Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pte11g00714 ATGCATCCGTCAATAAGTTCTTTTCCAAATTCTTATTTTTATTCCGGCAAACTCTGTGATGCTTACAATGTTCAAAGCAAGGACTATGGAAAATGTTATCTTCCTGGGCCAATGTTCGGTAATTATTCATTCATCAATTTAGTTGGAGGAGTGGAGGAGCGTGATGATGTTGGACGAAGTAAGATGAACATGGTCGAGGTAGCTGTTGTCACAAGAATATTGGACAGGTTGCACAAAGAATGGATCGGGTCAAAAGTGTCACTGAGCATTGGTGTGATATCTCCATATGCTGCTCAAGTAGCTGCAATTCAAGCGAAGCTCAGTGCAAAGTATGCCGATGATACTGGTTTTTTGGTAAAAGTAAGAACAATTGATGGTTTTCAGGGTGGTGAACTGGATATAATAATAATATCAACTGTAAGGACTGCTGGCAGAGAATCGCTCAGATTTATATCCAGTCCTCAGCGGATAAATGTTGCTCTTACAAGGGCCAGGCATTGTCTATGGATCTTGGGGAATGAAAGGACTTTAGCTTCTCGTGAATCTGTTTGGGAAGCCTTGGTGCGCAATGCGAAGCATCGTCAATGTTTCTTCAGTGCCGATGAAGACAAAGATCTTGCAAAAACCATAGTAAATGTCAAGAAAGAATTGAAGCAATTTGATGATTTGCTTTGCAAGGATAGTGTACTTTTTAAAAGTTGTAGGTGGAAGGTTCTTTTCAGTGACAACTTTCTGAAATCATTTCGAAAGCTGAAGTCAGATCACTCCAAGAAGTCAGTCTTAAATCTTTTGCTCAAATTAGCCTCTGGCTGGAGGCCCAGGAAAATTAACGTTGATTCTGGTAGCCCTTCACAAATTTTGAAGCAATTTAAGGTCGAAAGCTTCTTTGTTGTATGTTCAAATGACATAGTAAAGGAATCTACATACATCCAAGTTTTAAAGATATGGGATATTTTGCCCTTGGAGGATGTTGGAAAATTGGTGAAGCGTCTGAACAATATATTTGAAAGATATTCAGAAGATTATATGAATCACTGCAAGGCAAGAGGTATTGAAGGGAAATTGGAAGTTCCTGTTAGTTGGCCAGAATCTAAGGATATTGTTAGATTCAAAAGTACCGATGATGTTGAAAATGAAGGCGAGTTAAATGATACTTCTGATGGGAGGAGTTATGTGGAAAATACTATGGTTGGAGAGAGTTTGATATTGATGAAATTCTACTCCGTATCACCCACTGTGGTGAAGTACTTGATCACTAACCGAGAGGGTTCCGAATTGGATCTACCATTCGAAGTGACTGATGAGGAATTAGAGATTATATTACATCCTAGTAGCACATTTATTCTTGGACGGTCTGGTACAGGTAAAACCACTGTTTTGACCATGAAATTGTTCCAGAAAGAAAAATTGCATCACTTGGCAACTGAGACAGTGTTTGGACCCCGGGAAGACATCCTTCCGGGCAATAATAAGGAAGAAGGAGGGGATTGTGAGGAGATTGAAAGACTTGTACTTCGTCAGCTTTTTGTGACCGTAAGCCCCAAATTGTGCTCGGCAGTCAAGAATCATGTCACTCGTATGAAAAGATCCCTCTCTGGTGGAAATTTGTTGGAAAGCAGTTCAGCAGACGTGGAAGATATCGATGCGGTATCTCTACAACTGAAAAGCATCCCGGATTCCTTTGTTAATATACCAGTGCACTGCTATCCTCTTGTTATAACTTTTGAGAAGTTCCTCATGATGCTTGATGGCACTTTGCCAAATTCATACTTTGAGAGGTTTAGTGAGATAAAGAAACTTTCTTATGATGACAACCATGTTTTGAGATCAGTTGCCTTGGAAAGGTTTACAAGGATGAAGGAGGTCAATTATGACAGATTTGCTTCATCATATTGGCCTCATTTTAATTCCCAATTAACCAAGATGCTTGATTCTTCAAGAGTCTTTACTGAGATTATGTCTCACATTAAAGGTGGTCCTCAAGCTGCTGAGCCAGGTGATGGAAAGCTAAGTCGGGAAGAGTATGTACAACTTTCAGAAAAGAGAGGTTCTAGTTTAAGCAGGAGGAAGAGAGAACAGATATATGGACTCTTTGAAAATTATGAGAAGATGAAGATGGCCAATGGTGAGTTTGATTTGGCTGATCTTGTCATATACCTGCATCATCAGCTCAGGACTGGAAAGTATGTGCTCGATGAAGTGCATTATGTATATGTTGATGAGGTCCAAGATCTTACCATGAGTCAAATTGCATTATTCAAATATATATGTAAAAATGTCAAAGAAGGTTTTGTTTTCTCTGGAGACACTGCACAAACGATAGCCAGGGGAATCGATTTTAGATTCCAAGATATTAGAGCTCTATTTTACAAGAAATTTATATTGTCACAGGCAGGTGACAAGGATGAAGAAAAAAGGGAGAAAGGACTCATCTCTGATATTTTTCATTTGAGCCAGAATTTTCGTACTCATGCTGGAGTTCTGAAATTATCCCAGAGCATCATTGATCTTCTTTATCATTTCTTTCCACACTCTATTGATGTCTTGAATCCAGAGACAAGTTTGATATGTGGAGAATCTCCTGTTGTACTTGAATCAGGAGATAACGAAAATGCTATCATAAAGATTTTTGGAAATAGTGGAGATATGGATGCGAAAATTGTTGGTTTTGGAGCTGAGCAGGTCATATTGGTAAGAGATGACACAGCTCGGCAGGAAATATCAGGCTATGTAGGGAAGCGTGCTCTTGTTCTTACCATTCTAGAGTGCAAGGGTCTTGAATTTCAGGATGTCTTATTGTACAACTTTTTTGGCTCCTCTCCTCTAAAGAATAAGTGGAGGGTAATTTATGAGTACATGCATGAACAGGATTTGCTGGACTCTGAAGGTCCTATATCAAAACAAAGTTTCAATCATTCTAAGCACAATCTGCTGTGCTCCGAGCTGAAACAATTGTATGTTGCGGTGACACGGACAAGGCAGCGGTTGTGGATTTGTGATAACTCGGAAGAGCTGTCTACTCCTATGTTTTGCTATTGGAAAATGAAGTGCCTAGTTCAAGCCAGAAAATTAGATGATTCACTAGCTCAGGCAATGCAAGTAGCCAGCAGCCCCGAGGAATGGAAATTGCGGGGGCAAAAGCTATATCAAGAACGCAACTATGAAATGGCAACGATGTGCTTTGAAAGAGCTGGAGATGCTTACTGGGAAAGAAGATCCAAAGCTGCTGGGCTGAAAGCTTCTGCCGACCGCATGTGGTCTTCAAATAACAAGGATGCAACAGCATCTCTTAGGGTAGCTGGAGAAATATTTGAATCAATTAAAATGTCTGAAGTTGCTGCACAGTGCTACGCTGATGTAGGAGATTATGAAAGAGCAGGAAGACTTTATATGGAAAAATCTGGAGAAGCAGATTTCGAAAGAGCTGGGGCATGCTTTCTTGTTGCTGGTCGCTACGAGATGGCAGCAGAAGTGTATGCTAGAGGCAATTTGTTTTCTGACTGTTTGAAAGCTTGTTCTGAAGGAAAACTTTACGACATTGGCTTGGATTATATTCAGAACTGGAAAGATCATGAAGCTGCAGATCATGTTATAATTTGCAGAAATCAACTTGAAAACATTCAACAGGGATTTTTGGAGAGTTGTGCCCGTCATTATTTTGGGCGCAAAGATTATAAATTCATGATGAAATTTGTCAAAGCTTTTCATTCAAGAGATTTGATGCGTGCATTTTTGAAGTCTTTGGATTTGATGGATGAGCTATTTCATGCTCAACTTTCTCCAGCATTTTATGCCAGCACTTGCCCCAATGCCCTTTACACTATCCGCAGTGTCATTAGGGCTGCAGTTTCGAGTGAAACTAGGATGGCTGCCTCTCTCCTTCGTCTTCATTTCCATGATTGCTTCGTTCAGGGTTGCGATGCTTCTATATTGCTCCAAGACTCTGCCAGCATCGTCAGTGAACAAAATGCGAAGCCAAATAAGAATTCAGCGAGAGGTTACGAAGTGATAGAGAAAGCAAAGTCAGAGGTGGAGAAGATATGTCCAGGTGTTGTGTCTTGTGCTGATATTCTAGCAGTAGCAGCACGTGATGCCACTTTTGCAGTCGGCGGTCCATCTTGGACGGTGAAGCTTGGTCGGAGAGATTCAACCACTGCAAATATAAACAAGGCTAACAGCGATCTTCCCAAACCTTCTGACGATCTCAACATACTTATTTCGAAATTTCAAAACAAGGGATTCGATGCAGAAGAAATGGTTGCTTTGTCAGGAGCTCATACAGTAGGACAAGCTCAGTGCTTAAACTTTCGTGATCGGATATACAACAACGCAAGCAACATCGATGCTGAATTGGCTAGTATTCGCAGGCAAGGTTGTCCTCTCCAAGCTTCTCCGCAAAATGACCAGCAATTAGCACCCCTAGACGTTTTGTCACCTAATTCTTTCGGAAGTGATTACTTCAAGGATCTAATCCAGAAGAAGGGTCTGCTGCAATCTGACCAGGTTCTCTTCAATGGGGGATCTACAGACAGCATTGTAACTGGCTATAGCCAGAACCCTACAGTATTTAAGTCTGACTTTGCAGCTGCCATGATGAAAATGGGAGACATTGAAACTCTCACTGGGTCAGCTGGGATAATAAGAAAAGTCTGTAGTGCTATAAACTAG 4668 0.4075 MHPSISSFPNSYFYSGKLCDAYNVQSKDYGKCYLPGPMFGNYSFINLVGGVEERDDVGRSKMNMVEVAVVTRILDRLHKEWIGSKVSLSIGVISPYAAQVAAIQAKLSAKYADDTGFLVKVRTIDGFQGGELDIIIISTVRTAGRESLRFISSPQRINVALTRARHCLWILGNERTLASRESVWEALVRNAKHRQCFFSADEDKDLAKTIVNVKKELKQFDDLLCKDSVLFKSCRWKVLFSDNFLKSFRKLKSDHSKKSVLNLLLKLASGWRPRKINVDSGSPSQILKQFKVESFFVVCSNDIVKESTYIQVLKIWDILPLEDVGKLVKRLNNIFERYSEDYMNHCKARGIEGKLEVPVSWPESKDIVRFKSTDDVENEGELNDTSDGRSYVENTMVGESLILMKFYSVSPTVVKYLITNREGSELDLPFEVTDEELEIILHPSSTFILGRSGTGKTTVLTMKLFQKEKLHHLATETVFGPREDILPGNNKEEGGDCEEIERLVLRQLFVTVSPKLCSAVKNHVTRMKRSLSGGNLLESSSADVEDIDAVSLQLKSIPDSFVNIPVHCYPLVITFEKFLMMLDGTLPNSYFERFSEIKKLSYDDNHVLRSVALERFTRMKEVNYDRFASSYWPHFNSQLTKMLDSSRVFTEIMSHIKGGPQAAEPGDGKLSREEYVQLSEKRGSSLSRRKREQIYGLFENYEKMKMANGEFDLADLVIYLHHQLRTGKYVLDEVHYVYVDEVQDLTMSQIALFKYICKNVKEGFVFSGDTAQTIARGIDFRFQDIRALFYKKFILSQAGDKDEEKREKGLISDIFHLSQNFRTHAGVLKLSQSIIDLLYHFFPHSIDVLNPETSLICGESPVVLESGDNENAIIKIFGNSGDMDAKIVGFGAEQVILVRDDTARQEISGYVGKRALVLTILECKGLEFQDVLLYNFFGSSPLKNKWRVIYEYMHEQDLLDSEGPISKQSFNHSKHNLLCSELKQLYVAVTRTRQRLWICDNSEELSTPMFCYWKMKCLVQARKLDDSLAQAMQVASSPEEWKLRGQKLYQERNYEMATMCFERAGDAYWERRSKAAGLKASADRMWSSNNKDATASLRVAGEIFESIKMSEVAAQCYADVGDYERAGRLYMEKSGEADFERAGACFLVAGRYEMAAEVYARGNLFSDCLKACSEGKLYDIGLDYIQNWKDHEAADHVIICRNQLENIQQGFLESCARHYFGRKDYKFMMKFVKAFHSRDLMRAFLKSLDLMDELFHAQLSPAFYASTCPNALYTIRSVIRAAVSSETRMAASLLRLHFHDCFVQGCDASILLQDSASIVSEQNAKPNKNSARGYEVIEKAKSEVEKICPGVVSCADILAVAARDATFAVGGPSWTVKLGRRDSTTANINKANSDLPKPSDDLNILISKFQNKGFDAEEMVALSGAHTVGQAQCLNFRDRIYNNASNIDAELASIRRQGCPLQASPQNDQQLAPLDVLSPNSFGSDYFKDLIQKKGLLQSDQVLFNGGSTDSIVTGYSQNPTVFKSDFAAAMMKMGDIETLTGSAGIIRKVCSAIN* 1556
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pte11g00714 1555 Gene3D - 1 213 IPR027417 -
Pte11g00714 1555 ProSiteProfiles UvrD-like DNA helicase ATP-binding domain profile. 429 824 IPR014016 GO:0005524
Pte11g00714 1555 CDD secretory_peroxidase 1258 1554 IPR033905 GO:0004601|GO:0042744
Pte11g00714 1555 ProSitePatterns Peroxidases active site signature. 1290 1301 IPR019794 GO:0004601
Pte11g00714 1555 FunFam Peroxidase 1262 1403 - -
Pte11g00714 1555 Pfam Peroxidase 1276 1519 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 FunFam Peroxidase 1396 1534 - -
Pte11g00714 1555 PANTHER MAMMARY TURMOR VIRUS RECEPTOR HOMOLOG 1, 2 MTVR1, 2 1 1255 IPR039904 -
Pte11g00714 1555 Gene3D Peroxidase, domain 2 1396 1534 - -
Pte11g00714 1555 PRINTS Plant peroxidase signature 1332 1345 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1351 1361 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1370 1385 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1489 1506 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1417 1429 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1473 1488 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1529 1542 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1268 1287 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Plant peroxidase signature 1292 1312 IPR000823 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 Gene3D - 1263 1555 - -
Pte11g00714 1555 ProSitePatterns Peroxidases proximal heme-ligand signature. 1418 1428 IPR019793 -
Pte11g00714 1555 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1 191 IPR027417 -
Pte11g00714 1555 Gene3D - 430 796 IPR027417 -
Pte11g00714 1555 SUPERFAMILY TPR-like 1037 1161 IPR011990 GO:0005515
Pte11g00714 1555 FunFam P-loop containing nucleoside triphosphate hydrolase 1 207 - -
Pte11g00714 1555 SUPERFAMILY Heme-dependent peroxidases 1258 1555 IPR010255 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 CDD SF1_C_Upf1 1 192 IPR047187 -
Pte11g00714 1555 ProSiteProfiles Plant heme peroxidase family profile. 1258 1555 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 Pfam AAA domain 1 174 IPR041679 -
Pte11g00714 1555 PRINTS Haem peroxidase superfamily signature 1475 1490 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Haem peroxidase superfamily signature 1352 1369 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Haem peroxidase superfamily signature 1290 1304 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Haem peroxidase superfamily signature 1418 1433 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 PRINTS Haem peroxidase superfamily signature 1370 1382 IPR002016 GO:0004601|GO:0006979|GO:0020037
Pte11g00714 1555 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 429 1002 IPR027417 -
Pte11g00714 1555 Gene3D - 818 1010 IPR027417 -
Pte11g00714 1555 Pfam UvrD/REP helicase N-terminal domain 679 774 IPR014016 GO:0005524
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pte11g00714 Pte-Chr11 7837941 8025437 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Pte11g00714 1257 1556 Peroxidase AT5G05340 60.667 1.83e-122 384
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Pte11g00714 - - qsa:O6P43_032361 1692.94