Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Tpr1g3285 ATGGACAAGAACAAGAGCCGTACCGATCTACTCGCAGCTGGCAAAAAGAAGCTCGAACAATATCGTCAGAAGAGGGGTGGTAGTAGCCGTGGAAAATCATCAAAGAAGTCTTCAAAAAATCAGCTACCTGAGTCTGATGCTGATACTGCTAGTGTTACCTCTACAGGATCATCTCAGGTTACTGATGGAAATGTTGAAACCAACAGTGACCCCAATGTGGTTATCACTGAATCACTAGAGTCACAGTCTTTGGCAAGCTCAGCAGCTGACGATGTTGATCCATCTGTTGATTCTTCGTCAGTGGCCATGACATATGATACAGGTGAAGAAACTGATTTGGATTCTAATGCTAAATCGGCACTTCAGGGTCATGGGGTCCATGAGAAGGATTCTGAATTGTCTGCCAAAGATCAAGGGGGAAGTTCTCAGAATCTTGGTGATAATGTGGCAAAAGATGAATCTTTGACAAGCTCGTCAGCTCCTGACGTTGATCCATCTTTTGATTCGTTGTCAGTGGCCATGACATATGATGCAGTCGCCAGAACTGAATTGGATTTTAATGCTAAGTTAGCACTTGAGGGTCACGGAGTCAATGAGAATGAATCTGAATTGTCATCCCAAGATCAAGGGGGAAGCTCTCAGAATGTTGGCTCTGATGTAGCAAAAGATGTGTCTTCGAAAACTTCAAATAGTGAAGGAGGAACAGCACACGATCATGCCTCTGAACCGGTCACCCTTTTGTCCCCACATGCTTCTATTACAACTGCAGTGGATGAGTCTGTCACTGTTGAAAAAGAGAGTGAAAAAAGGGAAGACTCATTGCCTTTATCTGAGGATATTCCCAATAAATTTGTGGCACAAACGAGAGAAGATCAGGAAGCTGATGATTTGGATATGACGAAATCTTGTCAAAGCACTGATGCAATTATAGATAATCAAAAGGAGATTCCTTTGTTTGAAGCTGGTGAGAGTGATCAGTCTCTTTCAAGAATTGCTTTGAAGAATACTATAATCGAGGAGGCATCTCACGAAGCAGAACAACTAGACAGGCCAGATAATATTGTATCTGTGGGGACTTCATTGGAAAATTTGGAGAGAGATACATTACCGGGTTCATCTTACGAAGAGATGATTCTTCAGCCTAATCAAGAACAGATAAGCACGGGTGTCCGTAGTGGACAGGACATGGCGCTTCCGGTGGGGTTTAACCAGCAATTCACTCTTGTTGGATCTGCAGTTGATGATCCCACTCACGAGTTGTCTGCATTTGCTTCAACCAGATCGTTGGACGTATCTCCTATCTCTAATGCGAGCTCAGTTAATCTCTTGCAGCTAGCTGAATTTATAAAGGGGATTAATGAAGAAGACTACCAGTTTCTGCTCAAGGAAAGAGGAGCAGTTTCTGATGCAGATCCTTTAACTAGTAGTTCAGTTCTACCAGATCATGACTTTTCAGAAGCATTTCAGAGACTGAAAGAAGAATTGTTTCTTGCTAGTACGATGCAAAACATATTCAATATGCAGCTAGCTGAACAACTGGAGCTCCAATCTGAATCTGATTATCACCGTCACCAGTTGATTGGTGAACTATCACAACTCCGTGATTCACACAATGAAGTTAATGAGAACAATCAACGCCTTAGCGAAGAACTTGCTAACTGTCGTGTAGAACTACAGAATAATTCACGCAAGAGTGTAGAACTACAAAACCAATTTGATACTGCCATGACAGGGGTTGAAGCTCTTTCTGCTAGAGTAGTTGAGCTACAGATTAGTTTTGAAATGTCTCAGAAAGATTCATCGGATCTCTCCACAGAGTTGGCTGACTGCAGAAGTTTGATCTCAAGTTTACAGGATGAAAAGAAGGTCATGAGCGAAACTCTTAATTTAGTGATTGCGGAGAAAAATAAACTTGCGGAGGAGAAGGAGTTTTACCTCTGTGAAAGTAAGAATGTGGCAACTGAATTATCTGGCTTAAAGAGTTCAATGGAAGGAGTAGAAGTCGAAAATTCCAACTTAATTGACAGGATCTCTTTGGTGACCGAAGAGAGCAATAAGTTCAAAGCAGAAATTGAGCATCTCTTGCATGAGATTGATAGGCTATCGTTAGATTTGGTTGAAAATAAAGATTTGGTGGCAAGTCTACAGGCAGAAAATTCCAACTTAAATGGGGACCTTGCATTGTCAGTTGATAAGATTAAAAATCTGGAAGATGAGAGTCAATCTGTTGTTCTTGAGAATCAAAGGCTCTCTTCTCAGATTGTTTCCCTACAAGAACAATTATCTATAGAAAAGGGAGAACGAACGAGGTTTGAAGATGACCTTAAAGAAGCCACAATGCAATTAGAACAACTTTCCAAGGAAAATGTATCACTCAATAGCACTTTGGATGACCACAAGGCTAAAATAGAAGAAATTGAAAAGAAACACAGTGAACAACTATCTCAACTTGAGAACTTCGGGAATCAAGCACATGTTGGATGGGACCAAAGTAAGGGCCTTGAGATTGCAGTTACTGAAGATTCTCATCAGATGGATCAGAGGTTAGATGAAGGTGCAGCAGGGGGACCATTTGAAAATATATCCGAACAAGAAATTTTCAATGATTCTCTTGAGTTTGTTTCGTTAAAGACTGGTTTGAACGAGGTGGAAAATGTTTTGGTGAAGCTTGAAAAGGCGATTAATCAGTTGCGTTCTCAAAAAGTAATCTCTAGCGGGACTGGTGAGAAAGTTTCTTTACCCGCGGTGTCAAAATTGATACAGGCTTTTGAATCAAAAGTAAAGGAAGATGAGCATGAGGTAGAGATAAGTGAGTCACAATCAAACTCATTTATTACGTTAACCGAAGACCAAGTAAGAAACTTGAGAAAATTGCTTTCAAAGTGGAAGCTGGATGTTCAGAGTGCAGCTGCATTGTTCAAGGGGGAACGAGATGGTAGGAAAATTGGGAATGCAAAGTACAGTGATCTCGAGGACCAATTCGAAGGATTGAAGCAGCATTGTTCAGATTTGGAAGCATCTAACATCGAACTTGTAGTTCAATATGAAACAGTTAAGCAACTTCTGGGTGACATTCAGGAAAAGAAATGTCATCTTGAGGAAATCTGTGAAGCTCTAAAGCAAGAAGACATCCATCTCAAAGCCAAAAATAATGAACTCTATGAAAAGCTTGGATATTGTCATTCAAAAGTTATTGAATTGCATGCTGAACTGAATGATGTGAAACAAAGTTCGAAAGAGACGGCTTCTGTTATTGGCAGTCAACTAGAAAACTTGCAGAAGGAAGTGACGGAGAGGGCAATGCTACTTGAGCAAGGCTGGAACACTACTATTTCTGATATTGTTGAGTTAGTTGCAAAGCTGAATGAATCAGTTGGGGAAACATCGTCTACATCAGCCTCTTCTGCCACCCGGGATGGCTTTGATATCAGTCATTTGTTAGAAGCTTCTGTTAGTGCTGCCAGTGAAATGATTTTTGATTTGCAGAAGAAACTTGAAGCTACTAATGCAGATCATGAAATAATCTCCACGTCATATAAAGAAATGACGTCAAAATGCGATCATCTGCTTGGGAGGAATGAAATGGCTATCAATGTATTGCAGAAGATGTACAGCGACCTGAGGAAACTTATATATAGTAGTGGTTGGTCTTTGGATGAAGATAAGAAGATAGATGAGCAAAGTGAGGCACTGCCTGATCTACTAAATTATAATAGTTATGAGACCATCATGAAGCATTTGGGGGATGTATTGATTGAAAAGCTCGAACTGGAGTCTGTTACCAAGAAGATGAAGTCAGAATTGGAAGAACTGAAGATGAAGTGTCTTGGTTTAGATTCTGTTGGGAAGCTAATTAATGATGTTGAAGGTGTGCTGAATGTGGAAACTCTGAATATAGAAGTAAACACATCACCCCTTTTGTACTTAGATTCATTAGTGTCTAGTCTTGTACAGAAAACCAAAGAGGCTGAAATCCAGAATCACACCACTAAAGAAGAATATGGATCAAAGGAGATGGAATTGGATGAACTGAAGGAAAAGATGCAATATCTAGACATGCTGCGTCTTGAGAATGAAAATGAAATCTTCGTTCTAAGGGAAAGCTTACATCAAGCCGAGGAAGCTCTTTCTGCTGCACGTTCTGAATTGCGTGAGAAAGCAAATGAACTCGACCATTCAGAACAACGAGTGTCCTCCATCCGGGAGAAGCTTGGTATAGCTGTTGCCAAGGGAAAAGGGTTGATTGTACAGCGAGATGGCCTCAAGCAGTCCCTAGCTGAGACATCTGGTGAATTGGAGAGATGCTTGCAAGAGCTGAAGTTGAAAGATACAAGACTCCATGAGCTTGAAACAAAACTTAAGACCTATTCAGAGGCTGGTGAACGTGTGGAAGCTCTGGAATCTGAACTTTCATATATTCGTAATTCAGCTAATGCCTTGAGAGAGTCATTTCTCCTCAAAGATTCAGTGCTTCAGAGGATAGAAGAGGTTTTGGAAGATCTGGATCTGCCTGAGCAGTTTCATTCAAGTGATATAATTGAAAAGATTGATTGGTTGGTTAGGTCAGTTGTTGGAAACTCATTGCCCGTGAATGATTTGGAGCAGAAGGATTCTGCAGGAGAACGTTCATACTCTGATTCTGGTAATGCTGTCACAGATTCCTGGAAAGATGATAGTCAGCTACAACCAGATTCAGGGGATGATGCAGGGGGACATTCACACTCTGATGCTGGTTTTGTTGTCACAGATTCCTTGAATGATGATAGTCAGCAACAGCCAGATTCAGGGAGTGATTTTCAAAAGAACTTTGAGGAGTTGCAGAGTAAATATTATGGGTTGGCTGAGCAAAACGAAATGCTGGAGCAGTCATTGATGGAAAGAAACAGCATAGTCCAGAGATGGGAAGAGCTTGTAAACAAGATTGATATGCCTTCACATTTGCGGTCTATGGAGATGGACGATAGGATTGAATGGTTAGGAAGAGCACTTGCCGAGGCTAATCATCATGTAGATTCTCTGCAGCTGAAGATTGAAAGATATGAAAGTTATTGTGGATTGCTAAATGCTGATCTGGAAGAGTCTCAAAGGACAGTGTCCGCTCTTCAAGAAGACCTTAGAGCTCACACATCTGAGAAAGAGCACCTTTCTGAAAAATTAGAGGCTCTGAGACACGAATGTGAGAAACTATCGGTGCAGACAAGGGAAGCTGAACTTGAGAATGAAGATATGCACAATGAAATAATTAGTTTGAAGGACCAAATGGAGCAGAAAGCTGAAATTGAAGAGCAGATTTTCACCATTGATGGCAAGATAAAAAAATTACGAGACTTAGTTGGGGATGCCTTGTCAGAATCTGAAACAGAATATCAGATTTCTGATGGTGCAAATATTGATTCTTTTGAAGAATTGCTGAGAAAGCTTATAGAAAATCATGCTAGTCTTTCATCAATAAAAGCCACGAGTGGTGTTGTACTTGAAGGACATCATTCGCAAGAAGATGATGCTCCTCTTCATGAGGAAAGAAGTATTGATATGCATGCTAAGGAGCAAGCGGAAGCAGATATTGATAGATACAAGAAAGATCTGGAGGCGGCTTTGAGTGAATTAGAGCATTTGAAGGAGGAGGGAGAGAGAGCTTTGGAAAAGCAAATATCTCTATCTGGTGAAGTTGGAGCTCTAAGTAAAAGAACTGAGGAGTTGCAAGAGCTACTCAATCAGGAGGAGCAGAAGTCAGCTTCTGCTAGAGAGAAGTTAAATGTTGCAGTCAGGAAAGGGAAGTCACTGGTGCAACAAAGAGACAGTCTAAAACAAACCATTGGAGAGATGAGTGTTGAGATGGAGCACTTGAAATCTGAGATCAACAACCGGGAACACACTATTGCCGAGCATGAACAGAAGTTGAGGCAGTTGTCAACCTACCCAGATAAGTTAAAAGCTCTTGAATCTGAGAGTTCTCTTCTGAAGCATCGTTTGGAAGAAACTGAACACCATTTGCAGGAGAAAGAATATTCCTTGAAACTGATTTTGAACAAGTTAGGTGAGATTGATATTGGTGGTCAAGGTCATATAAGTGATCCTGTGAAGAAGGTGGAGTGGGTCGGAAAGCTGTTCTCTGATCTTCATAATTCTGTTGCTTCTTTAGAACAAGAATCCAGGAAATCTAAAAGAGCATCAGAGCTCCTGTTGGCAGAGTTGAATGAGGTTCAAGAAAGGAATGATAGTTTTCAGGAGGAGCTTGCTAAGGCGGCCGACGAACTTGTGGATCTCAAAAGAGAAAGGGATTCAGCGGAGGGCGCCAAACTGGAAGCTCTTTCCCATCTTGAAAAGTTATCTGCATTGCACAAGGAAGAAAAAACGAGCCATTTTTATGAGCTGGTGGACTTAAAATCTAGCATGAACCAAGTCTGGAAACACTTTGGTGAGGTTCAGAATTTACTGGCTAAGGCTTTTTTCACAGATTTGGAATCTTTTCGGAATCTGGAAGCTGGTCTTCAGTCGTGTGTGAAAGGAAACAATGCTCCAAATGTGGTGGATTCATCTTTCAGCAAAGAACATGATGATATTTTACGCAAGTCATCTGATAATGAGAGCTCTGTGTATGAAGATTCTTGGTCAGAATTTGGCACAATAGACCACTACAATGATAATACCATTATTGAAGGTTTTCATCTATTTGGGCATAAGCTGCAAGAGTTTTTGGTGGAGGTCAGCTCTCTTAAGGAAAGAATACAGGTGCACTCAAGTTTGGCACAGGAGCAAGACAAAACTCTGTCAAAACTAATGACAGACATTCAGTTGGAAATTACTTCCCAAAGAGAATCGTGTGAGAACATGAAGAAAGAAGTTAGTAAACGAGATCTGCAACTTGTTGCATTGCGTGAGAACATTGCCCACCTTTATGAATCATGCATCAATTCTGTCACTGCACTTGAGAACGGAAAAGCTGAACTGGTTGGAGAAAAGGTTGAACTTTCAGATTTAGGGATTAACTTGGAAAAATCGTCATTTGATGATGAAATATCTGAGGAATGTATTAAAGCCGTGGCAGATAGATTGCTGTTGACTGCAAATGGGTTTGCTAGCATAAAAGCTGAATTTTTAGATGCTAATCAAAAGGAAATGAAGGCTACTGTAACAAATTTACAGAGGGAGCTTCAGGAGAAGGATGTTCAAAGAGACAGAATTTGTGCAGACCTGGTAAAGCAGATTAAGGACGCTGAAGCTGCTGCAAACAGATATTCTCAAGATCTTGAAACTCTTAGGATGGAGGAACATAATTTAAAAAACCAGGTAGAAGTTATTAAGGAAGAAAAGAAGATACTTGAGCAGAGAATCAAGGAGCTGCAGGATAGGCAAGGGGCTGCAGCTGAATTAGAGGATAAAGTGAGATCTCAGACTGGTTTGCTGGCTGCCAAAGACCAAGAAATTGAAGCGCTAATGCATGCACTTGATGAGGAAGAGATGCAAATGGAAGAACTGACAAAGAAATATGAAGCACTTGAAAAGGCTGTTCAACAAAAGAATCAAGAGATTGAGAGCCTTGAATCTTCTCGTGGCAAGGTTATGAAAAAGCTTTCTGTAACTGTAAGCAAGTTTGATGAGCTTCACCAACTGTCTGCAAGTCTCCTTTCTGAGGTTGAAAAGCTTCAGTCCCAATTGCAAGAAAAAGATGGTGAAATTTCTTTCTTAAGGCAAGAGGTTACTAGATGCACCAATGATGATCTTCGTGCATCACAACTGAGCAACCAGAGAAGTCTGGATGAGATTGTTGAGTTCTTTACGTGGGTTGACACAATTGTATCTCGAGATGGGGTGGATGATATACCTCCTGATGTGAAGAGTGATACTCAGGTTCATGAGTACAAAGAAATACTTCATAAGAAGTTGATGTCTTTAATATCAGAATTAGACAATCTAAGGGGAGTTTCAGAAAGCAAGGATAAAATGTTGCAAGCAGAAAGGAGTAAGGTAGCAGAGTTGAACCACAAAGCAGAAACTCTTGAGAAGTCCTTGCATGAGAAAGAATCACAATTGAATTTGCTTGATGGTGTAGAAGAAACTGGAAAGGGAATTAACACAAGCTCAGAAATTGTGGAGGTAGAACCAGTGATAAATGAGTGGACAACAACAGGGACTTTTGTTACACCTCAAGTTCGCAGTTTACGCAAGGGCAATAGTGATTATGTTGCCATTGCTGTTGATGAAGACCCTGGTAGTACCAGTAGGATAGAAGATGAAGATGACGATAAGGTTCATGGTTTCAAATCACTCACATCATCCAAAATTGTCCCAAGATTTACCAGGCCAGTGACTGACTTGATTGATGGCTTGTGGGTTTCTTGTGATCGGACGTTAATGAGACAACCAGTCTTGCGGCTTGGAATTATAATTTATTGGACCATAATGCACGCACTCCTTGCCTTCTTTGTTGTTTGA 8436 0.4072 MDKNKSRTDLLAAGKKKLEQYRQKRGGSSRGKSSKKSSKNQLPESDADTASVTSTGSSQVTDGNVETNSDPNVVITESLESQSLASSAADDVDPSVDSSSVAMTYDTGEETDLDSNAKSALQGHGVHEKDSELSAKDQGGSSQNLGDNVAKDESLTSSSAPDVDPSFDSLSVAMTYDAVARTELDFNAKLALEGHGVNENESELSSQDQGGSSQNVGSDVAKDVSSKTSNSEGGTAHDHASEPVTLLSPHASITTAVDESVTVEKESEKREDSLPLSEDIPNKFVAQTREDQEADDLDMTKSCQSTDAIIDNQKEIPLFEAGESDQSLSRIALKNTIIEEASHEAEQLDRPDNIVSVGTSLENLERDTLPGSSYEEMILQPNQEQISTGVRSGQDMALPVGFNQQFTLVGSAVDDPTHELSAFASTRSLDVSPISNASSVNLLQLAEFIKGINEEDYQFLLKERGAVSDADPLTSSSVLPDHDFSEAFQRLKEELFLASTMQNIFNMQLAEQLELQSESDYHRHQLIGELSQLRDSHNEVNENNQRLSEELANCRVELQNNSRKSVELQNQFDTAMTGVEALSARVVELQISFEMSQKDSSDLSTELADCRSLISSLQDEKKVMSETLNLVIAEKNKLAEEKEFYLCESKNVATELSGLKSSMEGVEVENSNLIDRISLVTEESNKFKAEIEHLLHEIDRLSLDLVENKDLVASLQAENSNLNGDLALSVDKIKNLEDESQSVVLENQRLSSQIVSLQEQLSIEKGERTRFEDDLKEATMQLEQLSKENVSLNSTLDDHKAKIEEIEKKHSEQLSQLENFGNQAHVGWDQSKGLEIAVTEDSHQMDQRLDEGAAGGPFENISEQEIFNDSLEFVSLKTGLNEVENVLVKLEKAINQLRSQKVISSGTGEKVSLPAVSKLIQAFESKVKEDEHEVEISESQSNSFITLTEDQVRNLRKLLSKWKLDVQSAAALFKGERDGRKIGNAKYSDLEDQFEGLKQHCSDLEASNIELVVQYETVKQLLGDIQEKKCHLEEICEALKQEDIHLKAKNNELYEKLGYCHSKVIELHAELNDVKQSSKETASVIGSQLENLQKEVTERAMLLEQGWNTTISDIVELVAKLNESVGETSSTSASSATRDGFDISHLLEASVSAASEMIFDLQKKLEATNADHEIISTSYKEMTSKCDHLLGRNEMAINVLQKMYSDLRKLIYSSGWSLDEDKKIDEQSEALPDLLNYNSYETIMKHLGDVLIEKLELESVTKKMKSELEELKMKCLGLDSVGKLINDVEGVLNVETLNIEVNTSPLLYLDSLVSSLVQKTKEAEIQNHTTKEEYGSKEMELDELKEKMQYLDMLRLENENEIFVLRESLHQAEEALSAARSELREKANELDHSEQRVSSIREKLGIAVAKGKGLIVQRDGLKQSLAETSGELERCLQELKLKDTRLHELETKLKTYSEAGERVEALESELSYIRNSANALRESFLLKDSVLQRIEEVLEDLDLPEQFHSSDIIEKIDWLVRSVVGNSLPVNDLEQKDSAGERSYSDSGNAVTDSWKDDSQLQPDSGDDAGGHSHSDAGFVVTDSLNDDSQQQPDSGSDFQKNFEELQSKYYGLAEQNEMLEQSLMERNSIVQRWEELVNKIDMPSHLRSMEMDDRIEWLGRALAEANHHVDSLQLKIERYESYCGLLNADLEESQRTVSALQEDLRAHTSEKEHLSEKLEALRHECEKLSVQTREAELENEDMHNEIISLKDQMEQKAEIEEQIFTIDGKIKKLRDLVGDALSESETEYQISDGANIDSFEELLRKLIENHASLSSIKATSGVVLEGHHSQEDDAPLHEERSIDMHAKEQAEADIDRYKKDLEAALSELEHLKEEGERALEKQISLSGEVGALSKRTEELQELLNQEEQKSASAREKLNVAVRKGKSLVQQRDSLKQTIGEMSVEMEHLKSEINNREHTIAEHEQKLRQLSTYPDKLKALESESSLLKHRLEETEHHLQEKEYSLKLILNKLGEIDIGGQGHISDPVKKVEWVGKLFSDLHNSVASLEQESRKSKRASELLLAELNEVQERNDSFQEELAKAADELVDLKRERDSAEGAKLEALSHLEKLSALHKEEKTSHFYELVDLKSSMNQVWKHFGEVQNLLAKAFFTDLESFRNLEAGLQSCVKGNNAPNVVDSSFSKEHDDILRKSSDNESSVYEDSWSEFGTIDHYNDNTIIEGFHLFGHKLQEFLVEVSSLKERIQVHSSLAQEQDKTLSKLMTDIQLEITSQRESCENMKKEVSKRDLQLVALRENIAHLYESCINSVTALENGKAELVGEKVELSDLGINLEKSSFDDEISEECIKAVADRLLLTANGFASIKAEFLDANQKEMKATVTNLQRELQEKDVQRDRICADLVKQIKDAEAAANRYSQDLETLRMEEHNLKNQVEVIKEEKKILEQRIKELQDRQGAAAELEDKVRSQTGLLAAKDQEIEALMHALDEEEMQMEELTKKYEALEKAVQQKNQEIESLESSRGKVMKKLSVTVSKFDELHQLSASLLSEVEKLQSQLQEKDGEISFLRQEVTRCTNDDLRASQLSNQRSLDEIVEFFTWVDTIVSRDGVDDIPPDVKSDTQVHEYKEILHKKLMSLISELDNLRGVSESKDKMLQAERSKVAELNHKAETLEKSLHEKESQLNLLDGVEETGKGINTSSEIVEVEPVINEWTTTGTFVTPQVRSLRKGNSDYVAIAVDEDPGSTSRIEDEDDDKVHGFKSLTSSKIVPRFTRPVTDLIDGLWVSCDRTLMRQPVLRLGIIIYWTIMHALLAFFVV* 2812
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Tpr1g3285 2811 PANTHER - 748 2811 - -
Tpr1g3285 2811 Coils Coil 530 564 - -
Tpr1g3285 2811 Coils Coil 2650 2677 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 1542 1559 - -
Tpr1g3285 2811 Coils Coil 987 1007 - -
Tpr1g3285 2811 Gene3D - 668 825 - -
Tpr1g3285 2811 Coils Coil 1691 1753 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 1 166 - -
Tpr1g3285 2811 PANTHER NUCLEOPORIN 748 2811 - -
Tpr1g3285 2811 Coils Coil 1848 1882 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 136 165 - -
Tpr1g3285 2811 Coils Coil 1977 1997 - -
Tpr1g3285 2811 Coils Coil 2396 2458 - -
Tpr1g3285 2811 Coils Coil 2469 2524 - -
Tpr1g3285 2811 Coils Coil 719 823 - -
Tpr1g3285 2811 SUPERFAMILY Tropomyosin 1849 2086 - -
Tpr1g3285 2811 Coils Coil 1254 1274 - -
Tpr1g3285 2811 Coils Coil 880 900 - -
Tpr1g3285 2811 Coils Coil 920 940 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 1 26 - -
Tpr1g3285 2811 Coils Coil 2364 2391 - -
Tpr1g3285 2811 Coils Coil 1890 1924 - -
Tpr1g3285 2811 Coils Coil 1369 1403 - -
Tpr1g3285 2811 Coils Coil 2058 2099 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 261 277 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 199 236 - -
Tpr1g3285 2811 Coils Coil 1432 1469 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 43 118 - -
Tpr1g3285 2811 Coils Coil 1932 1966 - -
Tpr1g3285 2811 Coils Coil 2539 2566 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 1534 1573 - -
Tpr1g3285 2811 Coils Coil 1327 1347 - -
Tpr1g3285 2811 MobiDBLite consensus disorder prediction 197 297 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Tpr1g3285 Tpr-Chr1 37268404 37282393 Dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Tpr1g3285 - - mtr:MTR_1g009610 4221.39