Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pvu2g1308 ATGGCAAGATCTAAACGACGACGGTCGGGTATTAGTGGTAGCAATGTCAGACCGAGAATGATTTTTCAGCCTATTATAGAAGATGGAGTGTTTCGTTTTGATTGTTCTGTAAAGGTTAGAGAAACAGCATCTCCCAGTATTTCTTTTGTGAATAGCAAGGACAGAGACACACCTCTCTCTACTGAGAAGGTTCCTCTGTATAACCCTACGTTTGAGATTCGATTAGAGCAGCAGATTGTCAAACTTGAGCTGCCTGTAGGTTCCTCCCTTTATGGAACTGGAGAAGTTAGCGGACAGCTTGAGAGGACGGGCCAAAGAGTTTACACATGGAACACTGATGCATGGGGTTATGGACCTGAAACTACATCCTTGTACCAGTCACATCCATGGGTGTTAGCTGTTCTTCCAAATGGTGAGGGACTAGGAATCCTTGCTGACACTACAAGGCGCTGTGAGATTGATCTGAGGAAAGAATCAACAATACAGTTTGTTGCTCCATCTTCATATCCTGTCATTACATTTGGTCCTTTTGCTTCACCCACTGAAGTGTTAATTTCTCTATCAAAAGCAATTGGAACTGTATTTATGCCCCCAAAATGGTCTTTAGGCTATCATCAATGCCGTTCGAGTTATTTATCTGATAAAGTTCTGGAGGTTGCAAAAACGTTCCAGAAGAAGAGCATACCATGTGACGTGATATGGATGGAGACTGATTACATGGATGGTTTTCGTTGTTTCACATTTGACAAGGACCGTTTCCAAGATCCCGGGTCTTTGGTGAAAGATCTCCAATGTAGTGGTTTTAAAGTCATTTGGATGCTTGATCCTGGAATTAAGCAGGAAGAGGGTTATTTTGTATATGACAGTGGTTCTAAAAATGATGTTTGGATCCAAAATGCAGATGAAACTCCTTTCGTAGGGGAGGTGTGGGCTGGGCCTTGCGTTTTCCCTGACTATACACAGTCAAAAGTTCGTGCATGGTGGGCAAGTTTAGTTAAAGATTTCATTTCCAGTGGTGTTGATGGTATATGGAATGATATGAACGAACCAACTATTTTTAAGGTTGAAACAAAAACAATGCCTGATAGCAATGTTCATAGAGGAGATAGTGAACTTGGAGGCTGTCAGAATCATTCTTTCTATCACAATGTGTATGGTCTTCTGATGGCAAGATCAACCTATGAAGGCATGAAACAAGCTAATGAAGAGAAGCGTCCTTTTATTCTTACAAGAGCTGGATTCATTGGCAGCCAAAGGTATGCAGCAACATGGACGGGTGATAATCTTTCAACCTGGGAGCATCTTCGTATGAGTATCTCCATGGTACTTCAGCTGGGACTTAGTGGTCAGCCACTTTCAGGTGCTGATATTGGTGGATTTGCTGGAAATGCAACACCTAGACTTTTTGGAAGGTGGATGGGTGTTGGTTCCTTATTTCCCTTTTGTCGAGGGCATTCTGAAGCTTGTACCACTGATCACGTACCTTGGTCTTTTGGGGAAGAGTGTGAAGAAGTTTGCCGATTGGCATTGAAGAGGCGATACCGCCTAATTCCCCTTATCTACACTCTTTTTTATTTTGCTCATACACGGGGCACACCAGTGGCAACCCCTACTTTCTTTGCTGATCCAAAAGATCCTAGCCTGAGGAAGCTTGAAAATTCGTTTTTGCTCGGTCCAGTCTTAGTGTATGCAAGCACCATACATGCACAGGGGTTGGATAAATTGGAGATTACTTTGCCTAAGGGGATATGGTTGCGTTTTGATTTCAGTGATGCACATCCGGATTTGCCAGCCTTATACTTAAAAGGTGGCTCAATTATTCCAGTGGGCCTCTCTGTTCAGCATGTTGAAGAAGCTAATCCTTCAGATGACTTGACTCTTTTTGTGGCTTTAGACGAACATGGAAAAGCTGAAGGTGTTCTTTTTGAGGATGATGGTGATGGATACGAGTTCACAAAAGGAAATTATTTATTAACACATTATGTGGCTGATCTTAAATCATCAGTTGTTACTGTGAGTGTACACAAAACTGAAGGATCAAGGGAAAGGCCTAAACGCCGTCTGCATATTCAATTATTGCTGGGTGGGGGTGCAATGCTTGATACATGGGGAACTGATGGAGAAGTTCTGCAATTAATCTTGCCTTCTGAAGACGAGGTGTTGAAGCTAGTATCTACTAGTGAGACACAGTACAAGGACTGCTTGGAGAATGCAATTCCAATTCCTGATGTAGAAGTGGTTTCTGGACCCAAGGGAACAGAAATGACTCTCTTTGAACGGAAAAGTGACATAGAAGACCATGTTAGTAAGATGTCTAAGGAGGTGCTTATTCCAACTGATGGAGCAGTAAGAAAGCCCGGTGATTGTAGTGATGCATTTAACACTACGGAGGTTTTCCCTTCTCGAGATGCTATGCTGAATTGGGCTCGAGAAGTAGCAAGAGTGAATGGATTTGTCCTTACTATTTTGAGGTCAGAAACATGTACAAGAAGTAATAAAAAGAATAACAAAGGGAAGACATATGTAATTATGGGTTGTGAAAGGAGTGGAAAATATAGACCATACAAGAATACATTATCTAAGGTCACTAGTACCAAAAAATGTGAGTGTCCCTTCAAGCTAAGGGCAAAAGCTTTGAAAAAGAATGAAAGGTGGGTTGTTAAGGTAATGTGTGGTTGTCACAACCACGACTTAGGGGAAACATTGGTGGTAGGACATTCATATGCTGGTCGGTTAAGTGCTGAGGAGAAGTCTATAGTCATTGATATGACAAAGAACATGGTGGAGCCGAGAAACATACTACTAACTTTGAAAGATCATAATAATGAGACTACTATCAGGCATATTTACAATGCTCGACAAGCTTATCGATCTTCTCAGAAAGGCCCTAGGACAGAAATGCAACACCTACAAAAGTTATTGGAATATGATCAATATGTATATTGGAATAGAAAGGTGGATGATTCTGATGCTATCAGTGATATGTTTTGGACACATCCAGACGCCATCAAACTTCTAAGTGCTTTCCACATTGTCTTGCTTCTTGATAATACTTATAAAGTCAATAGGTATAGATTGCCACTACTTGAGATTGTTGGTGTTACTTCAACAGAGTTAACATTCTCTGTGGCATTTGCTTATCTAGAGTCTGAGCAAGTTGATAACTTCACTTGGGCACTGCAGAAGTTAAGAGGATTGTTTGTCAAAGACAGTGAGATACCTCCAGTAATTGTATCTGTTAGAGACATTGCTCTGATGAACGCAGTGCAGGCGGTCTTTCCGAATTCTTCTAATTTGTTATGTCGTTTTCATATAGGCAAGAATGTGAAGGCTAAATGCAAGATGATAGTTCATCCGAAGGAGCAATATGACTTGGTGATGGATGCATGGCACAATGTTATGAATTCTCCTAATGAGGGTGAGTATATGCAACGTTTGGCATTATTTGACAAAGTTTGCTCAGATTTTCCAAATTTTGGTGATTATGTGAAAGATACGTGGCTTACTCCTCACAAGGAAAAATTTGTCACGGCATGGATAGATAAAGTGATGCATTTGGGAAACACAACACTTAATAGAGTGGAAACAGCACATTGGAGATTGGAGAACATGCTTGAAGATAGTAAGGGGGACATTTGTAGTTGTTGGGATGCTATGAACAACATGATTAAATTGCAACACAAGGAGATTAAGGTGTCATTTGAGAAAAGCATAAACACAGTGGAATACAATACTCTATTCTACAAAAAGTTGGTTGGATTTGTATCTAGGAGTGCATTGAGTTATATATCTGACCAATATGACCGAATTATGACTGTTGGCATTGATAGTTCTATATGTGGCTGCACAATTAGAACTACACATGGTCTACCTTGTGCATGTGAACTTGCTAGGTACAATATGCATCATCCAGTACCCTTGCAGGAAGTTCAAGTTCCTGGGAGGTTAGATTTCAGATTCCAAGAAATGAACGAAGAGGGGTCTGAAGTATCCTTGCAACCAGTACCTTTGCAACCAGTACCCTTGCAGGCAATTCATATTCATTGGAGGAGGTTAAGCTTCATTGTCCAAGAAATGAACGGAGATGGGTCTGAGGTATCATTGCAACGTGAAATTGATGCTCTGCACAAGCAATTTCAGGATCTTGATTATGCTGGAAAAGTTACTTTGAAGGCTAAATTGCGTGAACTGGCCTTGCCTGATATAACTTTAATGTGTTCAGCTCCTGAAAAGGTAAGAACAAATGATGCTCCACAGGATTTAGGGTCGAAGAGAGATAAATCAGTTGAATCTGATCCTTTGTATTGGGAGCATATAGATCCACATTCTGCCAATGATGACATAACTGATCGTCCTTCATCCGAGAAACCAGTCCATGGTCTAAACCATGAAAGTTTTACCTACGATGGACCAAATTCCGGTTGA 4425 0.4093 MARSKRRRSGISGSNVRPRMIFQPIIEDGVFRFDCSVKVRETASPSISFVNSKDRDTPLSTEKVPLYNPTFEIRLEQQIVKLELPVGSSLYGTGEVSGQLERTGQRVYTWNTDAWGYGPETTSLYQSHPWVLAVLPNGEGLGILADTTRRCEIDLRKESTIQFVAPSSYPVITFGPFASPTEVLISLSKAIGTVFMPPKWSLGYHQCRSSYLSDKVLEVAKTFQKKSIPCDVIWMETDYMDGFRCFTFDKDRFQDPGSLVKDLQCSGFKVIWMLDPGIKQEEGYFVYDSGSKNDVWIQNADETPFVGEVWAGPCVFPDYTQSKVRAWWASLVKDFISSGVDGIWNDMNEPTIFKVETKTMPDSNVHRGDSELGGCQNHSFYHNVYGLLMARSTYEGMKQANEEKRPFILTRAGFIGSQRYAATWTGDNLSTWEHLRMSISMVLQLGLSGQPLSGADIGGFAGNATPRLFGRWMGVGSLFPFCRGHSEACTTDHVPWSFGEECEEVCRLALKRRYRLIPLIYTLFYFAHTRGTPVATPTFFADPKDPSLRKLENSFLLGPVLVYASTIHAQGLDKLEITLPKGIWLRFDFSDAHPDLPALYLKGGSIIPVGLSVQHVEEANPSDDLTLFVALDEHGKAEGVLFEDDGDGYEFTKGNYLLTHYVADLKSSVVTVSVHKTEGSRERPKRRLHIQLLLGGGAMLDTWGTDGEVLQLILPSEDEVLKLVSTSETQYKDCLENAIPIPDVEVVSGPKGTEMTLFERKSDIEDHVSKMSKEVLIPTDGAVRKPGDCSDAFNTTEVFPSRDAMLNWAREVARVNGFVLTILRSETCTRSNKKNNKGKTYVIMGCERSGKYRPYKNTLSKVTSTKKCECPFKLRAKALKKNERWVVKVMCGCHNHDLGETLVVGHSYAGRLSAEEKSIVIDMTKNMVEPRNILLTLKDHNNETTIRHIYNARQAYRSSQKGPRTEMQHLQKLLEYDQYVYWNRKVDDSDAISDMFWTHPDAIKLLSAFHIVLLLDNTYKVNRYRLPLLEIVGVTSTELTFSVAFAYLESEQVDNFTWALQKLRGLFVKDSEIPPVIVSVRDIALMNAVQAVFPNSSNLLCRFHIGKNVKAKCKMIVHPKEQYDLVMDAWHNVMNSPNEGEYMQRLALFDKVCSDFPNFGDYVKDTWLTPHKEKFVTAWIDKVMHLGNTTLNRVETAHWRLENMLEDSKGDICSCWDAMNNMIKLQHKEIKVSFEKSINTVEYNTLFYKKLVGFVSRSALSYISDQYDRIMTVGIDSSICGCTIRTTHGLPCACELARYNMHHPVPLQEVQVPGRLDFRFQEMNEEGSEVSLQPVPLQPVPLQAIHIHWRRLSFIVQEMNGDGSEVSLQREIDALHKQFQDLDYAGKVTLKAKLRELALPDITLMCSAPEKVRTNDAPQDLGSKRDKSVESDPLYWEHIDPHSANDDITDRPSSEKPVHGLNHESFTYDGPNSG* 1475
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pvu2g1308 1474 ProSitePatterns Glycosyl hydrolases family 31 active site. 342 349 IPR030458 -
Pvu2g1308 1474 Gene3D glycosyl hydrolase (family 31) 33 175 - -
Pvu2g1308 1474 Gene3D - 516 599 IPR013780 -
Pvu2g1308 1474 Pfam Domain of unknown function (DUF5110) 625 692 IPR033403 -
Pvu2g1308 1474 MobiDBLite consensus disorder prediction 1417 1458 - -
Pvu2g1308 1474 SUPERFAMILY Galactose mutarotase-like 45 164 IPR011013 GO:0003824|GO:0005975|GO:0030246
Pvu2g1308 1474 MobiDBLite consensus disorder prediction 1413 1474 - -
Pvu2g1308 1474 CDD GH31_glucosidase_II_MalA 192 531 - -
Pvu2g1308 1474 PANTHER ALPHA-GLUCOSIDASE 19 756 - -
Pvu2g1308 1474 Pfam MULE transposase domain 1012 1108 IPR018289 -
Pvu2g1308 1474 Pfam Transcription factor AFT 841 898 IPR014842 GO:0000981|GO:0036086
Pvu2g1308 1474 Gene3D - 604 722 IPR013780 -
Pvu2g1308 1474 CDD GH31_N 70 192 - -
Pvu2g1308 1474 SUPERFAMILY (Trans)glycosidases 189 531 IPR017853 -
Pvu2g1308 1474 Pfam Glycosyl hydrolases family 31 179 607 IPR000322 GO:0004553|GO:0005975
Pvu2g1308 1474 Pfam Galactose mutarotase-like 89 154 IPR025887 -
Pvu2g1308 1474 PANTHER BNAA01G23630D PROTEIN 19 756 - -
Pvu2g1308 1474 Gene3D Glycosidases 195 515 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pvu2g1308 Pvu-Chr2 25583455 25598632 Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Pvu2g1308 20 756 Glycoside Hydrolase AT3G23640 71.138 0.0 1130
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Pvu2g1308 - - vra:106777609 2616.26
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Pvu2g1308 2 25583455 25598632 Pvu2g1308 2 25583455 25598632 ECH