Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Glsi10g0812 ATGCCATGGGAAGTAGAGACGGTTGAGAAGAGGAAAAGAGTAATGGAAATGGAGGAGAAGGGGGAGATATATGGGGTTGGAGACGCCCGGACACAGGGCACAGCCATTGAGGAACCCTTTCCTTCTGAATCCTTCGGAACTATAGCAGCGCTATTAGCAGTTCGGATGCCATCTGCTACGACGTCGTCGAGTAGTTCTTGTGTAGCCCTAATCAAGGAAAATGCCCGGATAGAAAATGAAATTGAAAATATTGTGGATGGTCTAAACGGTGGCTGGGACTTGGCTGTGGTGATTGTCGCAGTCACAGTGGGGAGTAAGAACGGAGTGGATCGGATGGACAAGAGCAAGAGCCGTACCGATCTACTCGCTGCTGGCAGAAAAAAGCTTCAGCAATTTCGTCAGAAGAAGGATGGTAAAGGTGGTAGTAGCCTTGGAAATTCCACCAAAAAATCTGGTAAACCTGAAAAACATGAGCCTGATACTGTTGCAGCTACTAGTGCCTTTATGTCACCAGCATCATCTCAGGTTACTGATGGGAAAGTTCAAACTGACAATGATTCCAGTTTGTGTATCACAGAATCATCAGAGTTAGAGTCTTTGGCGAACCCGTTAACTCCTGACTTTAATGCTTCATCGGTTAATTCATTGTCGGCAACCAATAATGATGCAGGTTTGAAATCTGAATTGGCTTCTAATTCTGAGGTAGCACTTCAGGTTCAGGGAGTTGGCCAACATGGTTCTGAGTTGGTAGTCCAAAATGAAGGGGAAAGTACTGAGGATGTCGGTGCTGACATGGTGAAGGATGTGTCTCTGAGAACTGCACATAGCCTTGGTTCTGAAGGCGGAACAACGCATGACCATATGCCTACACCTGTTGACACAAAGTCCATAAGTGCTCCAGTAACCATTGCTGCGGGTAAGGCCTTTAGAGTTGAAAGAGAGGGCGAAGATAGGGAAGAGTCTTTGCTTGTATCTGAGGGTATTTCTAATACATCCTTGATGCAAACAAGGGAAGATCAGGTAACAGATGTAGGTGCAATGCAGGAAGCTGATGGTTTGGATCTGATGGAATCTTGTCAAAGTTGTGATTTGGAGATAGATGGCCAAAAGAGTCTTGCTTTTTCTGATGTTGGTGAGAGTGCTAAGTCTGTTTCAGGGATTGCTTTGGAGGAAAACAGAATAGAGGAGGCTTCTCATGAAGCAGAACAAATTGGTGAGGCAGCTGTTGGGCTATCTTCATCTCTTGAGGACATCACGTCAGATAGGTTTTCAGCTTCTATTAAACTGCAGGAAGATGATGTTGCAGTTGCTGAACCTGTTATGAGAAATCTGGACAGAGAAATATCTCCAGGTTCATCTCATGGACAAATGCTTCTTCAGTCCAGTGATGAACAGATTAGTAAGGTAGTTCTTAGTGGAGAGGAGAGGAGACTATGGGAGGACCATCAATATTCTCCTGTTGGATCTGTATTTGTAGATAAAAGCCATGAATTGTCAATGGAAGCTCATGAAATGAACTTTTCCAGACCATCAGATGTCGCTCCTATATGTGATGTGAGCTCAGTCAGTCTCTTGCAGCTGACAGAACTTATAAGGGGGCTTAGTGAAGAAGAATATAACTTTCTGCTCATGTCAAGAACAGTTTCTAATGCAGATCTTATAGCCAGTAGTTCAATTCGACCAGTTCATGGTTTTCCCAAAACATTTGAAAGAATCAAAGAAGAATTATTTCTTGCAAATTTTATGAAAGATATATTCAGTTTGCTATTGGCTGAACAATTGGAGCAACAACTGGCGTCTGATAACCAGCATTACCAGTTGATAGATGAACTCTTTGAGCTCCGTTCTTCACATAATGAAGTTAGTAAGAAGAGTCAACTCCTAGGTGAAGAATTGACAAATTGTCGTGTTGAACTACATGATATTGCCAGCAAGGGTGTAGAATTGCAAAACCAATATGTTACTGCCAAGGAAGAGGTTGAAGCACTTTCTGCTAGAATACTTGAGTTGCAGAATAGTTATGAAGTGTCTCAAAAAGATGCATTGGATCTATCCACGGAGTTGGCTGACTGCAGAGGCTTGGTCACAGCTTTACAGGTAGAAAACAAGGACATGAAAGAATCAGTTGCATTAATGATTGAAGAGAAAAGAAAATTATTGGAAGAAAAGGAGTATCATCTATGTGAAAGTAAGAACCTATCAACAGAATTAGCTGATATTAAAGGTTCTTTGGAAGGACTAAAAGCTGAAAATTCCAACCTGAATGGGGGGCTGTTTTTGGTGACTGAAGAGAAGAATAGGATTGAAGCAGAAATTCAGCGTCTCTCCCATGAGATTGACAGGCTATCAATGGAGTTGGTTGAAAGTAGAGATTTGGTGGCAAGTCTACAGGTGGAAAATTCCAACTTAAATGGGAGCCTTGCATTGTCCATCGATCAGACTAAAATGCTTCAAGAGGATAAACAAGCTTTTGTTCTTGAGAATCAAAGACTCTCATCTCAGATTATTGTTCTTGAAGAGCAATTATTTACAGAAAATGGGGAACGAAGGAGCTTGGAACTTGAACTCAAAGAAGCCATGATGCACCTTGAACAAGTCACCAAGGAGAATGTCTCACTTAACAGCACTTTGGACGTGCATAAGGCTAAGATAGAAGAAATTGGCAACAAATACAGCGAACTGCTTTCTCTATATGAGGAGCTCAGGAATCAAGCAAAGATTGCAGTGGAACAAAGTGAGGACCATGAAATTGCAATTACTGAAGATTCTCTACCAATCCCTCTGGAGCGAGCTGAAGGGGATCCTGGTGGGCCTCCTCTGAATCTACTTAAACGGGAAGTCTTTGATAATTCACTTGGGTTTGTTTCCTTGAAGATGCACCTAGATGAGGTGGAGGAAATTTTGGACAAACTTGAAAAGGGGATTGATCAGTTGCATTCTCATTCGGCATCCTTTAGCAGGTCTTGTGGTAAAGCTTCTTCAGCTGGGGTATCAAAATTGATAAAAGCCTTTGAATCAAAAACACCACAAAATGAGCACGAGGTAGAGGAAAGCAATTCCAATGAAAGTCAGGCACTACCCAATCCATTTGTGGGCACCAAAGGGCAAATTGGAGAATTGAGAGCAACACTTACAAAATGGAGGCTGGATGTTCAGAATGCCAGTGCATTGTTTAAGGAGGAGAAAGATGGTAGAACAATTGGTGAAGCCAAGTATAGAGACCTCCAAGATCAATTTGAAGCATTGAACCAACACTGCTTGAATTTGGAAGCATCCAACATTGAATTTGCAGTTCAATATGAAGCTACCACGCAACTTCTGGGAGACATTCAAGAAAAGAAATGCCTTCTTGAGGAACTCTTCGAAGCATTAAAGCAAGAAGATATCCTTCTCAAAGCCAAAAATAATGAACTTCGTGAAAAGCTTGGAAATTGTCAGTCAAGAATTAGTGAATTGCTTTCTGAAATAGATGATGTGAAACAAAGTTCAAATGAGATGGCTTCTGTTATTGGTATTCAATTGGAAAGTTTACAAAAGGAGGTGGCAGATAGGGCAATGTTTCTTGAACAAGGCTGGAATACTACTATTGCTGAGATTGCTAAATCTGTTGGGAAGCTGGATGAATCAGTAGGGGAAACTTTGTCTGCAAACATCTCTGTTGGTTCCCATGATGCCTTAGATATCAATCGGCAGCTTGCAGTTTCTGTTAATGCAGCGGCCGAAGTGATTATGGGTCTTCGGAAGAAACTTGAAGCTACTTACTCAGAACATGAAACAGTGTGTAGTTCATTTAGAGAAGTGAGTGCGAAATGTGATGATCTGCTTGGGAAGAATGAATTGGCTGTTGGTATATTGCATAAGATTTACAGTGACCTGGGAAAACTTGTCCTCAGCCACTGTGGGTCAGCGGATGAAAGGATGGTTGATCTACAAAGTGGTGCATTGCCTGATCTACTGAACTACAGCAGCTATGAGACCATCATGATATTTATTCAGGGTATTCTGAACGAGAAGCTGGAACTTGTGTCTATTACCAAGGTGCTAAAGTCAGAACTGATGCACAGGGAAAAAGAATTGAAGGAATTGAGCATCAAGTGTCATGGTTTAGATGCTGTTGGTAAATTAATTGAAGATCTTGAAGGCGTGCTGAACATGGAAGAGACTATAACCAAAATGAATAAGCAACCCCTTCTACACCTGGTATCTTTAGTGTCTAGTCTTGTCGAGAGAACTAGAGAGGCTGACATGCAGTCACATATAGTTAAAGAAGACTATGGACCTAAGGTGATGGAACTGACTGAATTACAGGAAAAGATGCATTATTTAGACACTCTGCATCTTGAGCGTGAAATTGAAATCCTTATTCTCAAGGAAAGCTTACGTCATGCTGAGGAAGCTCTTGTTGCTACTCGTTCTGAATCATATGAGAAAACAAGTGAGCTTGAGCAGTCAGAACAGCGGGTGTCCTCTATACGGGAGAAGCTTAGCATAGCTGTTGCCAAGGGGAAAGGGTTGGTTGTGCAGCGAGATGGCCTCAAACAGTCCCTGGCAGAGACTTCTCGTGAATTGGAGAGATGCTTGCAGGAGTTACAGTTGAAAGATACTAGACTTAATGAGATTGAAACAAAACTTAAGACCTATGCCGAGGCTGGTGAGCGAGCAGAGGCTCTGGAATCTGAGCTTTCATATATTCGCCATTCAGCTAATGCCTTAAGAGAGTCATTTCTTCTTAAAGACTCAGTGCTTCAGAGGATAGAAGAGATTATGGAAGATTTAGATCTGCCTGAGCAGTTTCATTCAAGACATATAATTGAAAAGATTGATTGGTTGGCTAGGTCAGCTGCTGGTAACTCAATGCCCATGAATGATTGGGATCAGAAAAGTTCTGCAGGAGGAGGTTCATACTCAGATGCTGGTTTTGTTGCCATGGATGCCTGGAAAGATGATGGCCAGCTGCAATCAGATTCAGGGGATGATTTTAGAAACAAATTTGAGGACTTACAGAACAAGTATTATGAGTTGGCTGAGCAAAATGAAATGCTGGAGCAGTCATTGATGGAAAGAAACAGCTTAGTACAGAGATGGGAAGAGCTTGTGGACAGGATAGACATGCCATCACATTTGCGATCTATGGAAACAGACAATAGGATTGAGTGGTTAGGAAGAGCTCTTGTTGAGGCTAATCATCATATAGATTCTCTGCAGATGAAGATTGAAAAATATGACAGCTATTTTGGATTGCTAAATGCTGATCTGGAAGAGTCTCAAAGGAGAGTGACTGCTCTTCAAGCAGACCTCAGGGCTGTTACCTCTGAGAGAGATTATCTTTCTGAAAGAGTGGAGGATTTGATGTATGAATGTGAGAAACAATCAGTGGAGACAAGACAAGCTGAACTTGAAAATGAAAAGTTACTTCATGAAATAACTAGCTTGGGGGAGAGATTGGAGCAGAAAGGTTCTGTTGAGGAACAAATTCTAATCATTGAAGGAAAGATCAGAAAATTGCAAGATTTAGTTGGAGATGTCGTGCATAGATCTGAAACAGAAAATCTGGTTTCTTGTTGTGAGAATATTGATTCCTTGGAAGTATTGCTGAGAATGCTTATAGAAAATTATGCAGCTCTTTCATCAGAAAAACCTGCATATGGGGATGCAGATGATGGGCATCATACACAAAAAGATGATGCAACTCGTCATGAGGCAAGAAGTATAGATATGCTTGGAATGGAGGAGCCAGCTATTGATAGTTTGAAAAACGATCTGAAGGAGGCCTTACGTGAATTGATGCATGTGAAGGAGGAGAGAGATAGAAATTTGGATAAGCAAATATCTTTATCTGATGAAGTTGAAGCCCTGAGTAAAAAAACTGAGGAGTTGCAGGAGCTTCTTAATCAGGAGGAGCAGAAATCAGCTTCTGTTAGAGAGAAGTTAAATGTTGCAGTCAGGAAAGGGAAGTCGTTAGTACAACAACGAGATAGTTTAAAACAAACAATTGAAGAGATGAATAATGAGGTGGTGCGCTTGAAATCTGAGATCAATAACCAGGAACACACTCTTGCAGAGTATGCAGAGAAGTTTAAAGACTTGTCAACTTACCCAGATAGGTTAGAAGCACTAGAATCTGAGAGATTGCTTATGAAGAATCGTTTGGCAGAAACTGAGCACTATCTGCAGGAGCGAGAATATACTTTGAAAATGATTTTGAACAAGTTAGGCGAGATTGAGGTTGGTGGTGGAGGTGACACAAGTGATCCAGTCAAGAAGTTAGAATTGGTTGGGAATATATGCTCTGATGTGCATGCTTCTGTGGCTTCTTTGAAACAAGAGTCCAGGAAATCTAAAAGAGCATCGGAACTTCTCCTGGCTGAGTTGAATGAGGTGCAAGAGAGGAATGATGCTTTTCAGGAGGAGCTTGCAAAAATGGCTGATGAACTTGTGGATGTTAGAAAGAGAAGGGATTCATCTGAGGCTGCCAAAGTTGAAGCTCTTTCTCATCTTGAAAAGTTATCAGCCATGCACAAGGAGGAAAGAAAGAATCATTTTTCTGAGATCATGAGATTAAGATCTAGTATGAGTCAACTCCACAACGAATTCTGTGAGATTGGCAAGCTACTGGCTAATGTGTTTTTCATGGATTTGGAATCTTTTCGGAATTTGGAGGCTGGTCTAGAGTCATGCATGAAGGACAACAGTGCTGCAAATCTGGTTGATTCATCTGTCACCAGAGGGCATGATGCCATTTTACCCAGGTTAAGTGATGATAAGAAGAGAGCAGTGTCTGTGGATTCGTGGCCAGATTTTGACAAAATTGACCACGTTGATAATAATGCCATAATTGAATTTTGTCGTCTTCTTGAGCATCAGTTGCAAGACTTCTTAATGGAGGTCAGTTCTCTTATGGAAAGCATAAACACGCACTCGAGCTTGACACGGGAACAAGAAAAAACTCTGTCTAAACTAGTGGTGACTATTCAAAGGGAAATGACTTCCCAAAGAGAGTCACATGAAGCTATGAAGAAAGAAATTTGTAAAAAAGATGGGGAACTTGTTGCATTATGTGGGAACATTGCCTACCTTTTTGAAGCATGCACCAATTCAGTAGTTGTAATTGAAAATGGAAAAGCTGAACTGGTTGGAAACAACATAGCCTCTTCAGATCTAGGAATTAATTTGAAAGCAGCATCATTTGATGATGGGGTACTGCCTTTCAGTGGCCAGGTTCAGTTAATGTCTGAGGAACACGTTAAGACTGTGGCAGATAGATTGCTGTTGGCTGCAAAAGAATTTGCTAGTATAAAAACAGACTTTCTAGATGCTAACCAAAAGGAGATGAAGACTGCTATAGCAAATTTGCAGAGAGAGCTCCAGGAGAAGGATGTTCAAAGAGAGAGGATTTGCACAGAGCTTGTAAATCAGATTAAGGTAGCTGAAGCTGCGGCAAACAGTTGCACTCAAGATCTTCAGTCTTCTCGGACTCGAGAGCATAATTTAGAAAAACGAGTGGAGGAGATTGAGGCGGAAAGGAAGATTTTGGAGCAGAGAGTGAACGAGATGCAGGATATGCAAATGACTGCAGCTGAATTAGAGGAGAAAATCAGATCTCTGACTGATTTGCTGGCTGCCAAAGACCAAGAAATTGAGGCACTAATGCATGCACTTGATGAGGAAGAGATGCAAATGGAAGAAATGACAAAAAAGATTGAGGAACTTGAAAAGTTTGTTCAGAAGAAGACTCTACAGATTGAGATCCTTGAAGCTTCTTGTGGTAAACTTACGAAAAAGCTTTCCATCACTGTAAATAAATTTGATGAGCTTCACCGCCTGTCTGCAAGTCTCCTTGCAGAGGTTGAAAAGCTGCAATCCCAACTACAAGAACGAGATGCTGAGATCTCTTTCTTAAGACAAGAGGTTACTAGATGCACCAATGATGTTCTTCTTGCATCACAAATGAACAAGAAGAAAAGTTCAGATGAGATCTTTGAGTTCTTGATGTGGATTGACATGATGGTGTCTCGAGAGGGGATGCATGATATCCATCTTGAGGTGAAGAGTGATAGTCAGGTCAATGAATACAAAGAAATGCTTCATAAGAAGCTCATATCTTTATTATCAGAATTGGAGGATCTAAGGGCAGTTGCTGAAAGCAAGGATGTGTTGTTGCAAGTAGAAAAGAGTAAGGTTGATGAGTTGACCCATAAAGCAGAAACTCTTGAGTTGTCTTTGCGTGAGAAAGAATCACAATTGAATTTGCTTGAAGGTGCGGAAGAGTCTGGAAGGGGAGCTAGCACAAGCTCAGAAATTTTGGAAGTTGAACCAGTGATGGATAAGTGGACAGCAGCAGGGGCTTCTGTGACACCTCGAGTTCCCAGTTTGCGCAAAGGCAATAGTGATCAAGTTGCCATTGCTGTAGATATAGACCCTGGTAGTACTGGTAGGATAGAAGATGAAGACGATGACAAAGTCCATGGTTTCAAGTCACTCGCATCATCAAGGATTGTTCCGAGATTTACAAGACGCGTGACTGACATGGTTGATGGCTTATGGGTTTCATGCGATCGAACTCTGATGAGACAGCCTACCTTGCGACTTGGCATTATAATTTATTGGGCTATAATGCATACACTGCTTGCCTTATTTGTAGTTTGA 8646 0.4144 MPWEVETVEKRKRVMEMEEKGEIYGVGDARTQGTAIEEPFPSESFGTIAALLAVRMPSATTSSSSSCVALIKENARIENEIENIVDGLNGGWDLAVVIVAVTVGSKNGVDRMDKSKSRTDLLAAGRKKLQQFRQKKDGKGGSSLGNSTKKSGKPEKHEPDTVAATSAFMSPASSQVTDGKVQTDNDSSLCITESSELESLANPLTPDFNASSVNSLSATNNDAGLKSELASNSEVALQVQGVGQHGSELVVQNEGESTEDVGADMVKDVSLRTAHSLGSEGGTTHDHMPTPVDTKSISAPVTIAAGKAFRVEREGEDREESLLVSEGISNTSLMQTREDQVTDVGAMQEADGLDLMESCQSCDLEIDGQKSLAFSDVGESAKSVSGIALEENRIEEASHEAEQIGEAAVGLSSSLEDITSDRFSASIKLQEDDVAVAEPVMRNLDREISPGSSHGQMLLQSSDEQISKVVLSGEERRLWEDHQYSPVGSVFVDKSHELSMEAHEMNFSRPSDVAPICDVSSVSLLQLTELIRGLSEEEYNFLLMSRTVSNADLIASSSIRPVHGFPKTFERIKEELFLANFMKDIFSLLLAEQLEQQLASDNQHYQLIDELFELRSSHNEVSKKSQLLGEELTNCRVELHDIASKGVELQNQYVTAKEEVEALSARILELQNSYEVSQKDALDLSTELADCRGLVTALQVENKDMKESVALMIEEKRKLLEEKEYHLCESKNLSTELADIKGSLEGLKAENSNLNGGLFLVTEEKNRIEAEIQRLSHEIDRLSMELVESRDLVASLQVENSNLNGSLALSIDQTKMLQEDKQAFVLENQRLSSQIIVLEEQLFTENGERRSLELELKEAMMHLEQVTKENVSLNSTLDVHKAKIEEIGNKYSELLSLYEELRNQAKIAVEQSEDHEIAITEDSLPIPLERAEGDPGGPPLNLLKREVFDNSLGFVSLKMHLDEVEEILDKLEKGIDQLHSHSASFSRSCGKASSAGVSKLIKAFESKTPQNEHEVEESNSNESQALPNPFVGTKGQIGELRATLTKWRLDVQNASALFKEEKDGRTIGEAKYRDLQDQFEALNQHCLNLEASNIEFAVQYEATTQLLGDIQEKKCLLEELFEALKQEDILLKAKNNELREKLGNCQSRISELLSEIDDVKQSSNEMASVIGIQLESLQKEVADRAMFLEQGWNTTIAEIAKSVGKLDESVGETLSANISVGSHDALDINRQLAVSVNAAAEVIMGLRKKLEATYSEHETVCSSFREVSAKCDDLLGKNELAVGILHKIYSDLGKLVLSHCGSADERMVDLQSGALPDLLNYSSYETIMIFIQGILNEKLELVSITKVLKSELMHREKELKELSIKCHGLDAVGKLIEDLEGVLNMEETITKMNKQPLLHLVSLVSSLVERTREADMQSHIVKEDYGPKVMELTELQEKMHYLDTLHLEREIEILILKESLRHAEEALVATRSESYEKTSELEQSEQRVSSIREKLSIAVAKGKGLVVQRDGLKQSLAETSRELERCLQELQLKDTRLNEIETKLKTYAEAGERAEALESELSYIRHSANALRESFLLKDSVLQRIEEIMEDLDLPEQFHSRHIIEKIDWLARSAAGNSMPMNDWDQKSSAGGGSYSDAGFVAMDAWKDDGQLQSDSGDDFRNKFEDLQNKYYELAEQNEMLEQSLMERNSLVQRWEELVDRIDMPSHLRSMETDNRIEWLGRALVEANHHIDSLQMKIEKYDSYFGLLNADLEESQRRVTALQADLRAVTSERDYLSERVEDLMYECEKQSVETRQAELENEKLLHEITSLGERLEQKGSVEEQILIIEGKIRKLQDLVGDVVHRSETENLVSCCENIDSLEVLLRMLIENYAALSSEKPAYGDADDGHHTQKDDATRHEARSIDMLGMEEPAIDSLKNDLKEALRELMHVKEERDRNLDKQISLSDEVEALSKKTEELQELLNQEEQKSASVREKLNVAVRKGKSLVQQRDSLKQTIEEMNNEVVRLKSEINNQEHTLAEYAEKFKDLSTYPDRLEALESERLLMKNRLAETEHYLQEREYTLKMILNKLGEIEVGGGGDTSDPVKKLELVGNICSDVHASVASLKQESRKSKRASELLLAELNEVQERNDAFQEELAKMADELVDVRKRRDSSEAAKVEALSHLEKLSAMHKEERKNHFSEIMRLRSSMSQLHNEFCEIGKLLANVFFMDLESFRNLEAGLESCMKDNSAANLVDSSVTRGHDAILPRLSDDKKRAVSVDSWPDFDKIDHVDNNAIIEFCRLLEHQLQDFLMEVSSLMESINTHSSLTREQEKTLSKLVVTIQREMTSQRESHEAMKKEICKKDGELVALCGNIAYLFEACTNSVVVIENGKAELVGNNIASSDLGINLKAASFDDGVLPFSGQVQLMSEEHVKTVADRLLLAAKEFASIKTDFLDANQKEMKTAIANLQRELQEKDVQRERICTELVNQIKVAEAAANSCTQDLQSSRTREHNLEKRVEEIEAERKILEQRVNEMQDMQMTAAELEEKIRSLTDLLAAKDQEIEALMHALDEEEMQMEEMTKKIEELEKFVQKKTLQIEILEASCGKLTKKLSITVNKFDELHRLSASLLAEVEKLQSQLQERDAEISFLRQEVTRCTNDVLLASQMNKKKSSDEIFEFLMWIDMMVSREGMHDIHLEVKSDSQVNEYKEMLHKKLISLLSELEDLRAVAESKDVLLQVEKSKVDELTHKAETLELSLREKESQLNLLEGAEESGRGASTSSEILEVEPVMDKWTAAGASVTPRVPSLRKGNSDQVAIAVDIDPGSTGRIEDEDDDKVHGFKSLASSRIVPRFTRRVTDMVDGLWVSCDRTLMRQPTLRLGIIIYWAIMHTLLALFVV 2881
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Glsi10g0812 2881 Coils Coil 884 918 - -
Glsi10g0812 2881 Coils Coil 849 869 - -
Glsi10g0812 2881 Coils Coil 758 799 - -
Glsi10g0812 2881 MobiDBLite consensus disorder prediction 1007 1032 - -
Glsi10g0812 2881 Coils Coil 2437 2468 - -
Glsi10g0812 2881 Coils Coil 1858 1878 - -
Glsi10g0812 2881 Coils Coil 1752 1772 - -
Glsi10g0812 2881 Coils Coil 702 722 - -
Glsi10g0812 2881 Coils Coil 1664 1684 - -
Glsi10g0812 2881 MobiDBLite consensus disorder prediction 1882 1898 - -
Glsi10g0812 2881 Coils Coil 1117 1155 - -
Glsi10g0812 2881 Coils Coil 646 680 - -
Glsi10g0812 2881 Coils Coil 961 981 - -
Glsi10g0812 2881 Coils Coil 2602 2636 - -
Glsi10g0812 2881 MobiDBLite consensus disorder prediction 1879 1898 - -
Glsi10g0812 2881 Coils Coil 1914 1941 - -
Glsi10g0812 2881 Coils Coil 387 407 - -
Glsi10g0812 2881 Coils Coil 2720 2754 - -
Glsi10g0812 2881 MobiDBLite consensus disorder prediction 166 186 - -
Glsi10g0812 2881 Coils Coil 2117 2151 - -
Glsi10g0812 2881 Coils Coil 1072 1092 - -
Glsi10g0812 2881 Coils Coil 1509 1560 - -
Glsi10g0812 2881 Coils Coil 2487 2587 - -
Glsi10g0812 2881 MobiDBLite consensus disorder prediction 126 186 - -
Glsi10g0812 2881 Coils Coil 730 750 - -
Glsi10g0812 2881 Coils Coil 1945 2025 - -
Glsi10g0812 2881 PANTHER COILED-COIL DOMAIN-CONTAINING PROTEIN 158 890 2836 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Glsi10g0812 Glsi-ChrGlsi10 5191806 5210396 Wgd
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Glsi10g0812 10 5191806 5210396 Glsi10g0812 10 5191806 5210396 ECH