Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mtr8g1618 ATGGAAATTTTAATTTCTGTTGTTGCGAAAATAGCAGAATATACTATTGTGCCTATTGGACGTCAAGCAAGTTACTTGATATTCTACAAAGGTAACTTCAAGACGTTAAAGGATCATGTTGAAGACCTTGAGGCCGCAAGAGAAAGAATGATCCATTCGGTTAAAAGAGAAAGGGGAAATGGTAAAGAAATTGAAAAAGATGTTCTGAATTGGTTGGAGAAAGTGAACGAGGTCATTGAAAAGGCGAATTGCCTTCAAAATGACCCTCGCCGTTTCAATGTTAGGTGCTCAGCATCGTCGTTCCCTAACTTGGTTTTACGTCATCAATTAAGTAGGAAAGCCACAAAAATTGCAAAAGATGTTCTTCAAGTTCAAGGTAGAGGAATTTTTTATCAAGTTGGTTACCTTCCCCCTCTAGATATAGTAGCCTCCTCCTCAACAATAGATGGTGAAATGTATGACACAAGGGAGTCGCTTAAGGAGGACATTTTGAAGGCTTTAGCGGATCCTACTTCATGCAACATTGGGGTCTATGGGTTGGGTGGTGTGGGGAAGACCAATCTGGTGGACAAAGTTGCTCAAATAGCCAAGGAACATAAATTGTTCGATAAAGTGGTTATGACACAAGTATCGAAAAATCCAGACATCAAAAAAATTCAAGGGGAGATTGCAGATTTCTTGAGTCTGCAATTTGACGAGGAGAGTAATCGTGGCAGAGCAGAACGCCTTAGACGAAGAATCAAGATGGAGAAAAGTATCCTTATCATTCTAGATAACATATGGACCATACTTGATTTGAAAGAAGTGGGGATACCAGTTGGTAATGAACATAATGGATGCAAATTGTTGATGACAAGTAGAAATCAAGAAGTGTTGCTGCAAATGGATGTTCCAAAGGATTTCACTTTCAAAGTTGAACTTTTGAGTGAAAATGAGTCATGGAGCTTGTTTCAATTTATGGCAGGGGATGTGGTTAAAGATAGAACTTTGAAAGATGTAGCATATCAAGTTGCCCAAAAATGTGAAGGTTTGCCTCTTAGGGTAGTGACAGTAGCGCGTGCAATGAAAAATAAGAGGGATGTTCATTCATGGAAATATGCATTAAAGAAATTGCAAAGTCATGACTCATTAGATGCGTTAACTTATTCTGCTTTGGAATTGAGCTATGACTCATTGGATAGTGATGAAATGAGGGACCTTTTCTTGCTTTTTTCTTTACTTCCAGGTAATGATGTACTGTACTTTCTGAAAATTGCAATGGGTCTAGACATATTAAAACATGTTAATACCGTTGATGATGCAAGAAATAAACTTTACACAATGATCGAATCTTTGGAGGCAACTTGTCTTTTGCTTGAAGTTAAAGTAGATGGAAAGATCCAAATGCATGACTTTGTTTGTGAGTTTGCTATCTCCATAGCATGCAGGGACAAACATGTAATTCTAATGAAACAACGGGATGAGGAATGGCCAACCAATGCTTTTTTACAAAGGTGCACACAGATTGTTTTAGATTACTGTCATATGCACGACCTTCCTCAAACAATTGATTGTCCTAACATTAAGTTTTTCTGTTTGGCTAGTGGGAATCGTCCTTTAAAAATCCCAGATGATTATTTTGAGGGTATGAGAAGCCTTAGAGTGCTAGATTTAACATGTCTGAACTTGTCTTCATTACCCACTTCGTTTCAGTTCCTAACCGACCTTCAAACATTGTGTTTAAATTTCTGCGTTTTGGAAAATATGGATGCAATAGAAGCTTTACAAAATTTAAAAATACTTTGCCTCTGGAATTCTTCAATGATCAAGTTGCCAAGACAAATAGGGCAATTGACTCAATTGAGAATGCTTGATTTGAGAAGTTCAGGAATAGAAGTAATCCCACACAACATTATATCAAGCTTGACTAAATTGGAGGAGTTGTACATGGGAAATACCTCTATTAATTGGGAAGATGTGAATTCAACGGTTCAAAATGAACATGCTAGTATTGCTGAGCTTCGAAAGCTACCCAACTTGAAAGCTCTAGAATTACAAATTCGTGAGACTTGGATGTTACCAAGGGACTTGCGATTGATGTTTGAGAAGCTGGAAAGATATAAAATAGCTATTGGAGATGTATGGGACTGGTCTGACATTGAGGATGGAACCTTAAAAACATTGATGCTCAAACTTGGTACAAACATACATTTGGAGCATGGAATTAAAGCATTGATTAAAGGTGTTGAGAATTTGTATTTGGATGATGTAGATGGAATTCAAAATGTGCTTCCTAACCTAAATAGAGAAGGATTTACATTGCTGAAACATCTCCACGTCCAAAATAATACTAACTTGAATCACATTGTTGACAATAAAGAGAGAAATCAAATCCATGCGTCCTTTCCCATCTTGGAAACACTAGTACTTCTTAATCTTAGAAACTTGGAGCATATATGTCATGGTCAACCTTCAGTTGCTTCTTTTGGAAGTCTCAGTGTTATCAAAGTAAAAAATTGCGTCCAGTTAAAGTATCTTTTCTCCTTTACAATGGTTAAAGGACTTTCTCACCTTTGTAAGATTGAAGTTTGTGAGTGCAATTCTTTGAAGGAGATAGTGTTCAGAGAAAACAATTCAAGTGCTAATAATGATATCACTGATGAAAAAATCGAGTTTCTTCAATTGCGTTCTTTGACTTTAGAACATTTGGAGACACTTGATAATTTCGCCTCTGATTATTTGACACATCATAGAAGTAAGGAAAAGTATCAAGGTCTAGAGCCTTGTGCTTATACTACACCATTTTTTAATAATGCTCAGGTTGCATTGCCTAATTTGGATGCCCTTAAATTGAGCTCACTTCACAATTTGAATCAAATTTGGGATGACAATTATCAATCTATGTGCAACTTGACTAGCTTGATTGTGGATAATTGTGTTGAATTGAAGTATTTATTCTCCTCTACTATGGTTGAAAGTTTTATGAACCTCAAACATCTTGAAATAAGTAATTGTCCTATCATGGAGGAGATTATAGCTAAAACAGAGAGAAATAATGCAGGAAAAAAGGTTAATTTTTTGAAATTAGAGAAAATCATACTGAAGGATATGGACAGCTTGAAGACAATATGGCATTACCAATTTGAAACATCGAAGATGTTGGAAGTGAACAATTGTAAGAAAATTGTGGTGGTTTTTCCTTCTTCAATGCAAACTACATATAATGAGCTTGAGAAGTTGGAGGTTACAAATTGTGATTCAGTTGAAGAGATATTTGAATTGACTTTCAATGAAAATAACAGTGAAGAGGTTACAACACATTTGAAAGAAGTTACTATAGATGGATTGTGGAATCTGAAAAAGATATGGAGTGGAGATCCGGAAGGAATTCTTAGTTTTCAAAATCTAATAAATGTTCAAGTAGTAAATTGTGAAAGCTTGGAGTATTTATTACCATTCTCCGTAGCTACTCGTTGCTCACATCTCAAGGAACTTGGTATAAAATGGTGTGGGAACATGAAGCTAATTGTTGGAGAGGAGAAAGAATCTAGCATGAATGAAGATCCCATATTTGAGTTTAATCAACTAAGTACTTTATTACTTTTTCACTCACCTAAACTCAATGGTTTCTATGCTGGAAATCATACTCTAGAATGTTCATCATTGAGGAACATTTATGTTTTCAAATGTACAAAGTTGAATTTGTTCAGAACTCTATCCAATTTTCATGATGACAAACACTCTGTTTCAACGGAGCAACCACTTTTCTTTGATGAAGAGGTGATTCCAAACTTGGAGGAGTTGAGGATGGAACAGGCGGATGCTGACATGATATTGAAAACCCAAAACCCAAGTTCCCTCTTTAGCAAAATGACCATTCTTGGTTTGGCTTGCTATAACACGGAAGAGGCTACATTTCCTTATTGGTTTCTTGAAAATGTGCATACTCTTGAGTCACTAGTTGTTGAGTGGAGTTGCTTCAAGAAGATATTTCAAGATAAAGGAGAAATAAGTGAGAAGACTCATCCACATATCAAAAGACTGACATTGAATCAATTACCTAAACTTCAACATATATGTGAGGAAGGATCTCAAATTGACCCAGTTCTTGAGTTCCTTGAATGCTTAAATGTTTCTAACTGTTCTAGTTTGATAAATTTGATGCCTTCCTCGGTCACCCTTAATCATCTCACAAAGTTAGAGATAACAGAATGCAATGGGCTAAAATATTTGATCTCAACTCTTACTGCACGCAGTTTGGACAAGCTCACTGAGCTGAAGATAAAAGATTGTAATTCACTTGAAGAAGTAGTTAATGGAGTAGAAAATGTTGACATTGCTTTTATTAGTTTACAAATTTTGATGTTGGAATGTTTGCCAAGCCTCGTCAAGTTTTGCTCTAGTAAGTGTTCCATGAAGTTTCCGTTGTTGGAGAAAGTAATTGTGGGGGAATGTCCTCGCATGAAGATTTTTTCTGCCGGAGACACAAGTACACCAATTCTTCAAAAAGTTAAAATTGCAGAAAATGTTTCAGAATGGCATTGGAAGGGAAACCTAAACAATACAATATACAACATGTTCGAAGATAAGGTGGGATTTGGTAGTTTCAAGCATTTAAAACTATCTGAATATCCCGAGTTAAAAGAGTTGTGGTATGGTCGACTTGAGCATAAAGCATTTAGGAGTTTGAAGTATTTAGTGGTTCATAAATGTGATTTTCTGTCTGATGTGCTCTTTAAACCTAACGTGGTAGCAGTGCTGATGCACCTGGAAGAATTAGATGTGGAGGATTGTGATTCATTAGAAGCAGTTTTTGATTCGAAAGATGAATTTGCCAAAGAAATTGTTGTGCAAAATTCTACTCAATTGAAGAAATTAAAACTATCTAATCTTCCAAAACTGAAGCATGTATGGAAAAAGGATCCACATTACACTATGAAGTTTGAAAATTTAAGTGATGTATCTGTTGTGGGATGCAATAGCTTGATAAGCCTCTTTCCGCTCTCAGTGGCTAGAGATATGATGCAACTTCAAAGTCTTCAAGTAAGTAAGTGTGGGATTCAAGAAATCGTGGCCAAGGAAGAAGGAACATATGAGATGGTTAAATTTGTGTTTCCTCATTTGACTTCCATTAACCTTGAGTACTTGACCAAACTTAAGGCATTCTTTGTTGGGGTTCATTCTCTTCAATGTAAATCATTGAAAAAGATCAAGTTGTTCGGATGTCCAAAAATAGAGCTATTTAAGGCAGAGCCTTTGAGACACCAAGAAAGTTCCAAAAATGATGTGCTTAATATCTCAACGTATCAACCTCTTTTTGTGATTGAAGAGGTTGCATTTCCTGATTTGGATGCCCTTAAATTGAGCTCACTTCTCCATTTGAATCAAATTTGGGATGACAATTATCAACCAATGTGCAACTTGACTAGCTTGATTGTGGATAATTGTGTTGGATTGAAGTATTTATTCTCCTCTACTTTGGTTGAAAGTTTTATGAACCTCAAACATCTTGAAATAAGTAATTGTCCTATCATGGAGGAGATTATAGCTAAAACAGAGAGAAATAATGCAGGAAAAAAGGTTAATTTTTTGAAATTAGAGAAAATCATACTGAAGGATATGGACAGCTTGAAGACAATATGGCATTACCAATTTGAAACATCGAAGATGTTGGAAGTGAACAATTGTAAGAAAATTGTGGTGGTTTTTCCTTCTTCAATGCAAAATACATATTATGAGCTTGAGAAGTTGGAGGTTACAAATTGTGCTTTAGTTGAAGAGATATTTGAATTGACTTTCAATCAAAATAACAGTGAAGAGGTTATGACACAATTGAAAGAGGTTACTCTAGGTGGACTGTTCAAGTTGAAAAAGATATGGAGTGGAGATCCTCAAGGAATTCTTAGTTTTCAAAATCTAATAAATGTACAAGTAATAAGTTGTGCAAGCTTGGAGTATTTATTACCATTCTCCGTAGCCACTCGTTGCTCACATCTTAAGGAACTTGGTATAAAATGGTGTGGGAACATGAAGGACATTGTTGCAGAGGAGAAAGAATCTAGAGTGAATGCAGCTACCATATTTGAGTTTAATCAGCTTAGTATTTTATCGCTTTTGGGCTTATATAAACTCAATGGTTTCTATGCTGGAAATCATACTCTAGCATGCCCATCTTTGAGGAAAATTAGTGTCTCTAGATGTACAAAGTTGAAATTGTTCAGGACACTATTTACAAGAAGCTCCAATTTTCGAGATGGCAAACACTCTGTTTTAACGGAACAACCGCTTTTCATTGCCGAAGAGGTGATTCCAAACTTGGAGGTGTTGAAGATGGCACAGGCTGATGCTGACTTGATATTGCAAACCCAAAACTCAAATTCCCTCTTTAGTAAAATGACTTTTATTGGCTTGAGTGACTATGACTGTGAAGAGGCAAGATTTCCTTATTGGTTTCTTGAAAATGTGCATACTCTTGAGTCACTACTTGTTGAGTGGAGTTGCTTCAAGAAGATATTTCAAGATAAAGGAGAAATAAGTGAGAAGACTCATACACAAATCAAAACACTGATGTTGAATGAATTACCTAAACTTCAACATATATGTGAGGAAGGATCCCAAATTGACCCAGTTCTTGAGTTCCTTGAATACTTAGATGTTGATAGTTGTTCTAGTCTGACAAATTTGATGCCTTCCTCCGTCACCCTTAATCATCTGACAAAGTTGGAGATAATAAAATGCAATGGGCTAAAATATTTGATCACAACTCCTACCGCACGAAGTTTGGACAAGCTCACTGTGCTGAAGATAAAAGATTGTAATTCACTTGATGAAGTAGTTACTGGAGTAGAAAATGTTGACATTGCTTTTATGAGTTTACAAATTTTGATGTTGGAATGTTTGCCAAGCCTCATCAAGTTTTGCTCTGTCAAATGTTTCATGAAGTTTCCGTCGTTGGAGAAAGTAATTGTGGGGGAATGTCCTCGTATGAAGATTTTTTCTGCCGGAAACACAAGTACACCAATTCTTCGAAAAGTTAAAATTGCAGAAATTGATTCAGAATGGCATTGGAAGGGAAACTTAAACGATACAATATACAACATGTTTGAAGATAAGGTGGGATTTGGTAGTTTCAAGCATTTAAAACTATCTGAATATCCCGAGTTAAAAGAGTTGTGGTATGGTCGACTTGAGAATAACACATTTAGGAGTTTGAAGTATCTAGTGGTTCATAAATGTGATTTTTTATTCGATGTTCTCTTTCAACCTAATTTGCTAGAAGTGCTGATGAACCTGGAAGAATTAGATGTGGAGGATTGTAATTCATTAGAAGCTGTTTTTGATTTGAAAGATGAATTTGCCAAAGAAATTGTTGTGCAGAATTCTTCTCAACTGAAGAAATTAAAATTATCTAATCTTCCAAAACTGAAGCATGTATGGAAAGAGGATCCACATTACACTATGCGGTTTCAAAATTTAAGTGATGTATCTGTGGTGGGATGCAAAAACTTGATAAACATCTTTCCACTCTCAGTGGCTAAAGGTATGTTGCAACTTCAAAGTCTTCGAGTAAGTAAAAGTGGCATCCAAGAAATTGTTGCCAAGGAAGATGGAACAGAAGAGATAGTTAAATTTGTGTTTCCACAGTTAACATCCATTATACTTAAACATTTGCCAAAACTTAAGGCATTCTTTGTTGGGGTCCATTCTCTTCAATGTAAATCATTGAAAACAATCAAGTTGTTTCGATGTCCAAAAATAGAGCTATTTAAGGAAGAACCTTTGAGACACCAAGAAAGCTCCAAAAATGATGAGCTGAATATCTCAAAATATCAACCTCTTTTTGTGATTGAAGAGGTACTTGCCAATGTGGAGAATTTGAACTTGAACAACAAAGATTTTGACAAGATATTGCAGACCCAATATGCTGGGGTTCAATTCAACAACCTCAAACACATTGCTGTGTGCGAATTCTACAATGAAGAAGCTAATTTTCCGTATTGGTTTCTGAAAAATGTTCCTAATTGTGAAAGCTTGTTGGTCCAGTGGAGTTTATTCACAGAGATATTTCAAGGTGAACAAACCATAAGAATGGAAAAGGAAACTCAAATTAGCCCGCAACTCAAACAGTTGAAATTACTGCACCTAAGCAAGCTTCAATGTATATGCAAAGAAGGATTTCAAATGGACCCAGTTCTACAGTTTCTTGAAAGCATTTATGTTTATCAGTGTTCCAGTCTGACAATGTTGGTTCCATCTTCTGTTTCCTTTAGTTATATGACCTTTTTGGAGGTAACAAACTGCAATGGGTTGAAAAATTTGATAACACACTCAACAGCAAAGAGTCTTGTCAAACTCGCAACAATGAAGATTAAAATGTGTAATTGGCTTGAGGATATAGTGAATGGTAAAGAAGATGAGACAAATGAGATTGAGTTTTGTAGTTTACAAACTCTAGAACTAACTTCTTTAGAAAGGCTCTCTCGATTTTGCTCATGCTCATGCACCATCATGTTTCCGTTGTTGGAAGTTGTAGTTGTCAAAGAATGTCCTCGAATGGAACTTTTTTCGTTTGGAGTGACCAAAACAACAAATCTTCAACATGTACAAACTGAAGAAGAAAAGCATTGGGTGGGTGACCTCAACGGAACCATAAAGAAAATGTTTGTTGATAAGGTGGCATTTGGTAGTTTCAAGCATTTAAAACTATCTGAATATCCCGAGCTAAAAGAATTGTGGTATGGTAATCTTGAGCATACCGCATTTAGGAGTTTGAAGTATCTAGTGGTTCATAAATGTGATTTTTTATCCGATGTTCTCTTTCAACCTAACTTGCTAGAAGTGCTGATGAACCTGGAAGAATTAGATGTGGAGAATTGTAATTCATTAGAAGCAGTTTTTGATTTGAAAGATGAATTTGCCAAAGAAATTGTTGTGCAGAATTCTACTCAATTGAAGAAATTAAAACTATCTAATCTTCCAAAACTGAAGCATGTATGGAAGGTGGATCCACATTACACTATGAGGTTTCAAAATTTAAGTGATGTGTCTGTTGGGGATTGCGAAAGCTTGATAAGCCTCTTTCCACTCTCTGTGGCTAGAGATATGAAGCAGCTTCAAAGTCTTCGAGTTAGTAAATGTGGGATTCAAGAAATTGTTGGCAAGGAAGAAGGAACAAATGAGATAGTTAAATTTGTGTTTCCGCAGTTAACATCCATTACACTTCATTGCTTGACCAAACTTAAGGCATTCTTTGATGGGGGTCATTCTCTTCAATGTAAATCATTGAAAACAATCAAGTTGTTTCGATGTCCAAAAATAGAGCTATTTAAGGCAGAGCCTTTGAGACACCAAAAAAGCTCAAGAATTGATGAGCTCAATATCTCTCAATATCAACCTCTTTTTGTAATTGAAGAGTTTTTTCAACAGGTACTTGCCAATGTGGAGAATTTAAATTTGAACAATACAGATTTTGGCAAGATATTGCAGAGCCAATATTCAGGGGTTCAATTCAACAACATCAAACACATTACCGTTTGTGAGTTTTACACTGAAGAAGCAACTTTTCCATATTGGTTCTTGAAAGATGTTCCTAATTTAGAAACCTTGTTGGTCAAATGGAGTTCCTTCACAGAGATATTCCAAGGTGAACAAATCATAGGAACAGAAAAGGAACCTGAAATTATCCCGCAGCTTAGAAAGTTGACACTATGGAACCTGAGCAAGCTTCAATGTATATGCAAAGAAGGATTTCAAATGGACCCAGTTCTACAGTTTCTTGAAAGCATTTATGTTTATCAGTGTTCCAGTCTGACAATGTTGGTTCCATCTTCTGTTTCCTTTAGTTATATGACCTTTTTGGAGGTAACAAACTGCAATGGGTTGAAAAAATTGATAACACACTCAACAGCAAAGAGTCTTGTCAAACTCACAACAATGAAGATTAAAATGTGTAATTGGCTTGAGGATATAGTGAACGGTAAAGAAGATGAGACGAATGAGATTGTATTTTGCAGTTTACAAACTCTAGAACTAATTTCTTTACAAAGGCTATGTCGATTTAGTTCATGCCCATGTCCTATTAAGTTTCCGTTGCTGAAAGTTGTAGTTGTCAAAGAATGTCCTCGAATGGAACTTTTTTCATTGGGAGTTACCAACACAACAAATCTTCAAAATGTACAAACTGATGAAGGAAATCATTGGGAGGGTGACCTCAACAGAACCATAAAGAAAATGTTTTGTGATAAGGTTGCATTTGGTAAATTCAAGTACTTAGCCTTATCTGACTATCCTGAGCTAAAGGATGTGTGGTATGGCCAACTTCATTGCAATGTGTTCTGCAATTTGAAACATCTTGTCGTGGAAAGGTGTGATTTTTTATCACATGTACTTTTTCCATCAAATGTAATGCAAGTGCTACAGACATTGGAAGAACTAGAAGTAAAAGATTGCGATTCATTAGAAGCAGTGTTTGATGTGAAAGGTATGAAGTCACAAGAAATATTGATAAAAGAAAACACTCAATTGAAAAGATTGACTTTGTCTACTTTACCCAAATTGAAGCACATATGGAATGAGGATCCTCATGAAATTATCAGCTTTGGAAACTTACACAAGGTGGATGTTTCTATGTGTCAAAGCTTGTTATATGTCTTTCCATATTCACTATCCCCAGATCTTGGACATCTTGAAATGCTTGAGATAAGTTCTTGCAGAGTCAAGGAAATTGTTGCAATGGAAGAAACTGTATCAATGGAAATTCAATTTAATTTCCCCCAATTGAAAATCATGGCACTGCGTCTTTTGTCAAATCTCAAGAGTTTCTATCAAGGAAAGCATACTTTAGATTGCCCTTCATTGAAGACTTTGAATGTATATCGTTGTGAAGCATTAAGAATGTTTTCTTTCAACAATTCAGACTTGCAACAACCTTACTCGGTTGATCAACAACCCCTGTTTTGTATTGAAAAGTTGAGCCCAAACCTGGAGGAATTGGCAGTAAATGGCAAAGATATGTTGGGGATATTGAATGGTTATTGTCAAGAAAATATCTTTCATAAAGTCAAATTTCTTCATTTACAATGCTTCGATGAAACTCCAACTATTCTTCTGAATGATTTCCATACAATATTTCCTACTGTTGAAACATTTCAAGTGCGTAATAGTTCTTTTGAAACATTGTTCCCCGCTAAAGGAGCCACAAGTTATCTCAGTATGCAAATGTCAAATCAAATAAGAAATTTGTGGCTTTTTGAATTGGACAAGCTCAACCATGTCTGGCAGGAAGACTTTCCATTGGATTATCCTCTGTTACAATATCTTGAAGAGTTATGTGTAGTGAATTGTCCAAGTTTGATAAGCTTGGTATCATCATCGACATCTTTCACAAATTTAACCCATTTAAAAGTGGACAACTGCAAAGAGTTGATCTATTTGATAAAAATTTCAACAGCTAAAAGTCTAGTTCAACTCAAAGCATTAAACATAACTAATTGTGAGAAGATGTTGGATGTCGTAAAGATTGACGATGATAAAGCAGAGGAAAACATCGTATTTGAAAACTTGGAATACTTGGAATTTACTTCGTTGTCAAATTTGAGAAGCTTCTGCTATGGGAAACAAACATTCATATTCCCATCTTTGCTCAGTTTCATCGTTAAAGGATGCCCTCAAATGAAGATCTTCTCATCTGCACTCACAGTAGCACCGTGCCTCACATCAATTGAGGTGGAAGAAGAAAACATGCGATGGGAAGGTGATCTTAACACAACTATTGAACAAATGTTCATAGAAAAGGAAGTCCCACTTTCTAATTAA 11793 0.3578 MEILISVVAKIAEYTIVPIGRQASYLIFYKGNFKTLKDHVEDLEAARERMIHSVKRERGNGKEIEKDVLNWLEKVNEVIEKANCLQNDPRRFNVRCSASSFPNLVLRHQLSRKATKIAKDVLQVQGRGIFYQVGYLPPLDIVASSSTIDGEMYDTRESLKEDILKALADPTSCNIGVYGLGGVGKTNLVDKVAQIAKEHKLFDKVVMTQVSKNPDIKKIQGEIADFLSLQFDEESNRGRAERLRRRIKMEKSILIILDNIWTILDLKEVGIPVGNEHNGCKLLMTSRNQEVLLQMDVPKDFTFKVELLSENESWSLFQFMAGDVVKDRTLKDVAYQVAQKCEGLPLRVVTVARAMKNKRDVHSWKYALKKLQSHDSLDALTYSALELSYDSLDSDEMRDLFLLFSLLPGNDVLYFLKIAMGLDILKHVNTVDDARNKLYTMIESLEATCLLLEVKVDGKIQMHDFVCEFAISIACRDKHVILMKQRDEEWPTNAFLQRCTQIVLDYCHMHDLPQTIDCPNIKFFCLASGNRPLKIPDDYFEGMRSLRVLDLTCLNLSSLPTSFQFLTDLQTLCLNFCVLENMDAIEALQNLKILCLWNSSMIKLPRQIGQLTQLRMLDLRSSGIEVIPHNIISSLTKLEELYMGNTSINWEDVNSTVQNEHASIAELRKLPNLKALELQIRETWMLPRDLRLMFEKLERYKIAIGDVWDWSDIEDGTLKTLMLKLGTNIHLEHGIKALIKGVENLYLDDVDGIQNVLPNLNREGFTLLKHLHVQNNTNLNHIVDNKERNQIHASFPILETLVLLNLRNLEHICHGQPSVASFGSLSVIKVKNCVQLKYLFSFTMVKGLSHLCKIEVCECNSLKEIVFRENNSSANNDITDEKIEFLQLRSLTLEHLETLDNFASDYLTHHRSKEKYQGLEPCAYTTPFFNNAQVALPNLDALKLSSLHNLNQIWDDNYQSMCNLTSLIVDNCVELKYLFSSTMVESFMNLKHLEISNCPIMEEIIAKTERNNAGKKVNFLKLEKIILKDMDSLKTIWHYQFETSKMLEVNNCKKIVVVFPSSMQTTYNELEKLEVTNCDSVEEIFELTFNENNSEEVTTHLKEVTIDGLWNLKKIWSGDPEGILSFQNLINVQVVNCESLEYLLPFSVATRCSHLKELGIKWCGNMKLIVGEEKESSMNEDPIFEFNQLSTLLLFHSPKLNGFYAGNHTLECSSLRNIYVFKCTKLNLFRTLSNFHDDKHSVSTEQPLFFDEEVIPNLEELRMEQADADMILKTQNPSSLFSKMTILGLACYNTEEATFPYWFLENVHTLESLVVEWSCFKKIFQDKGEISEKTHPHIKRLTLNQLPKLQHICEEGSQIDPVLEFLECLNVSNCSSLINLMPSSVTLNHLTKLEITECNGLKYLISTLTARSLDKLTELKIKDCNSLEEVVNGVENVDIAFISLQILMLECLPSLVKFCSSKCSMKFPLLEKVIVGECPRMKIFSAGDTSTPILQKVKIAENVSEWHWKGNLNNTIYNMFEDKVGFGSFKHLKLSEYPELKELWYGRLEHKAFRSLKYLVVHKCDFLSDVLFKPNVVAVLMHLEELDVEDCDSLEAVFDSKDEFAKEIVVQNSTQLKKLKLSNLPKLKHVWKKDPHYTMKFENLSDVSVVGCNSLISLFPLSVARDMMQLQSLQVSKCGIQEIVAKEEGTYEMVKFVFPHLTSINLEYLTKLKAFFVGVHSLQCKSLKKIKLFGCPKIELFKAEPLRHQESSKNDVLNISTYQPLFVIEEVAFPDLDALKLSSLLHLNQIWDDNYQPMCNLTSLIVDNCVGLKYLFSSTLVESFMNLKHLEISNCPIMEEIIAKTERNNAGKKVNFLKLEKIILKDMDSLKTIWHYQFETSKMLEVNNCKKIVVVFPSSMQNTYYELEKLEVTNCALVEEIFELTFNQNNSEEVMTQLKEVTLGGLFKLKKIWSGDPQGILSFQNLINVQVISCASLEYLLPFSVATRCSHLKELGIKWCGNMKDIVAEEKESRVNAATIFEFNQLSILSLLGLYKLNGFYAGNHTLACPSLRKISVSRCTKLKLFRTLFTRSSNFRDGKHSVLTEQPLFIAEEVIPNLEVLKMAQADADLILQTQNSNSLFSKMTFIGLSDYDCEEARFPYWFLENVHTLESLLVEWSCFKKIFQDKGEISEKTHTQIKTLMLNELPKLQHICEEGSQIDPVLEFLEYLDVDSCSSLTNLMPSSVTLNHLTKLEIIKCNGLKYLITTPTARSLDKLTVLKIKDCNSLDEVVTGVENVDIAFMSLQILMLECLPSLIKFCSVKCFMKFPSLEKVIVGECPRMKIFSAGNTSTPILRKVKIAEIDSEWHWKGNLNDTIYNMFEDKVGFGSFKHLKLSEYPELKELWYGRLENNTFRSLKYLVVHKCDFLFDVLFQPNLLEVLMNLEELDVEDCNSLEAVFDLKDEFAKEIVVQNSSQLKKLKLSNLPKLKHVWKEDPHYTMRFQNLSDVSVVGCKNLINIFPLSVAKGMLQLQSLRVSKSGIQEIVAKEDGTEEIVKFVFPQLTSIILKHLPKLKAFFVGVHSLQCKSLKTIKLFRCPKIELFKEEPLRHQESSKNDELNISKYQPLFVIEEVLANVENLNLNNKDFDKILQTQYAGVQFNNLKHIAVCEFYNEEANFPYWFLKNVPNCESLLVQWSLFTEIFQGEQTIRMEKETQISPQLKQLKLLHLSKLQCICKEGFQMDPVLQFLESIYVYQCSSLTMLVPSSVSFSYMTFLEVTNCNGLKNLITHSTAKSLVKLATMKIKMCNWLEDIVNGKEDETNEIEFCSLQTLELTSLERLSRFCSCSCTIMFPLLEVVVVKECPRMELFSFGVTKTTNLQHVQTEEEKHWVGDLNGTIKKMFVDKVAFGSFKHLKLSEYPELKELWYGNLEHTAFRSLKYLVVHKCDFLSDVLFQPNLLEVLMNLEELDVENCNSLEAVFDLKDEFAKEIVVQNSTQLKKLKLSNLPKLKHVWKVDPHYTMRFQNLSDVSVGDCESLISLFPLSVARDMKQLQSLRVSKCGIQEIVGKEEGTNEIVKFVFPQLTSITLHCLTKLKAFFDGGHSLQCKSLKTIKLFRCPKIELFKAEPLRHQKSSRIDELNISQYQPLFVIEEFFQQVLANVENLNLNNTDFGKILQSQYSGVQFNNIKHITVCEFYTEEATFPYWFLKDVPNLETLLVKWSSFTEIFQGEQIIGTEKEPEIIPQLRKLTLWNLSKLQCICKEGFQMDPVLQFLESIYVYQCSSLTMLVPSSVSFSYMTFLEVTNCNGLKKLITHSTAKSLVKLTTMKIKMCNWLEDIVNGKEDETNEIVFCSLQTLELISLQRLCRFSSCPCPIKFPLLKVVVVKECPRMELFSLGVTNTTNLQNVQTDEGNHWEGDLNRTIKKMFCDKVAFGKFKYLALSDYPELKDVWYGQLHCNVFCNLKHLVVERCDFLSHVLFPSNVMQVLQTLEELEVKDCDSLEAVFDVKGMKSQEILIKENTQLKRLTLSTLPKLKHIWNEDPHEIISFGNLHKVDVSMCQSLLYVFPYSLSPDLGHLEMLEISSCRVKEIVAMEETVSMEIQFNFPQLKIMALRLLSNLKSFYQGKHTLDCPSLKTLNVYRCEALRMFSFNNSDLQQPYSVDQQPLFCIEKLSPNLEELAVNGKDMLGILNGYCQENIFHKVKFLHLQCFDETPTILLNDFHTIFPTVETFQVRNSSFETLFPAKGATSYLSMQMSNQIRNLWLFELDKLNHVWQEDFPLDYPLLQYLEELCVVNCPSLISLVSSSTSFTNLTHLKVDNCKELIYLIKISTAKSLVQLKALNITNCEKMLDVVKIDDDKAEENIVFENLEYLEFTSLSNLRSFCYGKQTFIFPSLLSFIVKGCPQMKIFSSALTVAPCLTSIEVEEENMRWEGDLNTTIEQMFIEKEVPLSN* 3931
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mtr8g1618 3930 Gene3D - 307 393 IPR042197 -
Mtr8g1618 3930 SUPERFAMILY RNI-like 2203 2468 - -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 497 901 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 3354 3632 IPR032675 -
Mtr8g1618 3930 SUPERFAMILY RNI-like 2973 3317 - -
Mtr8g1618 3930 SMART LRR_CC_2 2204 2234 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 3609 3629 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 2914 2940 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 2049 2075 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 1989 2026 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 3763 3783 IPR006553 -
Mtr8g1618 3930 SMART LRR_CC_2 3028 3047 IPR006553 -
Mtr8g1618 3930 SUPERFAMILY L domain-like 461 895 - -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 2873 3049 IPR032675 -
Mtr8g1618 3930 Gene3D - 149 301 IPR027417 -
Mtr8g1618 3930 SUPERFAMILY RNI-like 2453 2793 - -
Mtr8g1618 3930 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 150 403 IPR027417 -
Mtr8g1618 3930 SUPERFAMILY RNI-like 1113 1402 - -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 3050 3334 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 922 1320 IPR032675 -
Mtr8g1618 3930 PANTHER RPP4C3 20 1106 - -
Mtr8g1618 3930 PANTHER RPP4C3 3001 3102 - -
Mtr8g1618 3930 PANTHER RPP4C3 3254 3400 - -
Mtr8g1618 3930 PANTHER RPP4C3 2199 2356 - -
Mtr8g1618 3930 PANTHER RPP4C3 2734 2876 - -
Mtr8g1618 3930 PANTHER RPP4C3 3438 3512 - -
Mtr8g1618 3930 PANTHER RPP4C3 1962 2067 - -
Mtr8g1618 3930 PANTHER RPP4C3 1640 1742 - -
Mtr8g1618 3930 PANTHER RPP4C3 3524 3631 - -
Mtr8g1618 3930 PANTHER RPP4C3 2481 2582 - -
Mtr8g1618 3930 PANTHER RPP4C3 1692 1943 - -
Mtr8g1618 3930 PANTHER RPP4C3 2881 2969 - -
Mtr8g1618 3930 PANTHER RPP4C3 3771 3916 - -
Mtr8g1618 3930 PANTHER RPP4C3 1364 1515 - -
Mtr8g1618 3930 PANTHER RPP4C3 1125 1229 - -
Mtr8g1618 3930 SUPERFAMILY L domain-like 1757 2069 - -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 1323 1624 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 1635 1844 IPR032675 -
Mtr8g1618 3930 PRINTS Disease resistance protein signature 174 189 - -
Mtr8g1618 3930 PRINTS Disease resistance protein signature 247 261 - -
Mtr8g1618 3930 PRINTS Disease resistance protein signature 341 355 - -
Mtr8g1618 3930 PRINTS Disease resistance protein signature 985 1001 - -
Mtr8g1618 3930 PANTHER - 1692 1943 - -
Mtr8g1618 3930 PANTHER - 3524 3631 - -
Mtr8g1618 3930 PANTHER - 1364 1515 - -
Mtr8g1618 3930 PANTHER - 2734 2876 - -
Mtr8g1618 3930 PANTHER - 3771 3916 - -
Mtr8g1618 3930 PANTHER - 2881 2969 - -
Mtr8g1618 3930 PANTHER - 1125 1229 - -
Mtr8g1618 3930 PANTHER - 3001 3102 - -
Mtr8g1618 3930 PANTHER - 2199 2356 - -
Mtr8g1618 3930 PANTHER - 3254 3400 - -
Mtr8g1618 3930 PANTHER - 3438 3512 - -
Mtr8g1618 3930 PANTHER - 2481 2582 - -
Mtr8g1618 3930 PANTHER - 1640 1742 - -
Mtr8g1618 3930 PANTHER - 20 1106 - -
Mtr8g1618 3930 PANTHER - 1962 2067 - -
Mtr8g1618 3930 Pfam NB-ARC domain 157 376 IPR002182 GO:0043531
Mtr8g1618 3930 SUPERFAMILY RNI-like 3499 3828 - -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 2097 2346 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 3645 3832 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 2351 2506 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 1895 2077 IPR032675 -
Mtr8g1618 3930 Gene3D Ribonuclease Inhibitor 2536 2865 IPR032675 -
Mtr8g1618 3930 SUPERFAMILY L domain-like 1495 1842 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mtr8g1618 Mtr-Chr8 23657173 23702763 Dispersed/Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Mtr8g1618 175 490 WRKY Transcription Factor Family AT5G45050 24.545 2.25e-07 55.5
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mtr8g1618 - - mtr:MTR_2g089975 3478.34