Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lal9g0081 ATGCTCTTACTATCCAAAGTCACTAACATGGAAGCAAAAACAGAAGTAGCATCACAAGTTTTGCCGACAAAGGTTGTTGAGGAGAAGGATGATAAAGATGGTAGCATTAAGAAAACAAGTGGAGACTTGCCACAAGTTAAGAAAGAGGAAAATAATGGCTTGGATGGAGAATTCGTTAAAGTTGAAAAGGAAGAGAATGCCTTAGATGGTAAGTCCAGCGTAACTGAAAGAAGCTCGGATCCTCCGAGCAGAGAATTTGCAGAAGCACAAGAGAAGATACATGAACTTGAGGTTGAACTACAACTATTAACGGAATCCTTGAAAACCTCTGAACATGAGAATGCTCAGCTGAAGGGAGAGATCTCAGCTACAAAAGAGAAAGTGGAGGGAAGTGGAAAGAAATATGAAGAGCTTGAGCTGAGTCACAAGAAATTGCAAGAGCAGATTGTTGAAGCTGAGCATAAATATAATCTGCAGCTCGGCACTCTTAAAGAGGCACTGCAAGATCATGAAGTGAAGCAGAAAGAGCTTCTTCATGTGAAGGAAGCACTTGATGGTGTGACCCTTGAGCTTGAAGGCTCCAGAAAGAAGATGGAGGAATTGCAGCAAGAGCTGAAAGATTCTGTGGCCGAGGCACGAAAGTATGAGGAGCTGCATAAGCAAAGTGGTTCACAAGCTGAATCAGAGGGAAAGAAGGCCTTAGAGTATGGGAAACTACTTGAAGAAGTCAAATTGAGTGCAAAAGGAATGGAAGACGAGGTAGCATCCTTGAAGGAAGAATTGAAGGGAGCAAATGATAAGATTGCTGAAACTGAAAAGGTTGGAGAAGCACTTGAAAAAACCACAACAGAACTCTCTACCATTCAGAAGGAGTTGTCGCTCTCAAGATCGCAGATATTGGAAACAGAAAAAAGATTGTCTTCAATGGACTGTTTAGCAGATGAGCTGACCCAGGAGTTAAACAGGAGAAAGACTTCAGAAACCCAGCTAAAGGAAGACTTGTCAGCACTTCAAAATTTGCTACTCTCTACAAAGGAACAATTGCAAGAAAAGATTTCTGAGCTGGAAAGTTCAAAGTCGAAGCTGCAGGAGGAAGGAAAATTGAGGGAAACAGTAGAAGCTACATTCAAGACTCAAGAAGCACAGGTTCTCGATTTACAGAAAGAATTGAAGGGAGCATATGATAAGATTGCTGAAGCTGAAAAGGTTGGAGAAGCACTTAAGACAACCGCAGCAGAACTCTCTACCACTCAGGAGGAGTTGTCGCTGTCAAAATCGCAGCTATTGGAAACAAAAACGAGTCTATCTTCAAGGGACTCTTTAGTAGGTGAGTTGACCGAGGAGTTAAACCGGAGAAAGACATCAGAATTCCAGCTAAAGGAAGACTTGTCAGCACTTCAAAATGTGTTTGTCTCTACAAAGGAACAATTGCAAGAAAAGATTTCTGAGCTGGAAAGTTCAAAGTCGAAGCTGCAGGAGGAAGGAAAATTGAGGGAGACAGTAGAAGCTACATTCAAGACTCAAGAAGCACAGGTTCTCGATTTACAGAAAGAATTGAAGGGAGCATATGATAAGATTGCTGAAGCTGCAAAGGTTGGAGAAGCACTTAAGGCAACCGCCGCAGAACTCTCTACCACTCAGGAGGAGTTGTCGCTATCAAAATCGCAGCTATTGGAAACAAAAACGACTCTATCTTCAAGGGACTCTTTACTAGGTGAGTTGACCGAGGAGTTAAACCAGAGAAAGACATCAGAAATCCAGCTAAAGGAAGACTTGTCATCACTTCAAAATCTATTTGTCTCCACAAAGGAACAACTGCAAGAAAAGATTTCTGAGCTAGAAAGTTCAAAGTTGAAGCTGCAGGAGGAAGGAAAATTGAGGGAAACAGTAGAAGCTACATTCAAGACTCAAGAAGCACAGGTCCTCGCTTTACAAAAAGAATTGAAGGAAGCATATGATAAGGTTGCTGAAGCTGCAAAGGTTGGAGAAGCACTTAAGGCAACCGCAGCAGAACTCTCTACCACTCAGGAGGAGTTGTCGCTATCAAAATCGCAGCTATTGGAAACAAAATCGAGTCTATCTTCAAGGGACTCTTTAGTAGGTGAGTTGACCGAGGAGTTAAACCAGAGAAAGACATCAGAAATCCAGCTAAAGGAAGACTTGTCAACACTTCAAAATCTATTTGCCTCCACAAAGGAACAACTGGAAAAAAAAATATCTGAGTTGGGAAGTTCAAAGTTGAAGTTGCAGGAGGAGGGACACTTGAGGGAATCAGTGGAAGTTGCATTCAAGACTCAGGAAGCACATGTTCTGGCTGTAAAGGAGGAACTAACTCAACTTAAGGCAGAAAACAAAGGTCTCGAAGCCACTGTCGAAGATCTAACCCATAATGTGAATCAATTTAAGGAATTGTCTGCTGATTTAGAGGAAAAGCTGAAGCTTTCAAACCAAAAAATTCAACAAACCGATTGTCTTTTATCTCAGGCACTTTCAAGCAATGCAGAGCTTGAGCAGAAGGTGAAGTCTCTGGAAGGCCTCAATAATAATTTTGGAGCTGCACTTGATACTGCTAGTCAAAGGAATCTTGAGCTTGAGGAACATATTCAGGCTTCAAATGCTGTTGCGGAAAAGGCTAAATCACAACTAGGGGAGCTGGAGAAACGCTTCATAGAAGCGGAGCAAAAGAACGTGGAGCTTGAGCAACAATTAAATGTAGTACAACTGAAAAACAGTGCTGCTGAGAGAGAAGTGACTGAATTCTCTGAGAAAATTTCTCATCTGAATAGTAAATTGACAGAGGCTGGGGAAGAAAAGAAGCTTCTACAAAGCCAATTGCAGGAGTACACTGAAAAGGTAACTCAACTTGAATCTGACTTGAATCAATCATCTTTGCGGAGTTCACAATTGGAGGGGGAGCTGAAGATCGTCAATGACAAATGTGCTGAGAATGGAGACCGAGCCAGTATTAACCATCAGCGTAGCCTAGAACTGGAAGGTTTATTCCAAAGCTCTCAATCCAAATTAGAGGATGCTAATAAAAAGGCAAGTGAGTTGGGGTTGTTACTTGAAACAGAAAAATACAGAATTCAGGAACTCGAACAACAAATAAGAACATTAGAAAAGAGATCTACTGATTCGGAAGCAGATGCCAATAAAAACCTTGACAAGGTATCTGATCTGACATCAAAACTTGAGGCACTTCAAGCACAAGCATCGAGCCTTGAAATTTCACTTCAGGAAGCTAATGTGAGAGAAAAGAAGTTAGAAGATTCTTTGAACGAAGTAACAGATGATAAGAAAAGGTTAGAAGACTCTTCAAACAGTTTGAGTAAAAAATTTGCTGAAGCAGAAAACCTGTTGGAAAGTGTGAGGGGTGAATTAAATCTTACACAAGATAAGCTGAGAAGCACTGAAAATGATCTAAAGGCTTCACAATTGAGAGAGAGTGAGGCAACGGAGAAACTTAAAGTGTCTGAAGAAAATATTATAATACAAGGAAGAGATATAGATCAGATATCTGCAAGAAACAGGGAACTTCAATTGTTACATGAATCTCTGTCAAGAGATTCTGAACAGAAACTCCAAGAAACTATAGAAAAATTCAACAGCAAGGAGTCTGAGGTTCAATCTCTTCTTGAGAATATTAAGAATCTGGAAGAACAGGTGGTGGAAGCTGGGAAACAGTCAAAATCTTTGAAGAATGATTTTGAAGAGAGTACAAGCAAACTGGCTTCTTTGGAAAGTGACAAAGAAGATTTGAGAAGGCAAATTATAGAAGCTGAGAACAAGAGTTCTAAGTATTTCTCTGAGAATGAGTTATTGATTGGAACCAACAGTCAACTGAAAACCAAGATTGATGAGCTTAAGGAATTGCTAAACTCTGCTCTATCAGAGAAGGAGTCCACTTTGCAAGAACTTGTTTATCATAAGAAAACCGTAGCGGAATTGAATGATCTTCAATCAAAATCCTCTGAAACTCATGCTGCAAATGAAGCTCGCTTGGTGGAAGTAGAATCACAATTACAGAAAGCATTGCAGAGGCATACTGAGAAGGAATCAGAAACCAAAGAATTGAATGAGAAGCTGAATGCACTAGAAGGCAAAATAAAGCATTCTGAAAAACAGGCACAAGAAGCTGTTGCGATTTCTGAAACTCATAAAGCTGATCTGTCAGAGAATCTCCTCAAATTAAAGCATCTTGAAACAGTTGCTGAGGATAATTCAAAGCTTAATCAGGAAATAACTGCGTATGAATCCAAGTTAAGTGATTTACAGTCAAAGCTCTCTGCAGCTCTAGTTGAGAAGGATGGAATAGCTCAAGAGATACTCATCTCGAAGAATGCTATTGAAGAATTGGTGACAAAGCATAATGCAGAAGTGCAGACACTAAAATCAGAGATATCTACAGTACTAGATGAGAAGAACATTCTCAATGAGACAAATCACAATTTAAAGAAGGAACTTCAGTCTGTAATATTTGACCTTGAAGAGAGGTTGAAAGAAAAACTGAGAGATGAAGATTCTCTGAGATCTGAGGTTGAAAAACATAAAATTGAGATTTCTGAGAAATCTAAATTGCAAAGTCGGGTGATTGAAATTGAAGAGCAGCTGATAAAATCTGAATCTAGGCTAAACGTAGAGGTTGGAAGGATTCAAGCTGCTGCTTCTCAAAGAGAGGTAGAATTAAGTTCAAAATTGGAAGATTTTGCAACGAAAGTCCACGATAGAAATGTACTAAATGAAAAGGTCGTGGAACTTGAGAAAGAGTTACAACTTGCACAGGCTACTATTGCTAACCAGGTAGGAGCAGAATCTCAGAAGTTGGAACTAGAGGCAACCCTGAAGAATTCTCTTAAAGAGCTTGAAACTAAGAACAAGGAAGTCTCTTTTCTACAGAAACAAGTGATAGATTTAGAGCAGAAATTGCAACAAGCCGGTGATGAAGTCTCAGTTAAGGGTGATAACGGTGTTGACCAGAAAGATGACTTGGAAGTCAAATCCAGGGACATTGGATCAAGCATTTCGACTCCATCAATAAGGAGCAGCAAGAAGAAGTCAGAAGTAACAACTACAGAAACAACAACTACTGAAGCAACATCTTCGTCCCAGACTCATGTTCATACTGAACATGTTTCACCTGTCATGAAATTCAAGTCAATCTTGGGGGTTGCTCTTGTTTCCATAATCTTTGGCGTAATTCTGGGGAAGCGCTACTAG 5217 0.4012 MLLLSKVTNMEAKTEVASQVLPTKVVEEKDDKDGSIKKTSGDLPQVKKEENNGLDGEFVKVEKEENALDGKSSVTERSSDPPSREFAEAQEKIHELEVELQLLTESLKTSEHENAQLKGEISATKEKVEGSGKKYEELELSHKKLQEQIVEAEHKYNLQLGTLKEALQDHEVKQKELLHVKEALDGVTLELEGSRKKMEELQQELKDSVAEARKYEELHKQSGSQAESEGKKALEYGKLLEEVKLSAKGMEDEVASLKEELKGANDKIAETEKVGEALEKTTTELSTIQKELSLSRSQILETEKRLSSMDCLADELTQELNRRKTSETQLKEDLSALQNLLLSTKEQLQEKISELESSKSKLQEEGKLRETVEATFKTQEAQVLDLQKELKGAYDKIAEAEKVGEALKTTAAELSTTQEELSLSKSQLLETKTSLSSRDSLVGELTEELNRRKTSEFQLKEDLSALQNVFVSTKEQLQEKISELESSKSKLQEEGKLRETVEATFKTQEAQVLDLQKELKGAYDKIAEAAKVGEALKATAAELSTTQEELSLSKSQLLETKTTLSSRDSLLGELTEELNQRKTSEIQLKEDLSSLQNLFVSTKEQLQEKISELESSKLKLQEEGKLRETVEATFKTQEAQVLALQKELKEAYDKVAEAAKVGEALKATAAELSTTQEELSLSKSQLLETKSSLSSRDSLVGELTEELNQRKTSEIQLKEDLSTLQNLFASTKEQLEKKISELGSSKLKLQEEGHLRESVEVAFKTQEAHVLAVKEELTQLKAENKGLEATVEDLTHNVNQFKELSADLEEKLKLSNQKIQQTDCLLSQALSSNAELEQKVKSLEGLNNNFGAALDTASQRNLELEEHIQASNAVAEKAKSQLGELEKRFIEAEQKNVELEQQLNVVQLKNSAAEREVTEFSEKISHLNSKLTEAGEEKKLLQSQLQEYTEKVTQLESDLNQSSLRSSQLEGELKIVNDKCAENGDRASINHQRSLELEGLFQSSQSKLEDANKKASELGLLLETEKYRIQELEQQIRTLEKRSTDSEADANKNLDKVSDLTSKLEALQAQASSLEISLQEANVREKKLEDSLNEVTDDKKRLEDSSNSLSKKFAEAENLLESVRGELNLTQDKLRSTENDLKASQLRESEATEKLKVSEENIIIQGRDIDQISARNRELQLLHESLSRDSEQKLQETIEKFNSKESEVQSLLENIKNLEEQVVEAGKQSKSLKNDFEESTSKLASLESDKEDLRRQIIEAENKSSKYFSENELLIGTNSQLKTKIDELKELLNSALSEKESTLQELVYHKKTVAELNDLQSKSSETHAANEARLVEVESQLQKALQRHTEKESETKELNEKLNALEGKIKHSEKQAQEAVAISETHKADLSENLLKLKHLETVAEDNSKLNQEITAYESKLSDLQSKLSAALVEKDGIAQEILISKNAIEELVTKHNAEVQTLKSEISTVLDEKNILNETNHNLKKELQSVIFDLEERLKEKLRDEDSLRSEVEKHKIEISEKSKLQSRVIEIEEQLIKSESRLNVEVGRIQAAASQREVELSSKLEDFATKVHDRNVLNEKVVELEKELQLAQATIANQVGAESQKLELEATLKNSLKELETKNKEVSFLQKQVIDLEQKLQQAGDEVSVKGDNGVDQKDDLEVKSRDIGSSISTPSIRSSKKKSEVTTTETTTTEATSSSQTHVHTEHVSPVMKFKSILGVALVSIIFGVILGKRY 1738
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lal9g0081 1738 Coils Coil 184 218 - -
Lal9g0081 1738 Coils Coil 770 818 - -
Lal9g0081 1738 Coils Coil 1194 1305 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 1666 1709 - -
Lal9g0081 1738 Coils Coil 732 752 - -
Lal9g0081 1738 Coils Coil 1446 1519 - -
Lal9g0081 1738 Coils Coil 1523 1543 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 111 130 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 24 71 - -
Lal9g0081 1738 Coils Coil 86 155 - -
Lal9g0081 1738 Coils Coil 474 494 - -
Lal9g0081 1738 Coils Coil 498 518 - -
Lal9g0081 1738 Coils Coil 826 846 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 1 91 - -
Lal9g0081 1738 PANTHER EARLY ENDOSOME ANTIGEN 644 1738 - -
Lal9g0081 1738 PANTHER EARLY ENDOSOME ANTIGEN 10 390 - -
Lal9g0081 1738 PANTHER EARLY ENDOSOME ANTIGEN 384 516 - -
Lal9g0081 1738 PANTHER EARLY ENDOSOME ANTIGEN 513 650 - -
Lal9g0081 1738 Coils Coil 861 965 - -
Lal9g0081 1738 Coils Coil 334 365 - -
Lal9g0081 1738 Gene3D - 1016 1164 - -
Lal9g0081 1738 Gene3D - 848 992 - -
Lal9g0081 1738 Coils Coil 240 281 - -
Lal9g0081 1738 Coils Coil 369 403 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 110 130 - -
Lal9g0081 1738 MobiDBLite consensus disorder prediction 1669 1709 - -
Lal9g0081 1738 SUPERFAMILY Tropomyosin 1001 1244 - -
Lal9g0081 1738 SUPERFAMILY Tropomyosin 767 996 - -
Lal9g0081 1738 Coils Coil 1169 1189 - -
Lal9g0081 1738 Coils Coil 1327 1382 - -
Lal9g0081 1738 Coils Coil 1576 1596 - -
Lal9g0081 1738 Coils Coil 1400 1434 - -
Lal9g0081 1738 Coils Coil 603 623 - -
Lal9g0081 1738 Coils Coil 1022 1147 - -
Lal9g0081 1738 Coils Coil 1607 1648 - -
Lal9g0081 1738 Coils Coil 634 661 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Lal9g0081 Lal-Chr9 529876 536843 Wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Lal9g0081 - - aprc:113870018 1385.16
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Lal9g0081 9 529876 536843 Lal9g0081 9 529876 536843 ECH
Lal1g0097 1 672614 681333 Lal9g0081 9 529876 536843 LSH