAAAATAGTGAACTCTATGAAAAGCTTGGATTTTGTCATTCAAAAATTATTGAATTGCATGCTGAAATGAATGATGTGAAACAAAGTTCGAATGAGATGTCTTCTGTCATTGGCAGTCAACTGGAAAATTTGCAGAAGGAAGTGAATGAGAGGGCAATGCTACTTGAGCAAGGCTGGAATGCCACTATTTCTGATATTTTTGAGTTAGTTGCAAAGCTGAATAAATTAGTTGGGGAAACTTCAAATACAACAGTCTCTTATGATACCCGTGAAGGCTTTGATATCAGGCATTTGTTAGAAGCTTCTGTCAGTGCTGCCAGTGAAATGATTTTTGATCTGCAGAAGAAACTTGAAGCTACTAACGTGGATCATGAAATAATGTCCATGTCATATAAAGAAATGACCTCAAAATGCGATCATCTGCTTGGGAGGAATGAAATGGCTATCGATGTATTGCACAAGATGTACAGTGACCTGAGGAAACTTGTGCCTAGTAGTGGTTTGTCTTTGGATGAAGATAAGAAGATAGATGAGCAAAGTGAGGCACTGCCTGATCTGCTAAACTTTAGCAGCTATGAGACCATCATGAAGCATTTGGGGGATATGTTGATTGAAAAGCTGGAACTGGAGTCTGTTACCAAGAAGATGAAGTCAGAATTGGTGCAGAAGGAAACAGAATTGGAAGAATTGAAGATGAAGTGTCTTGGTTTAGATTCTGTTGGGAAGCTAATTAACAACGTCGCAGGTGCGCTGAATGTGGAAACTCCCAATATCGAAATAAACACGTCACCCCTTTTGTACTTGGATTCACTAGTGTCTAGTCTTGTACAGAAAACCAAAGAGGCTGAAATCCAGAATCACACCACTAAAGAAGACTTTGGATCTAAGGAGATGGAATTGGATGAACTGAAAGAAAAGGTGCATTACCTAGATACGCTGCATCTTGAGAATGAAAATGAAATATTTGTTCTAAAGGAAAGCTTACATCAAGCTGAGGAAGCTCTTTCTGCTGCCCGTTCTGAATTGCGTGAGAAAACAAATGAACTCGACCATTCAGAACAACGAGTATCCTCCATCCGGGAGAAACTTGGCATAGCTGTTGCCAAGGGAAAAGGGTTGGTTGTACAGCGGGATGGCCTCAAGCAGAGTCTAGCTGAGACATCTACTGAATTGGAGAGATGCTTGCAAGAGTTGAAGTTGCAAGATACAAGACTTCATGAGCTTGAAACGAAACTTAAGATCTATTCAGAAGCTGGTGAACGTGTGGAAGCTCTGGAATCTGAACTTTCATATATCCGTAATTCGGCCAATGCCTTGAGAGAGTCATTTCTCCTCAAAGATTCAATGCTTCAGAGGATAGAAGAGGTTTTGGAAGACCTTGATCTGCCTGAGCAGTTTCATTCGAGTGACATAATTGAAAAGGTTGATTGGTTGGTTAGGTCAGTTGTTGGCAACTCATTGCCCATGAATGATTGGGAGCAGAAGGATTCTGCAGGAGAACGATCATACTCTGATGCTGGTAATGCTGTAACAGATTCTTGGAAAGATGATAGTCAGCTGCAACCAGATTTAGGGGATGATCCAGGAGGGCGTTCATACTCTGATGCTGGTTTGGCTGTCACAGATACCTGGAAAGATGATAGTCAGCAACAACCAGATTCAGAGGGTGATTTTCTAAAAAACTTCGAGGAGTTGCAGAGTAAATATTATAGGCTGGCTGAACAAAATGAAATGCTGGAGCAGTCATTGATGGAAAGAAACAGCTTAGTTCAGAGATGGGAGGAGCTTGTAAACAAGATTGATATGCCTTCACATTTGCGGTCTATGGAGATGGACGATAGGATCGAATGGGTGGGGAGAGCACTTGCCGAGGCTAATCATCATGTAGATTCTCTGCAGCTGAAGCTTGAAAGATATGAAAGCTATTGTGGGTTGCTAAATGCTGATCTGGAAGAGTCTCAGAGGAGACTGTCCGCTCTTCATGAAGACCATAGAGCTCACACTTCTGAGAGAGAGCACCTTTCTGAAAAATTAGAGGCTCTGAGACATGAATGTGAGAAACTATCAGTGCAGACAAGGGGAACTGAACTTGAGAATGAAAATCTGCACAATGAAGTAACTAGTTTGAAGGATCAATTGGAGCAGAAAGCTGAAATTGAAGAACAAATTTTCACCATTGATGGCAAGCTAAAAAAATTACGAGACATAGTTGGTGATGCCTTGTCAGAATCTGTAACAGAATATCGGGTTTCTGATGGTGCAAATATTGATTCTTTGGAAGAATTGCTGAGAAAGCTTATTGAAAATCATGCTATTTTGAAGGATCAATTGAAGTGGAAAGCTGAAATTGAAGAACAAATTTTCACCACTGATGGGAAGATAACACAATTACGAGACTTAGTTGGTGATGCCTTGTCAGAATCTGAAACAGAATACCGGGTTTCTGATGGTGCAAATATCGATTCTTTGGAAGAATTGCTGAGAAAGCTTATTGAAAATCATGATAGTTTGAAGGATCAATTGAAGCAGAAAGCTGAAATTGAAGAACAAAAAGACGATCCTACTCTTCATAACGAACAAGCAGATATTGACAGATACAAGAAAGATCTGGAGGCAGCTTTAAGCGAATTGGAGCAGTTGAAAGAGGAGGGTGAGAGAACTTTGGAAAAGCAAATATCACTATCTGGTGAAGTTGAAGCTTTGAGTAAAAGAATTGGGGAGTTGCAAGAGCTTCTTAATCAGGAAGAGCAGAAATCAGCTTCTGCTAGAGAGAAATTAAATATTGCTGTCAGGAAAGGGAAGTCGCTGGTGCAACAAAGAGACAGTCTAAAACAAACCATTGGAGAGATGAGTGTTGAGATGGAGCACTTGAAATCTGAGATCAACAAACGGGAACACACTATTGCAGAGCATGAACAGAAGTTGAGTCAGTTGTCAACCTACCCAGATAGATTAGAAGCTCTTGAATCTGAGAGTTCTCTTCTGAAGCATCGTTTGGAAGAAAATGAACACCATTTGCAGGAGAAAGAATATTCCTTGAAACTGATTTTGAACAAGTTAGGTGAGATTGATGTTGGCGGTGAAGGCCATGTAAGTGATCCGGTGAAGAAGGTGGAATGGGTTGGAAAGCTGTGCGCTGATCTGCATAATTCGGTCGCTTCTTTAGAACAAGAAACCAGGAAATCTAAAAGAGCATCTGAGCTCTTGTTGGCAGAGTTGAATGAGGTTCAAGAAAGGAATGATAGTTTTCAGGAGGAGCTTGCTAAGGTGGCTGATGAACTTGTGGATCTCAGAAGAGAAAGGGATTCAGCGGAGGCTGCCAAACTGGAAGCTCTTTCACATCTTGAAAAGTTATCTACATCGCATGAGGAAGAAAAAAAGAGCCATTTTTATGAGCTCGTGGAATTAAAATCTAGCATGATCCAAGTATGGAAAGGCTTTAGTGAGGTTCAGAATTTACTGGCTAAGGCTTTTTTCACAGATTTGGAGTCTTTTCGGAATGTGGAAGCTGGTCTTGAGTCGTGTATGAAAGGAAACAATACTCCATATGTGATGGGTTCATCTTTCAGCGAAGAACATGATGGTATTTTACGCAAGTCATCAGATGATAAGAAGAGCTCCGTGTATGCAGAATCTTGGTCAGAATTCGGCACCATTGACCACTACAATGATAATACCATTATTGACAGTTTTCGTCTATTTCGGCATAAGCTACAAGAGTTTATGGTGGAGGTCAGCTCTCTTAAGGAAAGAATACACGTGCACTCAAGTTTGGCACAGGAACAAGACAAAACTGTGTCGAAACTAATGACAAATGTTCAGAGGGTAATTACTTCCCAAAGAGAATCATGTGAAAAGATGAAGACAGAAGTTAGTAAACAAGATCTGCAGCTTGTTGCATTGCGTGGGAACATTGCCCACCTATATGAATCATGCATCAATTCTGTCGCTGTACTTGAGACCGGAAAAGCTGAACTGGTTGGAGAGAAGGTTGAATTTTCAGATCCAGGGATTAACTTGAAAACATTGTCATTTGATGAGGAAATATCTGAGGAATGTATTAAAACCATGGCAGATAGACTGGTGTTGGCAACAAATGGGTTTGCTAGCATAAAAACTGAATTTTTGGATGCTAATCAAAAGGAAATGAAGGCTACTATAACAAATTTACAGAGGGAGCTTCAGGAGAAGGATGTTCAAAGAGACAGGATTTGTGCAGACCTTGTAAAACAGATTAAGGATGCTGAAGCTGCTGCAAACAGTTACTCTCAAGATCTTGAATCTCTTAGGACACAGGAACATAATTTAAAAGAACAGGTGGAAGTGATTGAGGGAGAAAAGAAGATACTTGAGCAGAGAATCAAGGAGCTGCAGGATAAGCAAGGGACTGCGGCTGCTGAATTAGAGGATAAAGTGAGATCTCATAGTGGTTTGCTGGCTGCCAAAGACCAAGAAATTGAATCGCTAATGCATGCACTTGACGAGGAAGAGATGCAAATGGATGAACTGACAAAGAAAAATGCTGAACTTGAAAAGGCTGTTCAACAAAAGAATCAAGAGATTGAGAACCTTGAATCTTCTCGTGGTAAGGTTATGAAAAAGCTTTCCGTAACTGTAAGCAAGTTTGATGAGCTTCATCAACTGTCTGCAAATCTCCTTTCTGAGGTGGAAAAGCTTCAGTCCCAGTTGCAAGAAAAAGATGCTGAAATTTCTTTCTTAAGGCAAGAGGTTACTAGATGCACCAATGATGATCTTCGTGCATCACAACTGAGCAACCAGAGAAGTCTGGATGAGATCGTTGAGTTCTTTAAGTGGGTTGACACAATCGTATCTCGAGATGGGATGGATGATTTGCCTCCTGATGTGAAGAGTGATACTCAGGTTCATGAGTACAAAGAAATACTTCATAAGAAGTTGATGTCTCTAATATTAGAATTGGAGAATCTAAGGGAAGATGCAGAAAGCAAGGATGAAATGTTGCAAGCAGAAAGGAATAAGGTGGTAGAGTTGAACCACAAAGCGGAAACTCTTGAGAAGTCCTTGCATGAGAAAGAATCACAATTGAATTTGCTTGATGGTGTGGAAGAAACTGGAAAGGAGGTTGGCACTAGCTCAGAAATTGTGGAGGTAGAACCAGTGATAAATGAATGGACAACAACGGGGACTTTTGTTACACCTCAAGTTCGAAGTTTGCGCAAGGGCAATAGCGATTATGTTGCCATTGCTGTTGATGAAGACCCTGGTAGTACAAGTAGGATAGAAGACGAAGATGATGACAAGGTTCATGGTTTCAAATCACTCGCATCATCCAAAATTGTCCCAAGATTTACAAGACCAGTGACCGACTTGATTGATGGCTTGTGGGTTTCTTGTGATCGGACTTTAATGAGACAGCCAGTCTTGCGGCTTGGAATTATAATTTATTGGACCATAATGCACGCTCTCCTTGCTTTCTTTGTTGTCTGA 8487 0.4073 MDKSKSRTDLLAAGKKKLQQYRQKRENKGDKGGSSRGKSSKKSSKHQLSESDADSASVTSTGSSQVTDGNFETNSDPNVVITETLESQSLASSGNAENVNPSVDSSSVAMAYDTDKKTDLDSTTKLALQGGGVHEKDSESSAQDRGGSSQNVGANVANDVYLTSSSAPDNVDPSFDSSSVAVTYDTGHETELDFNAKLELKGQGVYENDSELSSQDQGGSCHNVSSEVAKDVSLNASNREGGTQDHASEPVALMAPYASITTALGESVIDEKESEKRETSLPLSEDIPNTFVVQTSEDQEADDLGMMKSFQSTDAILDDQKEIPLFEAGGSDQSLPGIALQNAITEEASHEAEQLDMPVELFSSLVGSAVDDPTPELSIRDSTRSLDLSPISDARSVDLSQLAEFIRGLNEEEYQFLLKARETVSDADPLTSSSVLPDHDFSEAFQRLKEELFLANMMQNIFNRQLVEQLELQSESDYHRDQLIGELSQLQVSHNEVNENNRRLSEELANCRVELQNNYSKSVELQNQFDTAMAGVEALSARVVELQISFEMSQKDSSDLSTELADCRSLISSLQDEKKGVSETLDLVVAEKNKLEEEKEFYLCESKKLATEFSSLKSSMEGVEVENSNLIDRISLVTEESNKIKAEVEHLLHEVDRLSLDLVENKDLVASLQAENSNLNENLSLSVDKNKNLEDENQSVVLENQRLSSEIVSLQEQLSIQKGECTKFEGDLKKATMHLEQLSNENVLLNSILDEHKAKIEEMENKQSQQPSQPRDLGTQAHDGWDQSKGLENEVTEDSRQMDQGIDEGAAGGPFETTPEQENFNDSLEFVSLWTGLNGVENVLAKLEKAINELRSQSVISDGTGEKVSSPAVSKLIQAFETKVDEHEAEISQSTDVQLQSKSFIMLEEQVGNLRKLLPKCKLDVQSAAALFKGEQDGRKIGDAKYSDLEHQFEGLQQHCSDLEASNIELAVQYEIVKQLLGDIQEKKCQLEEICEALKQEDIRLKAKNSELYEKLGFCHSKIIELHAEMNDVKQSSNEMSSVIGSQLENLQKEVNERAMLLEQGWNATISDIFELVAKLNKLVGETSNTTVSYDTREGFDIRHLLEASVSAASEMIFDLQKKLEATNVDHEIMSMSYKEMTSKCDHLLGRNEMAIDVLHKMYSDLRKLVPSSGLSLDEDKKIDEQSEALPDLLNFSSYETIMKHLGDMLIEKLELESVTKKMKSELVQKETELEELKMKCLGLDSVGKLINNVAGALNVETPNIEINTSPLLYLDSLVSSLVQKTKEAEIQNHTTKEDFGSKEMELDELKEKVHYLDTLHLENENEIFVLKESLHQAEEALSAARSELREKTNELDHSEQRVSSIREKLGIAVAKGKGLVVQRDGLKQSLAETSTELERCLQELKLQDTRLHELETKLKIYSEAGERVEALESELSYIRNSANALRESFLLKDSMLQRIEEVLEDLDLPEQFHSSDIIEKVDWLVRSVVGNSLPMNDWEQKDSAGERSYSDAGNAVTDSWKDDSQLQPDLGDDPGGRSYSDAGLAVTDTWKDDSQQQPDSEGDFLKNFEELQSKYYRLAEQNEMLEQSLMERNSLVQRWEELVNKIDMPSHLRSMEMDDRIEWVGRALAEANHHVDSLQLKLERYESYCGLLNADLEESQRRLSALHEDHRAHTSEREHLSEKLEALRHECEKLSVQTRGTELENENLHNEVTSLKDQLEQKAEIEEQIFTIDGKLKKLRDIVGDALSESVTEYRVSDGANIDSLEELLRKLIENHAILKDQLKWKAEIEEQIFTTDGKITQLRDLVGDALSESETEYRVSDGANIDSLEELLRKLIENHDSLKDQLKQKAEIEEQKDDPTLHNEQADIDRYKKDLEAALSELEQLKEEGERTLEKQISLSGEVEALSKRIGELQELLNQEEQKSASAREKLNIAVRKGKSLVQQRDSLKQTIGEMSVEMEHLKSEINKREHTIAEHEQKLSQLSTYPDRLEALESESSLLKHRLEENEHHLQEKEYSLKLILNKLGEIDVGGEGHVSDPVKKVEWVGKLCADLHNSVASLEQETRKSKRASELLLAELNEVQERNDSFQEELAKVADELVDLRRERDSAEAAKLEALSHLEKLSTSHEEEKKSHFYELVELKSSMIQVWKGFSEVQNLLAKAFFTDLESFRNVEAGLESCMKGNNTPYVMGSSFSEEHDGILRKSSDDKKSSVYAESWSEFGTIDHYNDNTIIDSFRLFRHKLQEFMVEVSSLKERIHVHSSLAQEQDKTVSKLMTNVQRVITSQRESCEKMKTEVSKQDLQLVALRGNIAHLYESCINSVAVLETGKAELVGEKVEFSDPGINLKTLSFDEEISEECIKTMADRLVLATNGFASIKTEFLDANQKEMKATITNLQRELQEKDVQRDRICADLVKQIKDAEAAANSYSQDLESLRTQEHNLKEQVEVIEGEKKILEQRIKELQDKQGTAAAELEDKVRSHSGLLAAKDQEIESLMHALDEEEMQMDELTKKNAELEKAVQQKNQEIENLESSRGKVMKKLSVTVSKFDELHQLSANLLSEVEKLQSQLQEKDAEISFLRQEVTRCTNDDLRASQLSNQRSLDEIVEFFKWVDTIVSRDGMDDLPPDVKSDTQVHEYKEILHKKLMSLILELENLREDAESKDEMLQAERNKVVELNHKAETLEKSLHEKESQLNLLDGVEETGKEVGTSSEIVEVEPVINEWTTTGTFVTPQVRSLRKGNSDYVAIAVDEDPGSTSRIEDEDDDKVHGFKSLASSKIVPRFTRPVTDLIDGLWVSCDRTLMRQPVLRLGIIIYWTIMHALLAFFVV* 2829
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mtr1g0124 2828 Coils Coil 1706 1726 - -
Mtr1g0124 2828 PANTHER NUCLEOPORIN 709 1775 - -
Mtr1g0124 2828 PANTHER NUCLEOPORIN 1780 2828 - -
Mtr1g0124 2828 PANTHER - 1780 2828 - -
Mtr1g0124 2828 PANTHER - 709 1775 - -
Mtr1g0124 2828 Coils Coil 578 612 - -
Mtr1g0124 2828 Coils Coil 2549 2590 - -
Mtr1g0124 2828 Coils Coil 1657 1698 - -
Mtr1g0124 2828 Coils Coil 2387 2407 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 207 226 - -
Mtr1g0124 2828 Coils Coil 2412 2474 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 1496 1543 - -
Mtr1g0124 2828 Coils Coil 1827 1858 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 1511 1525 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 762 818 - -
Mtr1g0124 2828 Coils Coil 2073 2114 - -
Mtr1g0124 2828 Coils Coil 1569 1589 - -
Mtr1g0124 2828 Coils Coil 837 857 - -
Mtr1g0124 2828 Coils Coil 877 897 - -
Mtr1g0124 2828 Coils Coil 487 514 - -
Mtr1g0124 2828 Coils Coil 946 966 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 1 153 - -
Mtr1g0124 2828 Coils Coil 1992 2012 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 19 49 - -
Mtr1g0124 2828 Coils Coil 1763 1783 - -
Mtr1g0124 2828 Coils Coil 1220 1240 - -
Mtr1g0124 2828 Coils Coil 1905 1939 - -
Mtr1g0124 2828 Coils Coil 1947 1981 - -
Mtr1g0124 2828 Coils Coil 1863 1901 - -
Mtr1g0124 2828 Coils Coil 2639 2694 - -
Mtr1g0124 2828 Coils Coil 1335 1369 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 50 112 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 268 282 - -
Mtr1g0124 2828 Coils Coil 2486 2541 - -
Mtr1g0124 2828 Coils Coil 1384 1418 - -
Mtr1g0124 2828 SUPERFAMILY Tropomyosin 1843 2028 - -
Mtr1g0124 2828 Coils Coil 662 766 - -
Mtr1g0124 2828 Coils Coil 1629 1649 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 787 804 - -
Mtr1g0124 2828 MobiDBLite consensus disorder prediction 266 288 - -
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mtr1g0124 - - mtr:MTR_1g009610 5360.42