Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Seca7g07705 ATGATTCACTCCTTTTCTTTGAAAATGAACTTCATCGTGGCTTTCTCATTCTTCTATCTAACAACATTGGCGCCATGGTGCGTTCGCTCGGATCAGAGGCTTATGGTGAACATGACGCTGGTGCCGAATGCTCGTGCTACCGGTGCTTTTTGTTTGGACGGGAGTTTACCGGCGTATCATTTGCACAGAGGATTTGGAGCAGGACAAGACAACTGGCTTCTACAGTTTGAGGGAGGTGGGTGGTGCAATGACTTGACATCATGCTTGGAGAGAGCCCAATCTCGCAGGGGTTCAACAAGTTACATGACCAAGTTGGAGGTCTTCTCTGGTATTTTAAGCAACAACGCCACCCATAATCCAGACTTTTACAATTGGAACCGTGTGAAGCTGAGATATTGTGATGGAGCTTCATTTACTGGAGACAATGTGTTTAATAATGGGACAACAAAGCTTTACTTCAAAGGGCAAAAGATTTGGGAAGCCATTATTGAAGACCTTCTACCAAAAGGTTTGGGAAAGGCACGCAAGGCTTTGCTTTCAGGTTGTTCAGCAGGAGGCTTAGCGACCTTCCACCATTGTGACAACTTCGCCAAGTATTTGCCAATAAATGCTAGTGTTAAATGCTTGAGTGATGCAGGTTTTTTCCTTGACGAAAGAGATATAAGTTTGAACCACACTATGAGGTACTTCGTCAAAAGTCTAGTTTCATTGCAGGGGATAGAGCAGAACCTGAATAGAAACTGCACCAGCGCGCTGTTCTTTCCGGACTTGTGCTTCTTTCCACAGTATGCGTTGAGATACATATCGACACCATATTTTATCTTGAACTCTGCCTATGATGTATTCCAATTCCATCATATATTGGTGCCACCTTCTGCCGATATGCACGGACACTGGAATCACTGTAAGCTGAACCCAGCAGCATGCACACCAGACCAAATTAATACATTGCAAGGTTTTAGGCTCCACATGCTTGCAGCTTTGAGACCGTTCTATATATATTCAGGAAGAGGGGGAATGTTCATAAATTCATGTTTTGCTCATTGCCAAAGTGAATTACAAGATACATGGTTTGGAGCAGATTCTCCAAGAATAAACAATAAGGTCACTTGGAAGATTAAACTGAAAATTTGTCCACAAGCTCCTCCAGTTCTCATAGAGAATATCTACCCCCAACGCCAGCACCACCACCCTCTCTCCCGAAATTACCAAAATACCATCCACGTTATGCATAACCAACCCACAGTCTTACTCAGACTTCCCACATTGCCCTCTCTCTCTTTCATCTTCCTTCATCCCACAAAGGTAAAGCTCAGCAACAACAAGAATTGCACGAGAAGGAGACACACTCCCACTCCCTTCATCACAAGAAGCAATTGGGTTGTCCCCAAGGCAATAATGCGTTGCTCTTCCTTCAGCTCTCACTCTGGCGGTGATGACACCAACAACAACAATAACAATAACGGTGCCTCTTTCCGCAACTTCAAGCTGAACGAGTCAACCTTCTTGGCTTCCCTCATGCCCAAGACAGAGATTGGCGTCGACCGTTTCCTCCATTCTCACCCACACTACGATGGCCGTGGTGCTCTCATCGCTATCTTCGATTCTGGTGTAGATCCGGCAGCTGCTGGATTACAGGTTACCTCAGATGGAAAACCAAAAATTCTTGATATCCTTGATTGCACTGGGAGTGGAGATATTGATACCTCAAAGGTGGTGAAGGCTGATGCTGATGGTTGTATATCTGGGGCATCAGGAGCATCTTTGGTTATCAATACTTCATGGAAAAATCCATCTGGTGAATGGCATGTGGGTTATAAATTGGTTTACGAGCTCTTTACAGAAAAATTGACTTCTCGTTTGAAGAAAGAAAGAAAGAAAAAATGGGACGAGAAAAACCAGGAGGAAATTGCTAAGGCTGTCAAACAACTTAATGATTTTGATCAGCAACACATCAAGGTGGAGGATGCAAAACTTAAAAAGGCTCGTGAAGATCTCCAGCATAGACTTGATCTTCTTAGAAAGCAATCTGAGAGCTACAATGATAAAGGGCCTGCCATAGACGCTGTTGTCTGGTATGATGGAGAGGTTTGGAGGGTTGCTCTTGACACACAGAGTCTTGAGGATGATCCAGATTGTGGGAAGCTTGCTGACTTTGTACCCTTAACTAATTATAGGACTGAGAGGAAGTATGGTGTCTTCAGCAAATTAGATGCTTGTTCATTTGTTGCGAATGTCTATAATGATGGGAATGTCTTAAGTATTGTAACAGACAGCTCTCCTCATGGAACCCATGTTGCTGGTATAGCTAGTGCATTCCACCCAGAGGAACCTTTGTTAAATGGAGTTGCGCCTGGAGCACAATTAATATCGTGTAAAATCGGGGACTCTCGCTTAGGTTCAATGGAAACTGGAACTGGTTTGACTCGGGCACTGATAGCTGCTGTGGAGCATAAATGCGATCTTATCAACATGAGTTATGGTGAGCCAACATTGCTGCCAGACTATGGACGCTTTGTTGACCTTGTGAATGAAGTGGTAAGCAAACACCGTCTGATATTCGTGAGCAGTGCTGGTAATAGTGGGCCAGCATTAACCACTGTTGGTGCACCTGGTGGTACATCTTCAAGTATCATAGGTGTTGGCGCTTATGTTTCTCCTGCTATGGCAGCTGGTGCCCATTGTGTTGTTGAACCACCATCCGAGGGGCTTGAATACACTTGGTCTAGCCGAGGACCAACAGCTGATGGAGATCTTGGTGTTTGTGTAAGTGCTCCTGGTGGTGCTATTGCTCCTGTTCCTACGTGGACTCTTCAACGACGTATGCTCATGAATGGGACATCAATGGCATCTCCATCAGCCTGTGGGGGAATTGCTTTGCTCATAAGTGCAATGAAGGCTGAGGGAATTCCTGTGAGTCCATTTAGTGTGAGGAAGGCCCTTGAGAATACATCTGTTCCCATAGGTGATTCACCTGAGGATAAATTATCCACTGGGCAAGGGCTTATGCAAGTTGACAAGTGTTATGAATATATACAGAAGTCTCAAAATTTTCCATGTGTTTGGTATCAAATAAACATCAAGCAATCTGGAAAAACAAATCCTTCATCACGGGGCATTTACCTGAGGGAGGCTAATGTTTGCCGACAATCTACTGAGTGGACTGTGCAAGTTGATCCAAAATTTCATGAAGATGCCCACAAGCTTGAAGAATTGGTTGTGTTTGAGGAGTGCATAGAGTTACACTCTTCGGATAGGACGGTTGTGAAAGCCCCCGAGTACCTAATGCTCACTCATAATGGCCGTACCTTCAACATATTTGTGGATCCTACAAATCTGTGTGATGGTCTGCATTATTATGAGGTCTATGGTATTGACTGCAAAGCACCATGGCGTGGTCCTCTTTTCAGAATTCCAATTACTATAACCAAGCCTGTGGCTGTAACTAATAGACCTCCACAGGTTTCATTTTCAAAGATGATATTCCAGCCAGGCCATATAGAAAGGAAATATATAGAAGTGCCACAAGGTGCATCTTGGGTTGAAGCAACCATGAACACTTCAAGTTTTGATACAGCTCGAAGATTTTTTGTGGACACAGTTCAGATATGTCCATTGCAAAGACCTATTAAATGGAGGAATGTGATAACTTTTTCTTCTCCTGGTGCCAAAAGCTTCATCTTTAGCGTAGTAGGGGGTCAGACATTGGAACTAGTCATAGCTCAGTTTTGGTCAAGTGGCATAGGGAGTCATGAGACAACCAGTGTGGATCTTAAGATTCTGTTTCATGGTGTAAAAGTCAATCAAGAGGAAATTGTACTTGATGGGAGTGAAGCACCAGTCAGAATTGAAGCAGAAGCACTACTGGCATCTGAGAAACTTGCACCTGTAGCAATTCTAAATAAGATGAGGGTCCCATATCGACCAATAGATGCTAAGATTAGTGCACTTTCGACTGATCGTGACAAACTCCCTTCTGGAAAGCAGATACTAGCACTGACATTAATATACAAGGTCAAATTGGAAGATGGAGCTGAAATAAAACCTCAAATACCATTTCTAAATGGCCGGATATATGATACTAAATTTGAGTCTCAATTTTATATGATTTCCAATTCAAATAAGCAAGTATATTCAAGTGGAGATGTCTATCCAAACTCTACAAAACTTCCCAAGGGAGAATACAATTTACAGCTATATGTGAGGTACGGCTCTGGCTTAGCATGTATACTGGACGACCACAAGCATGATAGCTTGCAGATTTTGGAAAAGATGAAGCAGCTGGTGTTATTCATTGAGCGAAATTTGGAAGAGAAGGACATAATTCGGTTATCATTTTTCTCTCAACCGGATGGTCCACTGATGGGAAATGGTTCCTTTAAGTCCTCAACATTAATTCCAGGAAGGATTTTATCTTGGTCCACCACCAAAAGACAAGCTGCCCAAGTACTTCCACAGAACTCTCTACAAGGATCTGTATTGGTGGGATCAATATCGTATGGGAAACTATCATTTTCCAGTCAGGGGGAACATAAAAATCCAGAAAAGCACCCTGTATCTCATCGGATTTCTTACATAGTTCCCCCAAATAAGATTGATGAGGACAAGGGGAAAAACTCTTCCTTATCTTCCAAGAAGACAGTTTCTGAACGTTTAGAAGAAGAGGTACGAGATGCAAAAATAAAAGTGCTTGGAGGCCTAAAACAAGAAAGCGATGAAGACCGCTTGGAATGGAACAAGTTGTCTGCCTTACTCAAAGTCAGAATAAAAATTAAATATCCAAAGTACACTCCGTTGCTTGCAAAGATTTTGGAAGGTTTAGTTTCTAGGAGTAATATCACGGACAAAATCCATCATGATGAAGAGGTAATTGATGCAGCAAATGAGGTGATTGACAGTATTGATAGAGATGAGTTAGCAAAATTTTTTGCACTAAAAAATGATCCGGAAGATGAGGAAGCAGAGAAAATCAAGAAAAAGATGGAATCAACACGGGACCAGTTAGCAGAGGCACTTTACCAAAAGGGGATTGCACTGGCAGAAATTGAGTCTTTAAAGGTGGCTTCGGCTGCAACAGAAGATACAAAACAAGATGGGCAGAAAACTGACGAGCAATCCAAGGATGATAGCATTCATCCAGATTTGTTTGAACAGAACTTTAAAGAACTGAAGAAATGGGTTGATGTTAAATGCTCAAAATATGGAATTCTTTTGGTGACAAACGAGAGGCGTAGTCAAAGGCTTGGGACAGCATTGAAGGTACTGAATGAGATAATTCAAGATGATGGTGAGCCTGCCAAGAAGAAACTCTATGAACTAAAGCTATCTTTGCTTGAGGAAATTGAATGGACTCATTTGGCTACATATGAGAGACAGTGGATGCTTGTCCGTTTTCCCCCAACCTTGCCTCTTTTCTAG 5418 0.4267 MIHSFSLKMNFIVAFSFFYLTTLAPWCVRSDQRLMVNMTLVPNARATGAFCLDGSLPAYHLHRGFGAGQDNWLLQFEGGGWCNDLTSCLERAQSRRGSTSYMTKLEVFSGILSNNATHNPDFYNWNRVKLRYCDGASFTGDNVFNNGTTKLYFKGQKIWEAIIEDLLPKGLGKARKALLSGCSAGGLATFHHCDNFAKYLPINASVKCLSDAGFFLDERDISLNHTMRYFVKSLVSLQGIEQNLNRNCTSALFFPDLCFFPQYALRYISTPYFILNSAYDVFQFHHILVPPSADMHGHWNHCKLNPAACTPDQINTLQGFRLHMLAALRPFYIYSGRGGMFINSCFAHCQSELQDTWFGADSPRINNKVTWKIKLKICPQAPPVLIENIYPQRQHHHPLSRNYQNTIHVMHNQPTVLLRLPTLPSLSFIFLHPTKVKLSNNKNCTRRRHTPTPFITRSNWVVPKAIMRCSSFSSHSGGDDTNNNNNNNGASFRNFKLNESTFLASLMPKTEIGVDRFLHSHPHYDGRGALIAIFDSGVDPAAAGLQVTSDGKPKILDILDCTGSGDIDTSKVVKADADGCISGASGASLVINTSWKNPSGEWHVGYKLVYELFTEKLTSRLKKERKKKWDEKNQEEIAKAVKQLNDFDQQHIKVEDAKLKKAREDLQHRLDLLRKQSESYNDKGPAIDAVVWYDGEVWRVALDTQSLEDDPDCGKLADFVPLTNYRTERKYGVFSKLDACSFVANVYNDGNVLSIVTDSSPHGTHVAGIASAFHPEEPLLNGVAPGAQLISCKIGDSRLGSMETGTGLTRALIAAVEHKCDLINMSYGEPTLLPDYGRFVDLVNEVVSKHRLIFVSSAGNSGPALTTVGAPGGTSSSIIGVGAYVSPAMAAGAHCVVEPPSEGLEYTWSSRGPTADGDLGVCVSAPGGAIAPVPTWTLQRRMLMNGTSMASPSACGGIALLISAMKAEGIPVSPFSVRKALENTSVPIGDSPEDKLSTGQGLMQVDKCYEYIQKSQNFPCVWYQINIKQSGKTNPSSRGIYLREANVCRQSTEWTVQVDPKFHEDAHKLEELVVFEECIELHSSDRTVVKAPEYLMLTHNGRTFNIFVDPTNLCDGLHYYEVYGIDCKAPWRGPLFRIPITITKPVAVTNRPPQVSFSKMIFQPGHIERKYIEVPQGASWVEATMNTSSFDTARRFFVDTVQICPLQRPIKWRNVITFSSPGAKSFIFSVVGGQTLELVIAQFWSSGIGSHETTSVDLKILFHGVKVNQEEIVLDGSEAPVRIEAEALLASEKLAPVAILNKMRVPYRPIDAKISALSTDRDKLPSGKQILALTLIYKVKLEDGAEIKPQIPFLNGRIYDTKFESQFYMISNSNKQVYSSGDVYPNSTKLPKGEYNLQLYVRYGSGLACILDDHKHDSLQILEKMKQLVLFIERNLEEKDIIRLSFFSQPDGPLMGNGSFKSSTLIPGRILSWSTTKRQAAQVLPQNSLQGSVLVGSISYGKLSFSSQGEHKNPEKHPVSHRISYIVPPNKIDEDKGKNSSLSSKKTVSERLEEEVRDAKIKVLGGLKQESDEDRLEWNKLSALLKVRIKIKYPKYTPLLAKILEGLVSRSNITDKIHHDEEVIDAANEVIDSIDRDELAKFFALKNDPEDEEAEKIKKKMESTRDQLAEALYQKGIALAEIESLKVASAATEDTKQDGQKTDEQSKDDSIHPDLFEQNFKELKKWVDVKCSKYGILLVTNERRSQRLGTALKVLNEIIQDDGEPAKKKLYELKLSLLEEIEWTHLATYERQWMLVRFPPTLPLF. 1806
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Seca7g07705 1805 MobiDBLite consensus disorder prediction 1696 1711 - -
Seca7g07705 1805 MobiDBLite consensus disorder prediction 1690 1711 - -
Seca7g07705 1805 FunFam tripeptidyl-peptidase 2 isoform X1 509 594 - -
Seca7g07705 1805 Pfam Tripeptidyl peptidase II 1289 1475 IPR022229 -
Seca7g07705 1805 Coils Coil 656 683 - -
Seca7g07705 1805 FunFam Tripeptidyl-peptidase 2 570 631 - -
Seca7g07705 1805 ProSitePatterns Serine proteases, subtilase family, histidine active site. 762 772 IPR022398 -
Seca7g07705 1805 Pfam Subtilase family 526 988 IPR000209 GO:0006508|GO:0008236
Seca7g07705 1805 Gene3D Peptidase S8/S53 domain 687 1019 IPR036852 GO:0004252|GO:0006508
Seca7g07705 1805 Gene3D - 1546 1805 IPR046939 -
Seca7g07705 1805 Coils Coil 1654 1674 - -
Seca7g07705 1805 PRINTS Subtilisin serine protease family (S8) signature 526 545 IPR015500 -
Seca7g07705 1805 PRINTS Subtilisin serine protease family (S8) signature 945 961 IPR015500 -
Seca7g07705 1805 PRINTS Subtilisin serine protease family (S8) signature 758 771 IPR015500 -
Seca7g07705 1805 PANTHER NOTUM-RELATED 23 372 IPR004963 GO:0016787
Seca7g07705 1805 Gene3D - 570 641 - -
Seca7g07705 1805 Gene3D - 1022 1156 IPR046940 -
Seca7g07705 1805 FunFam Tripeptidyl-peptidase 2 homolog 686 1019 - -
Seca7g07705 1805 Pfam Pectinacetylesterase 30 369 IPR004963 GO:0016787
Seca7g07705 1805 CDD Peptidases_S8_Tripeptidyl_Aminopeptidase_II 506 988 IPR034051 GO:0006508|GO:0008240
Seca7g07705 1805 MobiDBLite consensus disorder prediction 1529 1549 - -
Seca7g07705 1805 SUPERFAMILY Subtilisin-like 400 1019 IPR036852 GO:0004252|GO:0006508
Seca7g07705 1805 Coils Coil 1542 1562 - -
Seca7g07705 1805 ProSitePatterns Serine proteases, subtilase family, serine active site. 946 956 IPR023828 -
Seca7g07705 1805 FunFam Tripeptidyl-peptidase 2 1022 1153 - -
Seca7g07705 1805 ProSiteProfiles Serine proteases, subtilase domain profile. 511 1009 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Seca7g07705 Seca-Chr7 181106478 181139660 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Seca7g07705 9 369 Carbohydrate Esterase AT5G23870 66.575 9.24e-169 517
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Seca7g07705 K01280 - gmx:100787184 2315.42