Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Tan10g0941 ATGGCGTCTGCACAAAATGTTGAGTTGGAGGCAGCAAAGTTTCTGCACAAACTAATTCAAGAATCTAGAGATGAGCCAGCTAAATTGGCTACAAAACTCTACGTGATACTGCAACACATGAAATCAAGTGGGAAAGAACATTCCATGCCATATCAAGTAATATCAAGGGCCATGGAGACTGTCATCAATCAACATGGTCTTGATATTGAGGCTTTGAGGGCATCACGCCTTCCTCTGACAGGTGGAACTCAGATGGGTGATTCTTCAACTGCACAATATGCGGGTTCTTCCAGTGTTGTCGGTTCTGCTAAAGATTCCAAAATGGGTATATCTGGAAGTGACATGTCCAAAAGTAGCCCACTTGCTTCAAGCAAGCCACCTGTTGGCCCAAGTAGTACAGATCACGATTATTATCAAGGCTCTGCAACTCATCGGAGTGGTCAATCTTTTGATCAAGAAAGCCCGTCTAGTTTGGATTCGAGGTCTGCCAACTCACAGTCACAAGAGAAGCATGATTCAGTGAATTGGGACAAACAATTAAATGATAAGGATGGTAAGAAGGGCACCAAAAAGAGGAAGAAGGTGGATACATCAGTTGTGGAACCATCTAGTGACAATACTCATCAACTTGATACACGCAATCCATTGGTTAATCCTAGGAATGTAAAGTCAAACAGGGTTGAACCACTGGCATATCTAGTTAAGGGAGGCAATGTTGAACAGGCGAAGCATGGATTAACAAAAGCTGGTGAAAAGCCTATTGACCCTCAAATGTATTCTGTAAACCGAGGTGATGGGACATCTACCTCTGGTGAAAAATTTTTGGAGAGTGAACTACCTACATCATCAGTTGATGCTACAAAAATGATTCAGGGTGCATGGCGGATCAATGGACCAGAAATGAGCATGTTACGGAACCCAGTTTCTAGAGAAGCAGGAAAGCTTCCTGTTTCTCAGGTTCCTACCTCTTCCCAATCTCGTTTGCCTTTCAAGGAACAACAACTGAAGCAACTTAGGGCTCAGTGCCTTGTGTTTTTAGCATTCAGAAATGGTTTAATGCCAAAGAAACTGCATCTTGAAATTGCCCTCGGGAATAATTTTCCTAAAGAAGAGGGACTTCGAAAAGATGTTGATCCTAGAGGTATTGCTCAATCTTTTAATGAGGCCAGAAGTACCACTGAAGTCATGATGCCATCAGGGAAGTTGGATGCTGCAAGGGAAACAGGTACAATGATCCCAGGTGCCATATCTGCCGGAAGAATCTATGAGGCCGACTCCATGAAGGAAGCAGACAATAGGAGGGTAGAGGATAAAAAGGGTCCACCTTCTGATTATTCTGTTCAAGCAGAAGTAAGAAAGTCAGAGGCTGAACTAATGCGGGAAAAAGCAATTTCTCAAACATGCTTGAGCACTGCATCGCATCCGCCTGACTTTTCAGGTACAAGGGGGGGTTTAACTGCAAATAATCCTGTTGATGATTTGGAGAATAGCAATCTTCTGGTTGGACAGACCAATCAAGCCACTGCTGCAGTGGGTATGAGTAAGCCACTAAACCCTGAAACAGTTAGCTGGACAGGAATTGGAAGCACAAATGAGGTTTCTAGGGGAAGTCTACCAGCCTTTGCTAGTCAGAATGAGCTGGTAGTTGATAGAAAGAATGATGTATCTGCTCAGTCGCACATTGTTCGGAACAATAGTGGTTTAGGGAGTCAACATATTGACAGCCAGTCTTCTTTTTCAATGGGAGAGCGGTGGAAACCTATCTCTGGGACATATGATCAGTACCATGCTGTAATGCCTTCGAGAGATGCTAGTCTGATCCCAAATCTTGCATCTCATGATGGTATGAATGTGCCAGAATCTGAATCTAGATGCATCACAGAAGTGCACAAAGTGGCATCTGTTGATGAAGGGAAAAATGGTAGCCTAAATACCATGGAACGAGAAGATAATGGTAAGTCAGTGCCATCTGAATTGCCGATGTCTCCAAAGTACACCATGTCAGAGAAATGGATAATGGATCGGCAGAAAAAGAAACTCCTAAATGAGCAAAATTGGTTACTGAAACAACAAAAAACTGAGAAACGTATTGCCACTTGTTTTGATAAGTTAAAGGATACTGTCAGTTCGTCGGAAGATATATCTGCAAAAACTAGAAGTGTAATAGAATTGAAAAAACTTCAACTCTTGCAGCTTCAGCGCCGCCTCAGGAATGATTTTCTTAATGATTTCTTCAAACCAATTTCAACTGAGATGGACCGCTTGAAATCTTTCAAGAAGCACAAACATGGTAGGAGGATTAAACAACTTGAAAAATTTGAGCAGAGAATGAAGGAGGAGAGACAAAAGAGAATACGGGAGAGACAAAAGGAATTCTTTGGTGAGATTGAAGTTCACAAGGAAAGACTTGATGACGTATTTAAGGTTAAGAGAGAGAGGTGGAAGGGTTTCAATAAGTATGTCAAGGAGTTCCACAAAAGGAAGGAACGAATTCATCGTGAGAAGATCGACAGAATCCAGCGTGAGAAGATCAATCTTTTGAAGATCAATGATGTAGAGGGGTATCTGCGAATGGTGCAGGATGCGAAATCAGATCGTGTTAAGCAACTTCTCAAGGAGACTGAGAAATATCTTCAAAAGCTTGGATCCAAGCTACAGGAGGCAAAGTCCATGGCAAGCCGGTTTGAGCATGATATGGATGATGGTGGAGCTGTGAATGTTGCTGACAAAAGTGAAACTGCGATTGAGAATGAAGATGAAAGCGATCAGGCAAAGCATTATTTGGAAAGTAACGAGAAGTACTACATGATGGCTCATAGTGTTAAGGAAAGCATAGCTGAGCAGCCAGCTTGTCTTCAGGGAGGAAAGTTGAGGGAGTATCAGATGAATGGCCTTAGGTGGCTCGTTTCATTATATAACAATCATTTGAATGGAATTCTAGCTGATGAAATGGGGCTTGGAAAAACTGTTCAGGTAATTTCCCTAATCTGTTATTTGATGGAGACTAAGAATGATCGAGGTCCCTTTTTGGTGGTTGTGCCATCATCAGTCTTACCTGGATGGGAGTCGGAGATCAACTTCTGGGCCCCAAGTGTGCTTAAAATTGTGTATTCTGGACCTCCAGAAGAGAGGCGCAGACTATTCAAGGAGAGAATTGTTCATCAGAAATTTAATGTGCTTCTGACCACATATGAGTATCTGATGAACAAGCATGATAGGCCAAAACTAAGCAAAATTCATTGGCACTATATTATAATTGATGAGGGCCATCGCATAAAGAATGCTTCATGCAAGTTGAATGCTGATCTGAAGCACTATCAGAGTTCTCACAGATTACTCTTGACTGGAACACCGCTACAGAACAACCTTGAGGAGCTGTGGGCATTACTGAACTTTTTGTTGCCAAATATTTTCAATTCATCTGAGGATTTTTCGCAGTGGTTCAACAAACCATTTGAGAGTAATGGTGATAATTCAGCTGACCAAGCCTTGCTTTCTGAAGAGGAGAATCTTTTGATCATAAATCGACTTCACCAAGTTCTTCGCCCGTTTGTTCTTCGGAGACTTAAACACAAGGTGGAAAATGAACTGCCAGAAAAGATTGAAAGACTTGTAAGATGTGAGGCTTCTGCATATCAGAAACTTTTGATGAGGAGAGTAGAGGAAAACCTTGGTTCAATAGGAAGTACAAAGGTTCGATCAGTGCATAACTCAGTGATGGAGCTGCGTAATATTTGTAACCATCCTTATCTAAGCCAACTTCATGCAGAGGAGGTTGATAATTTGATACCTAAGCACTACCTACCGCCAATTGTTAGACTTTGTGGAAAGCTTGAGATGTTAGATAGAATATTACCAAAGCTAAAAGCAACTGATCATCGGGTTCTCTTCTTTTCCACCATGACTAGACTGCTTGATGTTATGGAGGAATATCTTCACTGGAAACAGTATCGATATCTACGATTGGACGGACATACATCTGGGGGTGATCGTGGTGCTCTTATTGATTTGTTTAATGGGCAAAATTCTCCCTATTTTATATTCCTTCTCAGCATTCGAGCTGGTGGTGTGGGAGTGAATCTTCAAGCTGCTGATACAGTGATAATCTTCGACACAGACTGGAATCCACAGGTTGATTTACAGGCACAGGCAAGGGCTCATAGGATTGGCCAGAAGAGGGACGTGCTTGTTCTTAGATTTGAAACAGTTCAAACGGTGGAAGAACAAGTGAGAGCTGCTGCAGAGCATAAACTAGGAGTGGCTAATCAGAGTATTACAGCTGGTTTTTTTGACAACAATACAAGTGCTGAAGATCGAAGGGAATATTTGGAATCTCTTCTACGCGAGTGTAAGAAAGAAGAAGCTGCACCTGTACTAGATGATGATGCTCTGAATGATCTCCTAGCACGCAGTGAGTCAGAGATTGATGTGTTTGAAACAGTGGACAAAGAACGGCGAGAGCATGAGATGGCCACTTGGAAGAAGCTGGTAGTTGGGCATGGAATTTCTGAGCCTATTCCTTCCATACCTTCACGTCTTGTAACTGACGATGACCTGAAAGAATTCTATGAAGTAATGAAGATAACTGAAGAAGTACCAAAACCTGGGGAGGGTTCCCAAGTTGGAGGGGTAAAGAGGAAAAGCGAATATCTTGGAAGCCTTGACACCCATAATTATGGGAGGGGGAAGCGGGCAAGAGAGGTGCGATCCTATGAGGAACAGTGGACAGAAGAAGAATTTGAAAAGATGTGCAAGGTTGACTCACCTGAATCCCCCAGGCCAAAGGAAGCCGAGGCAGGAGAACCATCGACCAGTATTAGTGGGTCAGTTGTAGCAGCTGTTTTGAAGAAAGAGCTTCCTGCCGTCTCCCCTCTACCTCCTGTTCAGCCTATGCCTCAGCATCAAACACCACCTTCGAAGCGAGGTCGTGGAAGACCAAAAAGAACGACCGTTGATAAGTTGCCTGGTCCAGCGATTCCACCATCTCCTCCTATAACAGGTAAAGTGGAAATGGGGTTACAAGGAGAAACTATTTCGAGCATTTCTAAAACTGGCGGTCTTGATTCTTTGCCTAGTCAAGGAACAACTGATCAACTTTCCACGGGGATTGCTGCAAACTCTCAGTTAACTACCCCAGTGCCTTGTATAATTCCTGCCTCTGAGTCAGTTCCAGCTTGCTCTCCTGCATCGGTTCAAGTGAAGGGTCATGGTCGAAAAACTCAAACTGGACAAGAAGCTCCTCGGAGAAGAGGGAAAAAACAGGGGCTGGTACCACCTCCTGTTCCTGGTAGTAGTCTACCCTCTGATGTAAGACAAAATGACCAGGGTAAATCCACAAACCTAGTGGCAAGTCAAGTTAATGTTGCAAGTGACATTGTTTCTAATGCTTCTGCCACCCAGCTTCCCACTAATTTACCTGGTTCTGCCCCTTCAAAACCTGTCACTGGACCTAACGATCAACCTGCCGTTGGGGTTTCATCAAATTTGGAACCTAGTCCTGCTTTGCCTTCTGTGGCTTCTCTCTCTCAATTTTCTCCGCATTTCAATCTTCAACCTGTACAGCCTAGAGGACTAAGTCGGAAGACACAAAGTACAGCTGGAGTACCACGGCGTAGAGGAAAGAAACAGGCAGCAGCAGCTCCTGCATTGCCTAACGCCATAGCTGGTACTAGTGTAAGTTCAAATGTGAATTTGCAAATGGACCATATTGATGCTTCTTCAAGTAAGGCCGTTGTCACAACTCAAGAGAATACTGTCAATCAGGCGACCAATACTATCTCTGAGAAATTGCACCAGAAACCTGATGGAATCACTGTCCGGGGTCTGGAATCTAATAAACCAGCAGATAATCCCAATCAGGGCAAGGAGACAGTCAGCTTATCAACTCGTGGTAGTACTATGGGACCACAAGGGCCTCCCCCTGAACAAAATCAAAATATTGATCCACGTGGCATTTCTAATGTGACCAAGGAGGCTTCTTCTGGAGATTGCACGGCCAAAGCAAACCCTTCTGAGCATTTGCAGGACACGCCTCATCCAGTTACATCAACTCAAGAAACTGCAGTTCCAATATGTGGTCCTCCGTCCGTTTCTGTTGCTGTGGGGATGAGTCCCAAAGCTACGAATGATGCTCCAGAGACTGCTCCTAGTTCCCAGCCAATTCATTCATTCCCATCAATTGCTTCAAGTGTGCAATTTGCATCTCAATGTCCACCACCCGGATATGTGCAACCTAAACGGCAGGGTCGTAAGACTGCAAAAAGGGAGGAGCCCCCTCGGCGTAGGGGAAGAAAACCGGCCTCATTGCCTCCTGTCATTATTGATGGTTCAGCTGGAAAGGAATCTAAAGATTTGAATGTGCATGTGCAACCAGGGCAATTAGGGGATTTAAGTAGTAAAGACACAGGCCTAAGAGGTAAAACTGGGATTGAGAATCAAGAATCAACCAGTGTTCAGAATCACGCAGGTGGTACCCAAATTGTAGACACTGTGCATTCTCAGGGTCCAAAAAGAAAGGAGCAAGCACCCAAACCTGCCCAACATAAACAGCTTTTAGCATCATCAACAAAGATTGATGCTACTGGAGCCTTGGACAGGACCTCTGTATCAGGCCGTTATCAAACTGCAAATGTAAATGATGTTGCTCGAGTAATGAAGGAGGTCTTCTCTGGGACTGGCTTGTCAAAAGCTAAAGTTGGAGAGCCGTCTGGGAATGAAAACAAGGATGCCCCGCCAATGCCTGTTTTGAACAAGTCCTCCGTGCAGGTGACCAAAAATCATAAATCAGAGGCTATTTCAGCATCCGCTACAATTTTAAATTCCGACATTCCAGTTGAGGCCCATAAAAAAGAATCTGCAGTCAGAGCTAGTGAAATAAGACCAGATTCTGCAAATGCTTTAGAAGAATCTATCATTCTGAAAATTAATGATGGGAATTCTGGAAATACGAAGGCTGATTCAGTAAATAAATTGGGTGTATCAAGAGAAACATCTGCTGGATGCTCGACTGTGGTAAGTGTTGCGAGATCCATGCCCCCTTGCCCTCTTACTACCGATCAAAATAAAAATGATATTTGCCAGAGATCAAGTCCTGATGAGGGTATTCATGGTAGTTCAGGTGACTCAACAAGTCTGGTTAGTGGCTCTGCAATTTCATCAAACTTCAACAATGCTGACCATAATTCCCTCGAATCCTCACCTATTTCCTCAAGTCTGGGTGATTTCAATGCATCAAAGGCTCCCAAGGTGATGGATAATATATCCGAAAACGAAGCAAACCCTGTTGGTGGAGGATCTTTAAAATCTTCTCCTGATAGAAGCAACTGTGAAGTTCCCTCATCTTTGAAGAATGATGGTGAAAATCACCCTGCTCCTACATTGCCTATCCCTTCTGATAGCAGCCATACAAATATGATAACTGTATGTACGACACAAATGGATTATAAGAACTTGCCAGAGCTGCGTTTGGAAGAGCCTCCAGCATGCCCTCTTGATATGTCAAGGATTTCTCATACTAATGTGACTGTTGCTGCCACAACTACTGTTGATAATACCAGTGAAAATGCAGAAATTCCTGCCAACCAAGCTTGTCCCAGTGAAGTGTCTTCTGATATCGGAAAGAAAACTCTTGATGATGAAAAAATGCCTTCTATGGACTGTCTCAGTGAACTGTCTTCTGATATCACAAAGAAAACTCTTGACAATGAAAAAATACCTTCTGTGGAAGCATTCTCAGAACCATCAGAATTTGATAATACAAGCCTTGAATGTCCAGCAACCACATCTATGCCTGAAATGTTGAGTCAATCGAGAATTGACTATTCTCATGAGAAAGGCATGGATTCCGGCAAAGATGATAATGCTAAATGTTCTTCTGAAGTTGCAGTTGAATTTATCGAGGCGTCTAACAACACAGAACCTGATCTTGCAGCTGTTCAAACTTTAAGAGCAAGACCTGCTGGGCAAGATTTTCCCAGTGTATCTCCTGGTACGACAGAGAATACTATGATGTACAAAACAGTGTCTGTTTGTGATGCAGTTAAGATGGAAATGGATCTTAGACCTGGTGTTATTGTTGAAGCTTTGACAGAGAATTCTAGTCAAGATTGTCCTAATATACCTCCATTAGTGATAGATAATTTCAGTATGAATGAGTCAGTGCCTAAGTTGGAAAAGTCCAGGCAATGTTCTCTGGAGAATAGTGGCTGTCAAAGTCTCTCTAATCATCATGAAAATCTTGATCATTCAGAAGTTACAAGTTTTAATGAGAGTTCTGATGCACGCATGTCAGGTGCTGAACTTGAAGTTCAAGTATGCCTTTCTGTAACTACTATGGATAGTGAGAGTAAACATAGAGAAGTGAATGACATCGATCCTGCTCTTGAACAAATGGATGTTGACTCAAAGCAGGATGTTCACATTTTCCTTGGGAGGAGGTCTAGTGGTAGTCCAGATCATTCTAACGCAGTTGCACCTAATCTGGTGGAGCAAGCATCAGGAAATAAATTAGAGCTTGCTTCAGAAGAATTGCCAAATTTTCCTTCATCTGATGATGGAAGCGTTCAAGACCATGAGTTCAATTTGCTTCCACGTAGAGTTGAGGCTGCAAATTGCTCTTTCAAAACTGATGTTGAAGGTCAGAAAACATCAGTATTGAATAATAGTTGTAATTGGAATTGGAATTTGAAGGTACCAGATAATGTGGAAAAAACAGTGGAAGAGACTGCTGAATTTGTTAATCCTGAGGACGTTCCTGAGAAAAACATTCCAATTCCTCTGATCGAGGATAACCAGGCTGACAACCATGGCCCATGTCTCATGGATATGGACATCTCCAGTAATTTAGATGTTCCAGATGCTGGTACTTCACCTTCAACGACAATGAGAGAGAAGGAATTGGAAAGATCTGATGCTGTTGTTCAAATGGGCGTTTCTGATGGAGAACGCATACCAGAAGTTAAAACTGATAATATGGTTCTGCCATCGTCTTCATTGCGGGGAGGGGAAGAAATTTGTTCTTTCACATCTGTGAGAGATCAAGTTGATAATTTAGCAAACCAGGAGGAACCGAGAAATTTTGGAGTTAATTCTGATCTTCAAGTGAATGCATCTCAGGATGATGCTATGATTCCAGAAAACCTTGTGCAAGAAAATTCAAATGATACATCTATTGCACTACAGGAAGGAAAGATTGAGGGATCTGCTGAGGAAAGTCGAGGGTCTCCTGGGGAGAAAAAGTTATCTAATCCTCAAGTTGAGGATGTTCTTGATCTTGGGAATTCTTCCAAGGATGATTTGTGTGACTGCACGGTCACAGATTCAGTAGAAGCTCTTGAGGATAGTGGACTATTACCAAAAGAGGTGTCAGAAGTTTCGGTGGTACTTGCTTCATCGAACAGGGATGACCACTCATCCCAAATGAAACCCATTAGCTCCCCCATCTCTCTGGATGGACCAAGTGATTATCAAATAACTAGTGACCATATGGTTGCAACACAGGATAACATTGTTTTGTCAGAAAACACGTCATCTGTTTCATTAGTTACTGAGGAAGACAAGCTGCAAAGTTCCTCGGAGAAAACCTTAACTGATAGTGCAGAACCGTTGAAGGATTGTAAGGATTCTGATAGTAGCAACAAGGGACAGCTTTTAAGCATCACTGAAAACCTCGTCTCCAATGATCATTCCAATCATCTTACATTATCAAAGAGATTAGAAGCTTCAGCTGGTGATCAGATTGATGTTCCTCAAACTGGGGAGTCTGTACCAGTAAATGCAGTTGATACCTTAACCCAGCCCCCACCGACAACCATGGAAGAAGAGAAGTCTGAAGCCTTATTGGACAGTGGTATAATTGTTGGCTCACCACCACGGAAGGACATACAAGGTTCTCAACCTGGCGGGATTTTAGAAGAGAATATATCAGGAGAAATAATGGTGCCTTCATCTCCTCCTGTGTCGAAGGTAGGAGAAGCTCTAATGCAATCTGTTACTGAAGTTCAACCAATTGACCAAACGGATGCATCTGAGGTGCGGGAACCTTCTCTAGAGAAGAGTGTAACCGAAATAGCCAATCCTCAATCCTCTCTACCCACAGAGAATGTTAGCATGGAAGGTACACCAGTTCCGAGTCCAGTTGATAGCGCCATTGCAGTTGTAGAAACAGTCGTAAGTGAGGAAGCTGATGTACCAACAGAAAATGAAAGCTGCCAATCGGTAGGTGGCTCATCGGTGCTGTATCCGGCTGATAGCATTGCAGAAGTAGAAATGGCCACACGTGATCAGGCCGATGTTCCTCCAGTTGGTGACCCGGCGCTGGGTCCAGCTGATAGCACAGCCATATGTGATCGAGTTCAAATGACTCGAGTGCAGGGTCCAGTCGATACCGCTGCCGTATGTGATCAAGTCGATATCCCCCAACCTTGCGACTCGGTGCAGAGTCCAACTAATAGCACCATTGCAATTGCTGAAACTGCCATATGTGATCAAGTTGACGTTTCTCGAGTTTGTGACTCTGTAGAGGACGAAAACATCGAGCAGTCATCAGAGGTCACTCCAGTTAACAAGAGTTAA 10572 43.17 MASAQNVELEAAKFLHKLIQESRDEPAKLATKLYVILQHMKSSGKEHSMPYQVISRAMETVINQHGLDIEALRASRLPLTGGTQMGDSSTAQYAGSSSVVGSAKDSKMGISGSDMSKSSPLASSKPPVGPSSTDHDYYQGSATHRSGQSFDQESPSSLDSRSANSQSQEKHDSVNWDKQLNDKDGKKGTKKRKKVDTSVVEPSSDNTHQLDTRNPLVNPRNVKSNRVEPLAYLVKGGNVEQAKHGLTKAGEKPIDPQMYSVNRGDGTSTSGEKFLESELPTSSVDATKMIQGAWRINGPEMSMLRNPVSREAGKLPVSQVPTSSQSRLPFKEQQLKQLRAQCLVFLAFRNGLMPKKLHLEIALGNNFPKEEGLRKDVDPRGIAQSFNEARSTTEVMMPSGKLDAARETGTMIPGAISAGRIYEADSMKEADNRRVEDKKGPPSDYSVQAEVRKSEAELMREKAISQTCLSTASHPPDFSGTRGGLTANNPVDDLENSNLLVGQTNQATAAVGMSKPLNPETVSWTGIGSTNEVSRGSLPAFASQNELVVDRKNDVSAQSHIVRNNSGLGSQHIDSQSSFSMGERWKPISGTYDQYHAVMPSRDASLIPNLASHDGMNVPESESRCITEVHKVASVDEGKNGSLNTMEREDNGKSVPSELPMSPKYTMSEKWIMDRQKKKLLNEQNWLLKQQKTEKRIATCFDKLKDTVSSSEDISAKTRSVIELKKLQLLQLQRRLRNDFLNDFFKPISTEMDRLKSFKKHKHGRRIKQLEKFEQRMKEERQKRIRERQKEFFGEIEVHKERLDDVFKVKRERWKGFNKYVKEFHKRKERIHREKIDRIQREKINLLKINDVEGYLRMVQDAKSDRVKQLLKETEKYLQKLGSKLQEAKSMASRFEHDMDDGGAVNVADKSETAIENEDESDQAKHYLESNEKYYMMAHSVKESIAEQPACLQGGKLREYQMNGLRWLVSLYNNHLNGILADEMGLGKTVQVISLICYLMETKNDRGPFLVVVPSSVLPGWESEINFWAPSVLKIVYSGPPEERRRLFKERIVHQKFNVLLTTYEYLMNKHDRPKLSKIHWHYIIIDEGHRIKNASCKLNADLKHYQSSHRLLLTGTPLQNNLEELWALLNFLLPNIFNSSEDFSQWFNKPFESNGDNSADQALLSEEENLLIINRLHQVLRPFVLRRLKHKVENELPEKIERLVRCEASAYQKLLMRRVEENLGSIGSTKVRSVHNSVMELRNICNHPYLSQLHAEEVDNLIPKHYLPPIVRLCGKLEMLDRILPKLKATDHRVLFFSTMTRLLDVMEEYLHWKQYRYLRLDGHTSGGDRGALIDLFNGQNSPYFIFLLSIRAGGVGVNLQAADTVIIFDTDWNPQVDLQAQARAHRIGQKRDVLVLRFETVQTVEEQVRAAAEHKLGVANQSITAGFFDNNTSAEDRREYLESLLRECKKEEAAPVLDDDALNDLLARSESEIDVFETVDKERREHEMATWKKLVVGHGISEPIPSIPSRLVTDDDLKEFYEVMKITEEVPKPGEGSQVGGVKRKSEYLGSLDTHNYGRGKRAREVRSYEEQWTEEEFEKMCKVDSPESPRPKEAEAGEPSTSISGSVVAAVLKKELPAVSPLPPVQPMPQHQTPPSKRGRGRPKRTTVDKLPGPAIPPSPPITGKVEMGLQGETISSISKTGGLDSLPSQGTTDQLSTGIAANSQLTTPVPCIIPASESVPACSPASVQVKGHGRKTQTGQEAPRRRGKKQGLVPPPVPGSSLPSDVRQNDQGKSTNLVASQVNVASDIVSNASATQLPTNLPGSAPSKPVTGPNDQPAVGVSSNLEPSPALPSVASLSQFSPHFNLQPVQPRGLSRKTQSTAGVPRRRGKKQAAAAPALPNAIAGTSVSSNVNLQMDHIDASSSKAVVTTQENTVNQATNTISEKLHQKPDGITVRGLESNKPADNPNQGKETVSLSTRGSTMGPQGPPPEQNQNIDPRGISNVTKEASSGDCTAKANPSEHLQDTPHPVTSTQETAVPICGPPSVSVAVGMSPKATNDAPETAPSSQPIHSFPSIASSVQFASQCPPPGYVQPKRQGRKTAKREEPPRRRGRKPASLPPVIIDGSAGKESKDLNVHVQPGQLGDLSSKDTGLRGKTGIENQESTSVQNHAGGTQIVDTVHSQGPKRKEQAPKPAQHKQLLASSTKIDATGALDRTSVSGRYQTANVNDVARVMKEVFSGTGLSKAKVGEPSGNENKDAPPMPVLNKSSVQVTKNHKSEAISASATILNSDIPVEAHKKESAVRASEIRPDSANALEESIILKINDGNSGNTKADSVNKLGVSRETSAGCSTVVSVARSMPPCPLTTDQNKNDICQRSSPDEGIHGSSGDSTSLVSGSAISSNFNNADHNSLESSPISSSLGDFNASKAPKVMDNISENEANPVGGGSLKSSPDRSNCEVPSSLKNDGENHPAPTLPIPSDSSHTNMITVCTTQMDYKNLPELRLEEPPACPLDMSRISHTNVTVAATTTVDNTSENAEIPANQACPSEVSSDIGKKTLDDEKMPSMDCLSELSSDITKKTLDNEKIPSVEAFSEPSEFDNTSLECPATTSMPEMLSQSRIDYSHEKGMDSGKDDNAKCSSEVAVEFIEASNNTEPDLAAVQTLRARPAGQDFPSVSPGTTENTMMYKTVSVCDAVKMEMDLRPGVIVEALTENSSQDCPNIPPLVIDNFSMNESVPKLEKSRQCSLENSGCQSLSNHHENLDHSEVTSFNESSDARMSGAELEVQVCLSVTTMDSESKHREVNDIDPALEQMDVDSKQDVHIFLGRRSSGSPDHSNAVAPNLVEQASGNKLELASEELPNFPSSDDGSVQDHEFNLLPRRVEAANCSFKTDVEGQKTSVLNNSCNWNWNLKVPDNVEKTVEETAEFVNPEDVPEKNIPIPLIEDNQADNHGPCLMDMDISSNLDVPDAGTSPSTTMREKELERSDAVVQMGVSDGERIPEVKTDNMVLPSSSLRGGEEICSFTSVRDQVDNLANQEEPRNFGVNSDLQVNASQDDAMIPENLVQENSNDTSIALQEGKIEGSAEESRGSPGEKKLSNPQVEDVLDLGNSSKDDLCDCTVTDSVEALEDSGLLPKEVSEVSVVLASSNRDDHSSQMKPISSPISLDGPSDYQITSDHMVATQDNIVLSENTSSVSLVTEEDKLQSSSEKTLTDSAEPLKDCKDSDSSNKGQLLSITENLVSNDHSNHLTLSKRLEASAGDQIDVPQTGESVPVNAVDTLTQPPPTTMEEEKSEALLDSGIIVGSPPRKDIQGSQPGGILEENISGEIMVPSSPPVSKVGEALMQSVTEVQPIDQTDASEVREPSLEKSVTEIANPQSSLPTENVSMEGTPVPSPVDSAIAVVETVVSEEADVPTENESCQSVGGSSVLYPADSIAEVEMATRDQADVPPVGDPALGPADSTAICDRVQMTRVQGPVDTAAVCDQVDIPQPCDSVQSPTNSTIAIAETAICDQVDVSRVCDSVEDENIEQSSEVTPVNKS 3523
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
10 8154148 8187146 - Tan0018749.1 Tan10g0941 765735

Annotation

Select Seq ID Length Analysis Description Start End IPR GO
Tan10g0941 3523 MobiDBLite consensus disorder prediction 171 199 - -
Tan10g0941 3523 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1190 1488 IPR027417 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2227 2248 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2043 2070 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2949 2969 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1622 1703 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3064 3092 - -
Tan10g0941 3523 Gene3D - 1198 1420 IPR027417 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1945 2024 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1579 1606 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 427 443 - -
Tan10g0941 3523 FunFam Chromatin structure-remodeling complex protein SYD 948 1197 - -
Tan10g0941 3523 Pfam Snf2-ATP coupling, chromatin remodelling complex 1484 1581 IPR029295 GO:0042393(InterPro)
Tan10g0941 3523 MobiDBLite consensus disorder prediction 250 269 - -
Tan10g0941 3523 Pfam SNF2-related domain 960 1251 IPR000330 GO:0005524(InterPro)|GO:0140658(InterPro)
Tan10g0941 3523 ProSiteProfiles Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 969 1136 IPR014001 -
Tan10g0941 3523 Coils Coil 770 790 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 200 221 - -
Tan10g0941 3523 Pfam Helicase conserved C-terminal domain 1277 1390 IPR001650 -
Tan10g0941 3523 SMART QLQ_2 328 363 IPR014978 GO:0005524(InterPro)|GO:0005634(InterPro)|GO:0006355(InterPro)
Tan10g0941 3523 ProSiteProfiles HSA domain profile. 775 849 IPR014012 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3179 3213 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 427 446 - -
Tan10g0941 3523 ProSiteProfiles Superfamilies 1 and 2 helicase C-terminal domain profile. 1280 1426 IPR001650 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3131 3150 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1848 1866 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3353 3374 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3339 3376 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1579 1597 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2346 2378 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1924 2191 - -
Tan10g0941 3523 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 932 1188 IPR027417 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 3186 3210 - -
Tan10g0941 3523 SMART ultradead3 953 1147 IPR014001 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2425 2448 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1728 1775 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2082 2097 - -
Tan10g0941 3523 FunFam Chromatin structure-remodeling complex protein SYD 1198 1420 - -
Tan10g0941 3523 Gene3D - 948 1197 IPR038718 -
Tan10g0941 3523 SMART SnAC_2 1483 1581 IPR029295 GO:0042393(InterPro)
Tan10g0941 3523 CDD SF2_C_SNF 1268 1400 IPR049730 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2344 2378 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1673 1703 - -
Tan10g0941 3523 CDD DEXHc_SMARCA2_SMARCA4 954 1190 - -
Tan10g0941 3523 Coils Coil 1433 1453 - -
Tan10g0941 3523 SMART helicmild6 1306 1390 IPR001650 -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1799 1831 - -
Tan10g0941 3523 Coils Coil 871 891 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2421 2469 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 638 661 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 83 223 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 2138 2165 - -
Tan10g0941 3523 MobiDBLite consensus disorder prediction 1848 1882 - -
Tan10g0941 3523 PANTHER SNF2/RAD54 HELICASE FAMILY 515 1647 - GO:0003677(PANTHER)|GO:0005634(PANTHER)|GO:0008094(PANTHER)|GO:0045944(PANTHER)
Tan10g0941 3523 MobiDBLite consensus disorder prediction 83 170 - -
       

Pathway

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Tan10g0941 - - - - 0.0
       

Dupl-types

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Tan06g2547 Tan-Chr6:78124734 Tan10g0941 Tan-Chr10:8154148 7.90E-173 dispersed
Tan07g0776 Tan-Chr7:12461013 Tan10g0941 Tan-Chr10:8154148 7.10E-99 dispersed
Tan08g1489 Tan-Chr8:61718672 Tan10g0941 Tan-Chr10:8154148 6.10E-78 dispersed
Tan10g0195 Tan-Chr10:1901732 Tan10g0941 Tan-Chr10:8154148 8.40E-145 dispersed
Tan10g0941 Tan-Chr10:8154148 Tan10g1373 Tan-Chr10:17248446 5.60E-55 dispersed
Tan10g0941 Tan-Chr10:8154148 Tan06g1788 Tan-Chr6:40856425 5.20E-69 transposed
       

Deco-Alignment

Select Vvi1 Blo1 Blo2 Bda1 Bda2 Bpe1 Bpe2 Bma1 Bma2 Cmo1 Cmo2 Cma1 Cma2 Car1 Car2 Sed1 Cpe1 Cpe2 Bhi1 Tan1 Cmetu1 Lac1 Hepe1 Mch1 Lcy1 Cla1 Cam1 Cec1 Cco1 Clacu1 Cmu1 Cre1 Cone1 Cone2 Cone3 Cone4 Lsi1 Csa1 Chy1 Cme1 Blo3 Blo4 Bda3 Bda4 Bpe3 Bpe4 Bma3 Bma4 Sed2 Cmo3 Cmo4 Cma3 Cma4 Car3 Car4 Cpe3 Cpe4 Bhi2 Tan2 Cmetu2 Lac2 Hepe2 Mch2 Lcy2 Cla2 Cam2 Cec2 Cco2 Clacu2 Cmu2 Cre2 Lsi2 Csa2 Chy2 Cme2
Vvi5g371 . . . . . Bpe14g01153 . . . . Cma06g01457 Cma14g01649 Car06g01259 Car14g01483 Sed02g1676 Cpe08g00220 Cpe03g01393 Bhi01g00925 Tan10g0941 Cmetu06g0809 . Hepe05g1489 . Lcy11g1461 . . . . . . . Cone14ag0789 Cone15ag0790 . . Lsi05g01493 . . Cme06g00682 Blo02g00553 . . . . . Bma02g00714 . . Cmo06g01459 Cmo14g01693 . . . . . . . . . . . . . Cla05g00609 Cam05g0669 Cec05g0679 Cco05g0673 Clacu05g0664 Cmu05g0632 Cre05g0702 . Csa03g01407 Chy06g00650 .
       

Syn-Orthogroups

Select Orthogroup Bda Bhi Blo Bma Bpe Cam Car Cco Cec Chy Cla Clacu Cma Cme Cmetu Cmo Cmu Cone Cpe Cre Csa HCH Hepe Lac Lcy Lsi Mch Sed Tan Vvi Total
OG0006639 1 1 1 1 1 1 2 1 1 1 1 1 3 1 1 2 1 2 2 1 1 1 1 0 2 1 0 2 1 1 36
       

Regulatory proteins

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
28543 PF00176 SNF2_N 4.60E-68 CL0023 Tan TR