Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Hepe08g1315 ATGGGAGCTCAAACCCCACTTGTCAAAATTGCCACATTTCTTGCAATTTTAGCTTTCACAACCTCATTTTCCTTCATTGAATCAGCCACTTTGAGCATTGAAACAGACAAACAAGCGTTGATTTCAATCAAGTCTGGATTCAACAATCTCAATCCGTCAAATAATCCTCTGTCTTCATGGGATAATTCAAACTCATCTCCTTGCAACTGGACTCGTGTAACTTGCAACAAAGATGGCAATAGAGTTATTGCACTTGATCTTTCAAGCTTGCAACTTTCAGGCTCCTTAGACAATCATATTGGCAACCTCACATTCCTCCATTCCCTTCAGCTTCAAAACAACCTCATAACAGGACCAATCCCAGATCAAATCTCTAATCTTTTTCGCCTTAATCTCCTCAACATAAGCTTCAATGCCCTCGAAGGCGGATTCCCCTTCAATATCAGTGCAATGGCTGCTCTTGAGACGCTTGACTTAACTTCCAATAAGATTACATCCACTCTTCCAAATGAGCTCAGTCTCTTAACCAATCTCAAAGTCCTGAAATTAGCACAAAATCATCTTTTTGGTGAAATCCCACCTTCATTTGGTAACCTTTCTTCTCTTGTCACCATAAATTTCGGTACGAATTCGCTTACTGGCCCGATTCCAACCGAGTTGAGTCGTCTTCGAAATCTTCAGGATCTTATCATCACCATTAACAATCTCACAGGCATTGTTCCCCCTGCCATATTCAATATGTCTTCTTTAGTTACTCTGGCCTTGGCTTCCAACAAGCTATGGGGAACATTTCCAAGGGATATTGGCGATACACTCCCTAATCTTTTAGTGTTCAACTTTTGTTTCAATGAATTTACTGGAACCATTCCTCCTTCCTTGCATAATATCACTAATATTCAAGTCATCCGTTTTGCCTACAATTTTCTTGAAGGGACAGTCCCACCAGGTCTGGAGAATCTCCACAATCTTACTATGTATAATATTGGGTTCAATAAGCTCAGCTCCGGCAAAGATGGGCTTAGTTTCATCGATTCTTTGACAAAAAGTTCTCATCTTTCGTTTCTTGCAATTGATGCCAATAATTTTGAAGGTCGAATTCCAGAGTCCATTGGGAATCTTTCCAAGTCTCTTTCCATATTGTTTATGGGAGGGAATCGTCTCTCTGGAAATATACCTCCCACAATTGGGAACTTAAATGGCTTGGCTTTGCTGAATTTGAGCTATAATTCATTATCAGGCGAAATCCCATCTGAGATTGGCCAATTGGAGAACCTCCAAAGTCTTGTTTTGGCCAAAAATCAATTCTCAGGTTGGATTCCAAACTCCTTGGGAAATCTTCAAAAATTGACCAATCTTGATTTATCAGGAAATGAGTTAATTGGTGGCATTCCCACCTCTTTTGGAAACTTCCAGAAGCTTCTTTCAATGGATTTATCCAATAATAAGCTAAATGGAAGCATATCTAAAGAAGCCATCAATCTCCCTGCCAGTACAAACCTGAACTTATCCAACAATCTCCTTAGTGGTCCTCTGCCTGAGGAAATTGGGTCCCTTGCAACTCTCTTTCAGATTGATCTCTCCAGCAATCTCATATCTGGAGAGATTCCTTTGTCAATCAAAGGTTGGGCTAGCTTAGAGAAATTGTTCATGTCGAGAAATAAATTCTCAGGTCCCATTCCCAATACTCTAGGAGAACTTAAAGCCATCCAAGTTATTGACCTCTCTTCAAATAATCTCTCTGGTCCCATTCCTGATAATCTTCAAAATCTATTAGCTCTTCAGTATCTGAATCTCTCTTTTAATGACCTTGAGGGAGAAGTTCCTCAAGGGGGAATCTTTGAAAGCAGGGCCAATGTCAGTTTACAAGGAAACTCAAAGCTTTGCTTGTATTCCTCATGTTCACAGAGTGATTCCAAACATGACAGAGTTGTCAAAGTTATCATCTTTACTGTTGTCTTTTCAACATTGGCACTGTGCTTTATCACTGGTACGCTGATCCATTTCATGAGGAAGAAGTCAAAGACTGCACCATCGACAGAGTTGCTCAAGGGACAACCCGAAATGGTGTCTTATGATGAGCTGCGTTTGGCAACAGAGAATTTCAGTGAGAAAAATTTGATTGGAAGAGGGAGCTTTGGGTCTGTGTACAAGGCCAATTTAAAGCAAGGAATCCCTGTGGCTATTAAGGTTCTTGACATCAACAGGACTGGTTCTATAAGGAGCTTTAAGGCTGAGTGTGAAGCTTTGCGGAATGTGAGACATCGAAATCTCGTTAAACTCATCACATCATGCTCTAGCATAGACTTCTCGAACATGGAATTTCGAGCTTTGATTTATGAACTATTGAGCAATGGGAGCTTGGATGAGTGGATTCAAGGCCAAAGAAGCCATGAAAGTGGAATTGGGCTCAATATCCTTGAACGAGTGAACATTGTCATCGATGTTGCTTCAGCAATAAATTACTTGCACCATGATTGTGAACTTCCTATAGTTCATTGTGATTTAAAGCCTAGCAACATTCTTCTAGATGCAGACATGACTGCAAAAGTAGGAGATTTCGGATTGGCTCGGTTGCTAATGGAAAGTAGAAACACTCAATCTTCCATCACTTCCACACATGTCCTAAAAGGTTCTATTGGTTACCTTCCTCCAGAGTATGGTTTTGGAGTAAAGCCAACAACAACAGGAGATGTGTACAGTTTTGGAGTAACATTGTTGGAGCTTTTTACAGGGAAGAATCCAACAGATGAATATTTCACAGGAGAATTGAATTTGGTAAAATGGGTGGAGTCATGTTTTCCAGAAGATATAATGGAAGTGATTGATTTTAAGTTGTTAGAGCTTTGTGTGGATTTGGAATACGAAGGTCGAACCATTAGTTCAGGTATGCAAAAAGAATGTTTGATCAAAGTACTTGGAGTTGCACTCTCATGCACTGTAAATACTCCAGCAAACCGCATTGACATCAAAGATGCGGTTTCAAAGCTTAGAAGTGCCAAAGACAATCTTATTCGTCCTCCAAAGAAAACTGCATTACCCGACCCCGCCCTGCCTCATGGACATCTCTATAAACAAGACGCATTCCTTCAATTCTCAAAAGGAACAGATAACCATGAATGGCAAAGCCTCCATGTCCATTATCTAAAACTCATAGACATGGCTACTCCTTGTCAAATTGTTCAGTTCATTAAGGCTGTAGCTTTCTTGAACTGTGTATTTCTTTGTGTTGAGTCGACCACGCTGAGCATTGAAACTGACAAAATAGCTTTGCTTTCATTCAAATCTCGACTCGACTTATCATCATCTATCAGCTCTCTGTCTTCTTGGAACAAAAATTCATCACCCTGCAATTGGACTGGTCTCAGCTGCAGCAAATATGGCAGCAAAAGAGTAGTTGAACTTCATCTTTCTGGCTTGGGACTGTCGGGCTCAATCGATCCTCATGTTGGGAATCTCTCCTTTCTCCAATCTCTCCAACTTCAAAACAACCAATTCACAGGACCAATCCCAAAACAAATCAATAATCTTTTGCAACTCAGAGTTGTAAACTTGAGTTTCAACAACTTACAAGGGGGACTTCCCTTCAACTTCAGCGCAATGGCTAACCTTGAGATTCTTGACTTGGCCTCAAACAAAATCACAGACCGACTTCCTGAAGAGATGGGTCGTTTAACCAAACTTCAAATCTTGAACTTGGGACGAAACCAACTCCACGGCACAATTCCAGCAACCATTGGGAACATTTCTTCGCTAGTTACCATGAATTTAGGGACCAACTTTCTGAGTGGATCGATTCCGAACCAAGTGGGTCAGCTTCAAAATCTCAAGCATCTTGTGCTCCGTCTCAATGATCTCTCCGGTGTAGTTCCACCCAACGTGTTCAACAAATCATCATTACTCACTCTTGCCTTAGCTTCAAACAGACTTTGGGGAACATTTCCAGCTGACATTGGAGACAATCTCTCCAATCTTTTAGTCTTCCACTTTTGCTTCAATCAATTTACTGGAACAATCCCTCACTCAATCCACAACATGACGAAGATTCAAGTCCTGCGATTTGCTCACAATTATTTTCATGGAACACTGCCACCAGGTTTGGAAAATCTCCATGAACTTTCATATTACAATATTGGGTCAAATAAAATTGTCAGCGTGGGTGACAATGGACTTAGTTTCATAACTTCTTTGAGAAACAACTCGAATCTCAACTACTTTGCAATTGACGATAATCAGTTGGAGGGTCTAATTCCAGAAACTAATGGAAATCTTTCAAAGGATCTTTCTACATTGAACATGGGAGGGAATCGTATGTATGGCAATATACCCTCCTCAATTTCTAATTTGCGTGGCTTGTCTCTACTAAATTTGAGCGAAAACTTGTTATCAGGTGAAATCCCACCTCAAATAGGCAAGTTGGAAAAGCTACAAATGCTTGGTCTGGCCAGGAATCGATTTTCTGGTAACATCCCAAGTTCCCTGGGAAATCTTCAAAGGTTGATTCAAGTTGATTTGTCAGGAAACAGTTTAATTGGTAACATACCCACCTCTTTTGGGAACTTTGTGAATCTAATCTCGTTCGACTTGTCCAACAATATGCTGGATGGAAGCATACCCAGAGAGGCTCTCACTTTGCCTAGTTTAACCAAGGTTTTAAATCTATCCAATAACCTTTTAAGTGGATCTCTGCCGAAAGAAATTGGGTTACTAGAAAATGTTGTCGCCATCGATATCTCCAATAACCATATCTCTGGTAATATTGTTCCTTCAATCAGTGGTTGCAAAAGCTTAGAGATATTGATAATGGCTAGAAATGAATTCTCAGGTCCCATTCCGAGAACTTTAAAAGATCTTAGAGGGCTCCGACATCTTGATCTTTCCACAAACTATCTTTCAGGTTCCATTGCTAGTGAGCTTCAAAATATAGTCGGTCTTCAATATTTAAATCTCTCTTTCAATGACCTGGAGGGAGTAGTCCCTAGGGATGGAGTGTTTGAAAGCATCGACGGCGTTTATTTAGAAGGTAACCCAAAGCTTTGCTTGTATTCTTCGTGCCCAGAGAGTGGATCTAAAACTCCCAAAGTAATTAAAGTTGTTGTCTTCACAATTGTATTTTCAACACTGACACTCTGCTTTATCATTGGTATGCTGATGATCTATTTCAAGATCAGGAAAAAACCAAAGATTACACCATCATCGAGTGAATTGCTCAAAGGCCAACACGAAATGGTCTCTTATGATGAGCTCCGTTTGGCAAGCAAAAATTTCAACGAAGAAAATTTGATTGGAAAAGGAAGCTTTGGATCGGTATACAAGGGGAATTTAAAGCAAGGAATTCCCGTGGCTATCAAGGTTCTTAACATCAACCAAGTTGGTTATATAAGGAGCTTTTTGGCCGAGTGTGAAGCCTTGCGGAATGTGAGACATCGAAACCTCGTTAAACTCATCACATCATGCTCCAGCATAGACTTCTCAAACATGGAATTTCGAGCTTTGATTTACGAACTTTTAAGCAATGGAAGCTTGGATGAGTGGATTCGAGGCCAAAGAAGCCATGAAAGTGGAAGTGGGCTCAATATCCTTGACCGATTGAACATTGCCATCGATGTTGCTTCAGCAATAAATTACTTGCACCATGAATGTGAACTCCCCATAGTTCACTGTGATTTAAAGCCTAGCAACATTCTTCTAGATGAAGACATGACTGCAAAAGTAGGAGATTTCGGATTGGCTCGGTTGCTAATGGAAAGTGCAAACACTCAATCTTCCATCACTTCCACACATGTCCTAAAAGGTTCCATTGGTTACCTTCCTCCAGAGTATGGTTACGGAATAAAGCCAACAAAAGCAGGAGATGTGTACAGTTTTGGAATAACATTGTTAGAACTCTTTACAGGGAAGCATCCAACAGATGAATATTTCACAGGAGAATTGAATTTGGTGAAGTGGGTAGAGTCGTGTTTCCCAAAAGATTTGATGGAAGTGATAGATTTCAAGTTGTCAAAGCTTTGTGTGGATTTGAAGTATGAAAGTCAAATCATAAATTCAGATATGCAGAAGGATTGTTTGATCAAAACAATTGAAGTTGCGCTCTCATGTACTGTGAATTCTCCCACAAACCGCATTGACATCAAAGATGCTCTTTCAAAGCTTAAAAATGCGAAAGACAACCTTATTTGTTCTCCAAAGAAAAGAGTTACATTCAATCAAGAAGAGTTGCATGCGTGTATACAAGGCGATTCAGGTGTATACAAGGCGGTATACAACGTATTAAAAGAGCAACAAATGTTTGACCAACCACCGTAA 6303 40.19 MGAQTPLVKIATFLAILAFTTSFSFIESATLSIETDKQALISIKSGFNNLNPSNNPLSSWDNSNSSPCNWTRVTCNKDGNRVIALDLSSLQLSGSLDNHIGNLTFLHSLQLQNNLITGPIPDQISNLFRLNLLNISFNALEGGFPFNISAMAALETLDLTSNKITSTLPNELSLLTNLKVLKLAQNHLFGEIPPSFGNLSSLVTINFGTNSLTGPIPTELSRLRNLQDLIITINNLTGIVPPAIFNMSSLVTLALASNKLWGTFPRDIGDTLPNLLVFNFCFNEFTGTIPPSLHNITNIQVIRFAYNFLEGTVPPGLENLHNLTMYNIGFNKLSSGKDGLSFIDSLTKSSHLSFLAIDANNFEGRIPESIGNLSKSLSILFMGGNRLSGNIPPTIGNLNGLALLNLSYNSLSGEIPSEIGQLENLQSLVLAKNQFSGWIPNSLGNLQKLTNLDLSGNELIGGIPTSFGNFQKLLSMDLSNNKLNGSISKEAINLPASTNLNLSNNLLSGPLPEEIGSLATLFQIDLSSNLISGEIPLSIKGWASLEKLFMSRNKFSGPIPNTLGELKAIQVIDLSSNNLSGPIPDNLQNLLALQYLNLSFNDLEGEVPQGGIFESRANVSLQGNSKLCLYSSCSQSDSKHDRVVKVIIFTVVFSTLALCFITGTLIHFMRKKSKTAPSTELLKGQPEMVSYDELRLATENFSEKNLIGRGSFGSVYKANLKQGIPVAIKVLDINRTGSIRSFKAECEALRNVRHRNLVKLITSCSSIDFSNMEFRALIYELLSNGSLDEWIQGQRSHESGIGLNILERVNIVIDVASAINYLHHDCELPIVHCDLKPSNILLDADMTAKVGDFGLARLLMESRNTQSSITSTHVLKGSIGYLPPEYGFGVKPTTTGDVYSFGVTLLELFTGKNPTDEYFTGELNLVKWVESCFPEDIMEVIDFKLLELCVDLEYEGRTISSGMQKECLIKVLGVALSCTVNTPANRIDIKDAVSKLRSAKDNLIRPPKKTALPDPALPHGHLYKQDAFLQFSKGTDNHEWQSLHVHYLKLIDMATPCQIVQFIKAVAFLNCVFLCVESTTLSIETDKIALLSFKSRLDLSSSISSLSSWNKNSSPCNWTGLSCSKYGSKRVVELHLSGLGLSGSIDPHVGNLSFLQSLQLQNNQFTGPIPKQINNLLQLRVVNLSFNNLQGGLPFNFSAMANLEILDLASNKITDRLPEEMGRLTKLQILNLGRNQLHGTIPATIGNISSLVTMNLGTNFLSGSIPNQVGQLQNLKHLVLRLNDLSGVVPPNVFNKSSLLTLALASNRLWGTFPADIGDNLSNLLVFHFCFNQFTGTIPHSIHNMTKIQVLRFAHNYFHGTLPPGLENLHELSYYNIGSNKIVSVGDNGLSFITSLRNNSNLNYFAIDDNQLEGLIPETNGNLSKDLSTLNMGGNRMYGNIPSSISNLRGLSLLNLSENLLSGEIPPQIGKLEKLQMLGLARNRFSGNIPSSLGNLQRLIQVDLSGNSLIGNIPTSFGNFVNLISFDLSNNMLDGSIPREALTLPSLTKVLNLSNNLLSGSLPKEIGLLENVVAIDISNNHISGNIVPSISGCKSLEILIMARNEFSGPIPRTLKDLRGLRHLDLSTNYLSGSIASELQNIVGLQYLNLSFNDLEGVVPRDGVFESIDGVYLEGNPKLCLYSSCPESGSKTPKVIKVVVFTIVFSTLTLCFIIGMLMIYFKIRKKPKITPSSSELLKGQHEMVSYDELRLASKNFNEENLIGKGSFGSVYKGNLKQGIPVAIKVLNINQVGYIRSFLAECEALRNVRHRNLVKLITSCSSIDFSNMEFRALIYELLSNGSLDEWIRGQRSHESGSGLNILDRLNIAIDVASAINYLHHECELPIVHCDLKPSNILLDEDMTAKVGDFGLARLLMESANTQSSITSTHVLKGSIGYLPPEYGYGIKPTKAGDVYSFGITLLELFTGKHPTDEYFTGELNLVKWVESCFPKDLMEVIDFKLSKLCVDLKYESQIINSDMQKDCLIKTIEVALSCTVNSPTNRIDIKDALSKLKNAKDNLICSPKKRVTFNQEELHACIQGDSGVYKAVYNVLKEQQMFDQPP 2100
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
8 14947381 14957802 - Hsped.08g13150.1 Hepe08g1315 577287
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Hepe08g1315 2100 PANTHER OS04G0122200 PROTEIN 50 997 IPR051809 -
Hepe08g1315 2100 SUPERFAMILY RNI-like 253 611 - -
Hepe08g1315 2100 ProSitePatterns Protein kinases ATP-binding region signature. 1761 1783 IPR017441 GO:0005524(InterPro)
Hepe08g1315 2100 FunFam LRR receptor-like serine/threonine-protein kinase EFR 1392 1691 - -
Hepe08g1315 2100 SUPERFAMILY L domain-like 1426 1681 - -
Hepe08g1315 2100 SMART LRR_sd22_2 374 400 - -
Hepe08g1315 2100 SMART LRR_sd22_2 1520 1555 - -
Hepe08g1315 2100 SMART LRR_sd22_2 1224 1250 - -
Hepe08g1315 2100 SMART LRR_sd22_2 1200 1219 - -
Hepe08g1315 2100 SMART LRR_sd22_2 446 472 - -
Hepe08g1315 2100 SMART LRR_sd22_2 1424 1450 - -
Hepe08g1315 2100 SMART LRR_sd22_2 151 174 - -
Hepe08g1315 2100 SMART LRR_sd22_2 175 201 - -
Hepe08g1315 2100 SMART LRR_sd22_2 566 589 - -
Hepe08g1315 2100 ProSitePatterns Protein kinases ATP-binding region signature. 707 729 IPR017441 GO:0005524(InterPro)
Hepe08g1315 2100 Gene3D Phosphorylase Kinase; domain 1 671 781 - -
Hepe08g1315 2100 SMART serkin_6 701 1004 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 SMART serkin_6 1755 2076 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 Gene3D Phosphorylase Kinase; domain 1 1736 1835 - -
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 96 338 IPR032675 -
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 1080 1144 IPR032675 -
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 30 95 IPR032675 -
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 1145 1382 IPR032675 -
Hepe08g1315 2100 Pfam Leucine rich repeat N-terminal domain 1084 1124 IPR013210 -
Hepe08g1315 2100 Pfam Leucine rich repeat N-terminal domain 34 76 IPR013210 -
Hepe08g1315 2100 FunFam Putative leucine-rich repeat receptor-like protein kinase family protein 233 341 - -
Hepe08g1315 2100 FunFam Leucine-rich repeat receptor-like protein kinase 33 194 - -
Hepe08g1315 2100 ProSiteProfiles Protein kinase domain profile. 701 1004 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 ProSiteProfiles Leucine-rich repeat profile. 153 175 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 FunFam Putative leucine-rich repeat receptor-like serine/threonine-protein kinase 782 1009 - -
Hepe08g1315 2100 Pfam Protein tyrosine and serine/threonine kinase 1758 1972 IPR001245 GO:0004672(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 CDD STKc_IRAK 1761 2052 - -
Hepe08g1315 2100 FunFam LRR receptor-like serine/threonine-protein kinase EFR 1726 1835 - -
Hepe08g1315 2100 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1884 1896 IPR008271 GO:0004672(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 339 637 IPR032675 -
Hepe08g1315 2100 Gene3D Ribonuclease Inhibitor 1383 1687 IPR032675 -
Hepe08g1315 2100 SUPERFAMILY L domain-like 42 334 - -
Hepe08g1315 2100 FunFam Inactive leucine-rich repeat receptor-like protein kinase 344 637 - -
Hepe08g1315 2100 SUPERFAMILY Protein kinase-like (PK-like) 678 996 IPR011009 -
Hepe08g1315 2100 SUPERFAMILY Protein kinase-like (PK-like) 1729 2050 IPR011009 -
Hepe08g1315 2100 Pfam Leucine Rich Repeat 424 446 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 1549 1567 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 154 173 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 1155 1176 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 499 518 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 376 398 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 448 470 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 569 590 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 1499 1520 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 403 422 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 544 566 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 1474 1496 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 1451 1472 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine Rich Repeat 177 199 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 FunFam LRR receptor-like serine/threonine-protein kinase EFR 672 781 - -
Hepe08g1315 2100 SUPERFAMILY L domain-like 1084 1382 - -
Hepe08g1315 2100 ProSiteProfiles Protein kinase domain profile. 1755 2058 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 FunFam LRR receptor-like serine/threonine-protein kinase GSO1 1125 1391 - -
Hepe08g1315 2100 Gene3D Transferase(Phosphotransferase) domain 1 782 1008 - -
Hepe08g1315 2100 Gene3D Transferase(Phosphotransferase) domain 1 1836 2071 - -
Hepe08g1315 2100 Pfam Protein kinase domain 702 916 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 FunFam Putative leucine-rich repeat receptor-like serine/threonine-protein kinase 1836 2063 - -
Hepe08g1315 2100 Pfam Leucine rich repeat 1178 1237 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 Pfam Leucine rich repeat 1595 1654 IPR001611 GO:0005515(InterPro)
Hepe08g1315 2100 ProSitePatterns Serine/Threonine protein kinases active-site signature. 830 842 IPR008271 GO:0004672(InterPro)|GO:0006468(InterPro)
Hepe08g1315 2100 SMART LRR_typ_2 422 445 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1152 1176 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 223 247 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 446 469 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1617 1640 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1272 1296 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 175 198 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 590 615 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1224 1248 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 151 174 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 103 127 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1544 1569 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1641 1666 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1448 1472 IPR003591 -
Hepe08g1315 2100 SMART LRR_typ_2 1200 1223 IPR003591 -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Hepe02g3320 Hepe-Chr2:82794678 Hepe08g1315 Hepe-Chr8:14947381 2.49e-13 dispersed
Hepe07g1849 Hepe-Chr7:61393411 Hepe08g1315 Hepe-Chr8:14947381 2.22e-112 dispersed
Hepe08g1312 Hepe-Chr8:14893861 Hepe08g1315 Hepe-Chr8:14947381 2.75e-141 dispersed
Hepe08g1315 Hepe-Chr8:14947381 Hepe09g0555 Hepe-Chr9:5224606 1.52e-66 dispersed
Hepe08g1313 Hepe-Chr8:14919134 Hepe08g1315 Hepe-Chr8:14947381 6.89e-145 proximal
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
73067 PF00069 Pkinase 2.50E-38 CL0016 Hepe PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Hepe08g1315 - - - 0.0