Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Aev08g2611 ATGCCTCCGCCACTGCTACACGGGACGCTTAACGTAACCATATTTGAAGCTGATAGGCTGCAAACTGGATGCAATTTCCATTTCTGCAACAAGGGCACAACTCACAAGGGGAAGAGATTCCTAGCTCAAGTCAAAGGATGTCTACTATGCAGGCCTGAGATTGTAGGTAGGAGGCTATATGCAACAATTGATCTAGACAAGGCAAGGGTTGGAAGGACAAGAATGATAGGAAACCAACCCTCAAACCCAAAATGGAATGAGAGTTTTGAAATATTCTGTGCTCACAACATCTCATACATTGTGTTCACCGTCAAAGATGGAAACCCAATTGGTGCAACTCTAATTGGAAGAGCTTACATTCCCTCTGACCAAGTCAAGAAAGGCCCCATTGTTAAAAGATGGGTAGAGATCTTAGATGAGGATCATCATCCAGTTCCAGGTGGTTCTAGAATCTGTGTCAGTGTTCAATACACTAGTGTCACTGAATGGTACTATCAGGGGACAAGGTCAATGCCATTTGATGGAATAGTCATGCCATTTGATGGTGTTCCTAGAACATTCTTCAACCAGAGACAAGGTTGTTCTGTCACCTTGTACCAAGATGCTCATGTCCCTTATGTGCCTCATGGATCTCTTGGGAGGCCTTGGATTCCACTTTCTGATGGGAAGCACTATGAGCCTGGGAGATGCTGGGAGGATATTTACAATGCAATGTTGGATGCTAAGTTCTTGATTTACATAGCTGGTTGGTCTGTTTATACTGAGATAAGATTGGTTAGGGAGAAGAATAGGCCAAGTTGGACACTTGGTGAGCTTCTCAAGAAGAAAGCAGATGAAGGTGTTAGAGTTCTGATTCTTGTTTGGGATGATAGAACTTCTGGTCCTGATTTGAAGAAAGATGGCTTGATGGGAACTCATGATCAAGAAACAGAACACTACTTTAGGAACACTAATGTGCATTGTGTTCTGTGTCCGCGGAACCCGGATAATGGAAGGAGCATTGTTCAAGGCTTTCAGATCTCAACAATGTTCACTCATCACCAGAAGAGTGTGATTGTTGATAGCAGTAGTGTTTCTGGTGAAGGGTCTCATCACAAGAGAAGGATCATAAGCTTCATTGGTGGGATTGATCTCTGTGATGGGAGGTATGATACACAGGAGCATCCTTTGTTTTCAACATTGAACACTGTCCACCATGATGATTTTCATCAGCTGAATTTCCCGGGAGCATCGGTTTTGAAAGGCGGTCCAAGAGAGCCTTGGCATGATATTCATTGCAAGCTAGAAGGACCAGTTGCATGGGATGTTTTGTACAATTTTGAGCAGAGGTGGGAGAAGCAAGTTGGAAAGCAATTCCTGTTCACACTTGATCAGCTTGATCAATTTCTGGTACATCCGAGTGAGGCAAATAAATCAGAAGAAGAAGAAGATAAGGAGACATGGAATGTTCAGTTGTTTAGATCAATTGATGGTGGTGCTGTTAATGGATTCCCTCAAAACCCGAATGAAGCCGCGGAACTAGGCCTTGTTAGTGGCAAAGACAACATCATTGATAGAAGCATTCAGGATGCTTATATACATGCAATTAGGAGGGCTAAGAATTTCATATACATTGAGAATCAGTACTTCATAGGGAGTTCATATGGTTGGAAAGGATCTGATATAAAAGTTGAGGACATTGGTGCTTTGCATCTTATACCAAAGGAGCTGTCACTGAAGATTGTTAACAAGATTGAAGCAGGACAAAGGTTTGCAGTGTATGTGGTGATACCAATGTGGCCAGAAGGTGTGCCTGAAAGTGCTTCAGTTCAGGCAATATTGGATTGGCAAAGGAGGACAATGGAAATGATGTATTCTGACATTGCTGAGGCCATACAGAAGAAGGGAATTGTAGCTCACCCTAGAGACTATTTGAACTTTTTCTGCCTTGGCAAGAGGGAGCCTAAGATGAAAGGAGAGTATGCTCCTCCAGAGGAACCTGAGCCTGACAGTAACTATAGTAAAGCACAGAAGTCTAGGAGGTTCATGATCTATGTTCATTCCAAGATGATGATAGTGGATGATGAATACATAATCATAGGTTCTGCAAACATAAACCAGAGATCAATGGATGGTGGAAGGGACACAGAGATAGCAATGGGAGCATTCCAACCACACTATCTGTCATCACGTGTGATAAGGCCAAGAGGTCAAATTTATGGCTTCAGGAGAGCATTATGGGATGAGCATCTTGGTGACCCTCTTGATGAGGCCTTCGACGAGCCGGAGAGCCTGGACACTCAATATCAAGAGGAAGAAACTAACATAAAGCATACCAATAACATGTCTCATTTGCTGCATGGGAGGCTCCATGTGACTATATATGAGATCAACACGCTGCAATTTCGCCGCAATTTCAATCTCTTCAGCAAGAAGCTTCCAAATTTTGGAGCCAAGGGAACAAGCACAAGCCCGAAGAAATTTCTTTCCCAAATCAAGAATTTTTTGCTGTGCCAATGGCAACCCGAGATTATTCCATTGGGTCTGTATGCAACAGTTGATTTAGACAAAGCAAGGGTTGGGAGAACAAGAATGGTAGATGATCAACCCTCCAACCCAAAGTGGAATGAGAGCTTTAAAATTTACTGTGCACACTTGATCTCTCACATTATCTTCACTGTCAAACAAGACAACCCTGTTGGAGCAACTCTAATTGGAAGAGCTTATGTCCCTGTTAATGACCAAGTCCTAAATGGTAACATTGTTGATACATGGGCCCAGATACTAGATGAGAACCATCATCCTCTACCAGGTGACTCTAAAATCCATGTTAGAATGCAATTCTTTGATGTTAGGAATGACATAAACTGGTCTAATGGAATAAGGCTTCCACAGTTCCAAGGAGTTCCCAACACCTTCTTCAATCAAAAGTCTAACTGCAAAGTTACTTTGTACCAAGATGCACATGTTGCAGATGGTTACTTGCCACGGATCCAATTATCAGGAAGAAAATACTATGAGCCTAAAAAATGCTGGGAGGATATCTACAATGCCATTTTGGATGCTAAGTACTTTATTTACATAACTGGTTGGTCTGTGTACACTGAGATAACATTGGTTAGGGACCAAAGGAAGGCAAGTATCACCCTTGGGGAGCTTCTCAAGAAGAAAGCAGGTGAAGGTGTCAAGGTTCTCATGCTTGTTTGGGATGACAGAACCTCTGTTCCAGACCTGAAGAAAGATGGACTGATGGCAACACATGATCAAGAAACAGAACAGTACTTTCGGAACACGAATGTGCATTGTGTTCTGTGTCCAAGGAATCCTGATGATGGAAGAAGCATTGTTCAAGGCTTTGAGATTTCAACAATGTTCACTCATCACCAAAAGAGTGTAATTCTTGACAGCCAAGTTCCTGGACAGTGGCAGAACCAGAAGAGAACTGTGGTGAGTTTTGTAGGTGGAATTGATCTGTGTGATGGAAGATATGATACTCAAGAACATCCTTTGTTCTCAACTCTGAATTCTGTCCACCATGATGATTTTCATCAGCCGAATTTCCCAGGAGCTTCTATTAAGAAAGGCGGTCCAAGAGAACCATGGCATGATATTCATTGCAAGCTAGAAGGACCAGTTGCATGGGATGTGATGTGCAATTTTGAGCAAAGGTGGGATAAGCAAGTTGGGAAGCAGATTCTTCTTCTCAGTTCTAACTGGCTTAATGAGATTCTTGTCCCTAAATCTACTTCAGCAGCTACAAATGACAATGAGGCTTGGAATGTTCAAGTTTTCAGGTCCATTGATGGTGGTGCTGTTACTGGCTTCCCACCAGACCCTCAAGAAGCTTCTGAATTTGGCCTTGTAAGTGGCAAAGATAACATCATTGATAGGAGCATTCAGGATGCATACATAAATGCAATAAGGCGCGCCAAGAATTTCATCTACATTGAAAATCAGTACTTCTTGGGGAGTTCATATGGTTGGAATTCATCTGATATAAAAGTTGAGGATATCAATGCCTTGCATCTTATACCAAAGGAGCTATCATTGAAGATTGTTAGCAAGATTGAAGCAGGGGAGAGATTCTCTGTATACATTGTAATACCAATGTGGCCAGAAGGTGTTCCTGAGAGTGGTTCAGTTCAAGCAATTCTAGACTGGCAGAGGAGGACAATGGAGATGATGTATTCTGATATTGCTGAAGCCATTAGGAGAAAGGGAATTAGAGCACACCCTAGGGACTACTTGACATTTTTCTGCCTTGGAAACCGTGAGGGTAAGAAAGGTGAAGAATATACTCCTACTGAGCTACCTGAGCCTAATAGTGATTATAGTAGAGCACAAAAGTCCAGGAGATTCATGATCTATGTTCATGCCAAGATGATGATAGTGGATGATGAATACATAATCATTGGCTCTGCCAACATAAACCAGAGATCAATGGATGGTGCAAGGGACAGTGAGATTGCAATGGGGGCATTCCAACCAAGCCACATATCATCCAATGGGCCACCAAGAGGTCAGATATATGGATTCAGAAGAGCATTATGGTATGAACACATGGGAGATCCTAATGACACAAACATCCTCAACAATCCAGAAAGTGTAGAATGCATCAAGCTTGTGAACAACCTTGCTGACACAAACTGGGATATATACTCACAGGAAACATTTGATGAAAGAAGACCATTTCACCACCTCATGCGTTACCCCATTGAGGTGACAAACAATGGAGCCATAACAACACTTGCAGGGTTTGAACATTTTCCTGACACCAAGGCTAGGGTTCTGGGTTCCAAATCAGATTATCTTCCACCAATTCTCACCACCTAA 4812 0.4241 MPPPLLHGTLNVTIFEADRLQTGCNFHFCNKGTTHKGKRFLAQVKGCLLCRPEIVGRRLYATIDLDKARVGRTRMIGNQPSNPKWNESFEIFCAHNISYIVFTVKDGNPIGATLIGRAYIPSDQVKKGPIVKRWVEILDEDHHPVPGGSRICVSVQYTSVTEWYYQGTRSMPFDGIVMPFDGVPRTFFNQRQGCSVTLYQDAHVPYVPHGSLGRPWIPLSDGKHYEPGRCWEDIYNAMLDAKFLIYIAGWSVYTEIRLVREKNRPSWTLGELLKKKADEGVRVLILVWDDRTSGPDLKKDGLMGTHDQETEHYFRNTNVHCVLCPRNPDNGRSIVQGFQISTMFTHHQKSVIVDSSSVSGEGSHHKRRIISFIGGIDLCDGRYDTQEHPLFSTLNTVHHDDFHQLNFPGASVLKGGPREPWHDIHCKLEGPVAWDVLYNFEQRWEKQVGKQFLFTLDQLDQFLVHPSEANKSEEEEDKETWNVQLFRSIDGGAVNGFPQNPNEAAELGLVSGKDNIIDRSIQDAYIHAIRRAKNFIYIENQYFIGSSYGWKGSDIKVEDIGALHLIPKELSLKIVNKIEAGQRFAVYVVIPMWPEGVPESASVQAILDWQRRTMEMMYSDIAEAIQKKGIVAHPRDYLNFFCLGKREPKMKGEYAPPEEPEPDSNYSKAQKSRRFMIYVHSKMMIVDDEYIIIGSANINQRSMDGGRDTEIAMGAFQPHYLSSRVIRPRGQIYGFRRALWDEHLGDPLDEAFDEPESLDTQYQEEETNIKHTNNMSHLLHGRLHVTIYEINTLQFRRNFNLFSKKLPNFGAKGTSTSPKKFLSQIKNFLLCQWQPEIIPLGLYATVDLDKARVGRTRMVDDQPSNPKWNESFKIYCAHLISHIIFTVKQDNPVGATLIGRAYVPVNDQVLNGNIVDTWAQILDENHHPLPGDSKIHVRMQFFDVRNDINWSNGIRLPQFQGVPNTFFNQKSNCKVTLYQDAHVADGYLPRIQLSGRKYYEPKKCWEDIYNAILDAKYFIYITGWSVYTEITLVRDQRKASITLGELLKKKAGEGVKVLMLVWDDRTSVPDLKKDGLMATHDQETEQYFRNTNVHCVLCPRNPDDGRSIVQGFEISTMFTHHQKSVILDSQVPGQWQNQKRTVVSFVGGIDLCDGRYDTQEHPLFSTLNSVHHDDFHQPNFPGASIKKGGPREPWHDIHCKLEGPVAWDVMCNFEQRWDKQVGKQILLLSSNWLNEILVPKSTSAATNDNEAWNVQVFRSIDGGAVTGFPPDPQEASEFGLVSGKDNIIDRSIQDAYINAIRRAKNFIYIENQYFLGSSYGWNSSDIKVEDINALHLIPKELSLKIVSKIEAGERFSVYIVIPMWPEGVPESGSVQAILDWQRRTMEMMYSDIAEAIRRKGIRAHPRDYLTFFCLGNREGKKGEEYTPTELPEPNSDYSRAQKSRRFMIYVHAKMMIVDDEYIIIGSANINQRSMDGARDSEIAMGAFQPSHISSNGPPRGQIYGFRRALWYEHMGDPNDTNILNNPESVECIKLVNNLADTNWDIYSQETFDERRPFHHLMRYPIEVTNNGAITTLAGFEHFPDTKARVLGSKSDYLPPILTT* 1604
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Aev08g2611 1603 Gene3D Endonuclease Chain A 221 474 - -
Aev08g2611 1603 ProSiteProfiles Phospholipase D phosphodiesterase active site profile. 1446 1473 IPR001736 GO:0003824
Aev08g2611 1603 SMART C2_3c 9 134 IPR000008 -
Aev08g2611 1603 SMART C2_3c 782 917 IPR000008 -
Aev08g2611 1603 Gene3D Endonuclease Chain A 991 1250 - -
Aev08g2611 1603 ProSiteProfiles C2 domain profile. 763 919 IPR000008 -
Aev08g2611 1603 PANTHER PHOSPHOLIPASE D ALPHA 3 5 760 - -
Aev08g2611 1603 SUPERFAMILY C2 domain (Calcium/lipid-binding domain, CaLB) 778 944 IPR035892 -
Aev08g2611 1603 Pfam C2 domain 8 136 IPR000008 -
Aev08g2611 1603 Pfam C2 domain 817 919 IPR000008 -
Aev08g2611 1603 Gene3D C2 domain 5 156 IPR035892 -
Aev08g2611 1603 Gene3D Endonuclease Chain A 475 718 - -
Aev08g2611 1603 Gene3D Endonuclease Chain A 1266 1490 - -
Aev08g2611 1603 Gene3D C2 domain 780 951 IPR035892 -
Aev08g2611 1603 ProSiteProfiles C2 domain profile. 1 135 IPR000008 -
Aev08g2611 1603 SMART pld_4 1116 1155 IPR001736 GO:0003824
Aev08g2611 1603 SMART pld_4 342 382 IPR001736 GO:0003824
Aev08g2611 1603 SMART pld_4 675 702 IPR001736 GO:0003824
Aev08g2611 1603 SMART pld_4 1446 1473 IPR001736 GO:0003824
Aev08g2611 1603 PANTHER PHOSPHOLIPASE D ALPHA 3 776 1603 - -
Aev08g2611 1603 SUPERFAMILY C2 domain (Calcium/lipid-binding domain, CaLB) 4 159 IPR035892 -
Aev08g2611 1603 SUPERFAMILY Phospholipase D/nuclease 946 1229 - -
Aev08g2611 1603 SUPERFAMILY Phospholipase D/nuclease 1279 1520 - -
Aev08g2611 1603 PANTHER PHOSPHOLIPASE D 776 1603 IPR015679 -
Aev08g2611 1603 PANTHER PHOSPHOLIPASE D 5 760 IPR015679 -
Aev08g2611 1603 CDD C2_plant_PLD 778 942 - -
Aev08g2611 1603 SUPERFAMILY Phospholipase D/nuclease 509 754 - -
Aev08g2611 1603 CDD C2_plant_PLD 3 158 - -
Aev08g2611 1603 ProSiteProfiles Phospholipase D phosphodiesterase active site profile. 1116 1155 IPR001736 GO:0003824
Aev08g2611 1603 ProSiteProfiles Phospholipase D phosphodiesterase active site profile. 342 382 IPR001736 GO:0003824
Aev08g2611 1603 ProSiteProfiles Phospholipase D phosphodiesterase active site profile. 675 702 IPR001736 GO:0003824
Aev08g2611 1603 Pfam Phospholipase D C terminal 1521 1593 IPR024632 -
Aev08g2611 1603 Pfam Phospholipase D Active site motif 676 702 IPR001736 GO:0003824
Aev08g2611 1603 Pfam Phospholipase D Active site motif 1447 1473 IPR001736 GO:0003824
Aev08g2611 1603 Pfam Phospholipase D Active site motif 1116 1155 IPR001736 GO:0003824
Aev08g2611 1603 Pfam Phospholipase D Active site motif 342 382 IPR001736 GO:0003824
Aev08g2611 1603 SUPERFAMILY Phospholipase D/nuclease 180 454 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Aev08g2611 Aev-Chr8 24605410 24614023 Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Aev08g2611 1 759 Phospholipase D Gene Family (Wang group) AT3G15730 64.332 0.0 967
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Aev08g2611 K01115 - gmx:100791688 1335.47
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Aev08g2611 08 24605410 24614023 Aev08g2611 08 24605410 24614023 ECH