Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Sed09g1631 ATGAAGATAATGGGATTATCATGGCTCCATTCACTCTTTGGTTTAACTCTTCTACTTCTTGTTCAAGCTCAAGATCAGTCAGGCTTCATTAGTTTAGACTGTGGAGCACCAGAGAGTACGAGTTACACCGAAACGACAACCGAAATTAACTACATTTCCGATGCGCCCTACATAAACAGTGGAGTAAGCAGAAGCGTAGCTTCGATTTATGGAGACACCTACCAAAGGCAAATGAAGACACTTAGAAGCTTTCCTCAAGGAATCAGAAACTGTTACAATGTCAGTGTTAAAAGGAATAACAAATACTTGATTCGGGCGAATTTCTTATATGGAAACTATGATGGCCTAAATTTGCTACCAAAGTTTGATCTTTATGTTGGGAATAGCTTATGGACGTCAATAAACATCACTAAAGTTGGCATTGATGTTATCAAAGATCTCATGCATACTGTCTCCTCCAATGAACTTCACATCTGTCTAATCAATACTGGAAATGGGGTGCCATTTATTTCAGCATTGGAATTTAGACCTTTACTGAATGTCACTTATGAAGCAGAATCAGGATCCTTATCACTCGACTACCGATTGGATGTCGGTTCGACAGAAAATGGAACATACAGATTCCCTTTCGATGTTTATGATCGAATCTGGAAACCATTTAGCTTCAATGACTGGACACAAGTGAGCACCAATCAAACTGTGGATGCTACTAGTCACAACAATCACCAACCGCCATCTGTCGTCATGCAAACGGCTTCCACCCAAATCAATTCAAGCAATCCAATAGAAATTTATTGGGATACAGTAGATTTATCTCAATATTATGTATTTATCCACATTGCTGAAGTTGTAGAGCTTCAAGCCAACCAGAGTAGAGGATTCAATGTCATGCACAATGGGAAACATTTTCATGGACCTATAATTCCAAGTTATTTGTCCACGCTGACAATTGTAAGTACATCCCCATTGGTTGCAGCAGATAGACATTCATTTACTTTCATTCCAATTGAGAATGCAACGCTTCCACCAATCGTTAATGCTTTCGAGGTATATATAGTGAAAGATATATCAGAGTTAGAAGCAGATAAAGGAGATGTGGATGCAATTACCAATATCAAGACAACCTATGGGGTAAAGAAGGATTGGCAAGGAGATCCATGTGTGCCAATGGTATATCCCTGGAGTGGATTAAATTGTAGCAATGAAGTAGCACCAAGAATCATATCCTTAAACCTATCTGCAAGTGGATTGAACGGTGAAATATCTTCTTACATATCCAATCTAGCACTGTTGCAAACTTTGGACTTGTCAAACAATAATTTGACAGGGAAAGTACCTGAATTCCTGTCTAGTTTGTCGCACCTCAAAATCCTGAACCTAGGCAACAACAAGCTCTCAGGTCAAATTCCGGCTGATCTTTTGAAAAAATCCAAGGATGGCTCACTATCATTAAATGTGGGAGGTAACGAAAATCTCGATGGATGTGCATCAGATCCATGTCCTAAGAATAAAGAGAAGAACAACATCATCATTCCAATCATAGCAGCAATTGGTGGATTCCTAGTTATACTCACAATTGCTGCAATAACCTATTGGATCATCAAATCTCGAAAGAAACAACAAAAAGGTAAAAATGTTGAATCAGTGGTGAATAAGTCAGAAAGCTACAGTCAATTGGGAACTTCATTGGAGATGAGAAGACAATTTACGTACTCTGAGGTGGTGAAAATGACCAACAATTTCAAAAAAGTTCTGGGGAAAGGTGGTTTTGGGGAGGTATACTATGGTGTCATTGACAAGATTCAAGTGGCTGTGAAGATGCTGTCTTTATCATCATCTCAAGGATATCAGCAATTTCAAGCAGAGGTCGTCCTTCTTATGAGAGTTCACCATAAAAACTTGACTAGCCTTGTTGGATATTTGAATGAAGGGCAGCACCTTGGCCTCATTTATGAGTATATGGCCAATGGAGATTTGGCAGAACACCTCTCAGGGAGGAGTCTACGTGTCTTAAGCTGGGAAGATAGACTTCGAATAGCAATGGATACGGCTCAAGGACTTGAGTACCTGCATTATGGTTGTAAGCCACCTATAGTCCACAGAGATGTGAAAACAACAAACATCTTGTTGACAGAAAATTTCCAAGGAAAACTTGCAGATTTTGGTCTTTCCAAAAGCTTTCCCATAGATGGCAACACCCATATGTCCACAGTTGTTGCTGGCTCCCCTGGCTACCTCGATCCAGAGTACTTCGAATCAAACAGGCTAACAGAGAAAAGCGACGTATACAGCTTCGGGATCGCACTACTAGAAATAATCAGTTGCAAGCCAGTGATATCAAGAACAGGGGAAACGCCGCATATAGCGACATGGGTTACCTCGTTGGTGGCGCAAGGAGACATTCAGAGCATAACCGATCCAAGATTAGCAGGAGAATACGAAACAAACTCCGTTTGGAAGACTGTGGAAGTGGCGATGAACTGTGTGGCGGCGAATCCGAGCAAAAGGCCGACGATGAGCGACGTTGTGGCGGAACTCAAGGATTGCTTGGCCACGGAATTGAGACGAAATCTTGATTCGAGAAATTTGAGGGCAATGGAATCTATAAATCTAGGGTTTGGTGGTTCTGAAACTAGTCCATCGGCGAGCTTGGATTGTGGCTTACCAGCAAATTCATCGGGCTACATCGAACCGTGGACGAAAATTAAGTATATATCAGATGAAGGCTATATAAAAACTGGTGAAACAAACATCATATCATCCGAGTCCATGCGCGACTATCAACGACAATTATGGCATCTTAGAAGCTTTCCTAAAGAAACCAGGAACTGTTACAATATAAGTGTCGTTAGCGGCGTCAAATATTTGATTCGAACGACTTTCATTTACGAAAACTATGATGGACTCGATAAATTTCCTATATTCGATCTCTACGTCGAAGATACCATGTGGAGAACCATAGATAGTAGCTTCTACATAGAGATGATACATGTGTCTTCAACAAATAAATTGCAAATTTGTCTCATCAACATTGGCCATGGAACACCATTCATCTCAGCATTAGAGCTAAGACAACTTCCTCCTGGTACTTACCCAACTGCATCTGGATCCTTGTACAACTATTATCGCTTGGATATGGGGTCAACACATAGAAAATACAGGTTCCCGGATGATGTTTACGATCGAATTTGGGACATAGACGACAGTGGTGACTATGCACAACTAACGACGACTAGCACTCTAAAGGCGGCTGACGGTTACACTAACTACTATCCAGCAGCTCTAGTCATGAAAACTGCGGCAACTCCGAAAAATGGAAGGAAGTTTCTTAATTTTTCATGGAGCTCATCTAAGGAAAGTTATGAATTTTATGTGTACATCCACTTTGCTGAACTTCAAAAGCTTCAGAGCAACCAATCCAGAGGATTTAACATCACTTATAATGGGATGTACTGGGATGGACCTATTGTTCCTAGCTACTTAGCCACAACAACCATTTATAATATCAAACCATCTGTAATGTCGTCGTTACGACATGAACTGTCCTTCTTCCCTATAAAAAATTCAACTCTTCCTCCAATTGTCAATGGCTTAGAAATTTACCGTGTGCTGGAGATCTCAGAATTAGAATCAAACAAAGGAGATGTGGATGCAGTCAGTAATATTCGGTCAACTTATGGAGTAATCAAAAATTGGGAAGGAGACCCATGTGTACCAACAGGATATCCATGGAGTGGTTTAAATTGTAGTTCTGATTCAATCCCCAGAATTATATCACTGAACTTGTCTTCTAGTGGATTGAAAGGTGAAATATCCCCACACTTGATCAATCTATCAATGTTAAAAATATTGGATCTATCAAACAATGACTTGACAGGAGAAGTACCTGAGTTTCTATCTAAGTTGTCACACCTACAAATCCTAAACTTGGAGAATAACAATCTCACAGGCTCTATTCCACCTGAGCTAATCAAAAGAAAGATGAACAGTACACTTACATTAAGCATACAAGGAAATCCAGATTTAAGTCTATGTATTTTAGAGCCATGCACTAAGGAGACAACAAAAAAGAAGAAAAGCAACAATGGTGTCATTATTCCAGTAGTAGCATCAATTGGTGGATTGCTCGCAATCCTCGTAGTTGTGGCGATTATCTATTGGCTTACTAAATCAAAAAGGAAACAAGAAGGTAAAGATGTTGTTGCTTTGGCAGTGAATAGTGCAAAGGCTAACACCCATTTAGGCAGTTCCTTGGAGAAAGAGAGACAACATCAGTTCACTTATGCTGAAGTTGTGAGGATGACCAAAACTTTTGAAAGGGTTCTTGGAAAGGGAGGTTTTGGGATGGTTTACTATGGAGTTCTAGATGACACTCAAGTGGCTGTGAAAATGATTTCTCCATCAGCAGTACAAGGCTACCATCAATTTCAAGCAGAGGTTTCAATTCTTATGAGAGTTCACCACAGAAACTTGACAAACCTTGTAGGGTATATGGATGATGGAGGTCACCTTGGCCTGGTTTATGAGTACATGGCCAATGGAAACCTAGCGGAGCATCTTTCCGCGAAAAGCTCCAACATCCTTAGTTGGGAAGATAGACTTCGAATTGCAATCGATGCAGCTCAAGGATTGGAGTATCTGCATCATGGGTGTAAGCCATCAATAGTACATAGAGATGTGAAAACAACAAACATATTGTTGACAGAAAATTTCAATGCCAAACTTTCTGATTTTGGTCTTTCCAAGACCTACCCAACAGATGACAAGACCTACATGACCACCATTATTGTTGGCACTCCAGGTTACCTCGATCCAGAGTACTATACTTCAAACAGACTAACAGAAAAAAGTGATGTGTATGGATTTGGAGTTTGCCTGATGGAACTAGTTAGTTGCAGACCAGTAATTATGAACACTCAAAACCGAGATACAAGTTACATAGCCAACTGGCTCTACACCATGTTTGCACAAGGAGATATCGAAAATATAGTTGACTCGAGATTAAATGGAGTGTATGAAACTAACTCGGTTCGGAAACTTGTGGAAGTAGCCTTGGCTTGTGTATCAGCAGACTCCATTGTAAGGCCAACCATGAATCAAGTAGTGATAGAGCTCAAGAATTGCTTGGCCATGGCGTTGAACCAGAGATCACAAAGTCGCCCACTGGATTCGAAAGACTCCATTGAAATGATGTCCATAGCTATGATTATGAATCCTACTCACTCCAGTCCCATGCCAAGCTTGGATTGTGGACAACCAGCAAATTTTAGCTACAAAGAATCAACAACAAATATCACCTATATTTCAGATGCAGCATACATAAACAGTGGAGAAAGCAAAAGCATAGACTTAAACAAAAGTAGCTATGGTGAACAGCTAGGGTACCTTAGAAGCTTTCCTGAAGGCCAAAGGAACTGCTACAACATAAATGATATCATTAGTGGCACCAAATATTTGATTCGAGCAAGCTTCTTGTATGGTAATTATGATGGCTTAAGATCTTTGCCCATCTTTCATCTCTACTTTGGAGATAGCTTGTGGAATATAGTGAATATTACGTTAGAATTATATGTGTTCAACTATGAAATCATTCATATTCCATTAGCAAACACAGTACAAATCTGCCTAATCAATGTAGAAACTGGAATACCTTTCATCTCTGCATTAGAATTTAGACCCTTGCCAAATATTACTTATCCAAATGACTTCGGATCCTTGTCGCTTTTTGGTCGATTGGATTTCGGTGCAACATCAGACATCTCATACAGGTTCCCTTATGATGTTTTTGACAGGATTTGGGATGTTTATAATAATGACAAATATTTCAGCAGATTCAATACCTCTGGTACAGTAGATGTCACTCACACAGAGAACCAACCAGCAGCAGTTGCCATGGGAACCATGTTTATCCCGAAAAATGCGAGTATACCTTTTTCTCTATCGTGGGAGTCATCGGATAAAAACACCCAGTATTATGTGTACCTTTACTTTTCTGAGCTCGTAAAGCTTCGACGCAAACAACTTCGAGCCTTCAACATCAGTCAAAATGGGAAACATTGGAAGGGACCTGTCATTCCAAGATACTTGAATACAACCACCATTTATGACATCAAACCATTGAAATTCCCAGAAACGTTTCACAACTTATCTTTTGAACGAATTGCAAATTCAACACTTCCTCCAATGCTCAATGCTGCTGAGGTTTTTACAAATATTGAGATCTCAGAACTGGAATCAGATCAAGGAGATGTGGATGCAATCAAAAAAATAAAGTCAACTTACGAGGTGATCAAAGATTGGGAAGGAGATCCATGCATCCCAAGAGCATATCCATGGAGTGGTATTGGTTGCAGCAATGAGTCAATCCCGAGAATCATATCACTGAACTTGTCATCAAGCAGTCTGGCAGGCGATATATCTCTCGACATATTCGATCTAACGGCCTTACAAACTTTGGACTTGTCAAACAATAGCTTAACAGGAAATCTACCAGATTCTTTCTCCAAATTGTCAAACCTCCAAGTCTTAAATTTGGAGAACAACAATCTCTCATGTCCAATCCCACTTGAGCTCTCAAGAAGATCCAATGAGAGTTCATTATCATTAAGTGTGAAAGGTAATCCAAATCTAGAATGCACCAACAAGGAAGATGTGGTGAAGGAGAAAAATAAAGACAAGAACAAAGTTGTGATTCCAATAGTCGCATCAGTCGGCAGCGTGTTCGTCATGGCTGTAATTGCAGGGATCGTCTTACTGATAGCGAGATCAAAAGAGAAACAACAAGTTAAGGATGTCTCAGAGATAAATCATCCAGAAACCAACCTTAACGTTGGTGGAAGTCCTTTGGAAACTACAAAACGACGGTTTACTTACTCTGAAGTTGTGAGAATGACCAACAACTTCGTGAGGATTCTCGGTCGAGGTAGTTTTGGAGCGGTTTACCACGGATTGGTTGATGATATTCAAGTGGCAGTGAAGATGCTAGCTCCATCAGCAATACAATGCCAAGATCAATTTAAAGATGAGGAATGTACTTTTCTTCTAAACGTTCACCACAGAAACTTGACAAATCTTGTCGGGTATTTGAACGAAGGAACTCACCTCGGCCTCGTTTATGAGTACATGACCAATGGGAGTTTAGCACAACGCCTTTCCGAGATCAGTTCAAGTGCCATAAGTTGGGAAAATAGACTACGATTAGCAATGGATGCAGCTCAAGGACTAGAGTATCTTCATGATGGTTGTAAGCCACCAATAGTCCATGGAAATGTGAAGCCAGCAAATATCTTGTTGACTGAAAATTTCCAAGCAAAACTTTCTGGCTTTGGTCTTTCCAAAAGCTACACATCAAATGATGAAACCAATTACCTTGACCCAGAGTACATAACATCAAACAGGTTGAGTGCAAAGAGCGATGTGTACAGCTTTGGTATAACATTGTTGGAGATAATCAGTTGCAAACCAGTGATATTAAAATCCGAAGGCGAGGATTCGGTTCATATAACTAAATGGGTTGCCATCTTGCTAGCTCAAGGTGATATTAAACACATAGTAGATCAAAACTTAAAAGGAGAATATAACATAACCTCTGTTAAGAAAGCAGTGGAAGTAGCCATGGCTTGTGTATCAGCAAACTCTAATAGAAGGCCAACAATGAGTCAAGTGCTGGCAGAACTGAAAGTTTGTTTAGCCACAGAATTGAGCCAAACGTCGGACAGTCGAGCTCTTTATTCGACCGAGTCTATTGAAATGACATCCATTTACTTGGCTTTGCCTCCTCAATCTGGTCCCATGGCTAGGTGA 7803 40.18 MKIMGLSWLHSLFGLTLLLLVQAQDQSGFISLDCGAPESTSYTETTTEINYISDAPYINSGVSRSVASIYGDTYQRQMKTLRSFPQGIRNCYNVSVKRNNKYLIRANFLYGNYDGLNLLPKFDLYVGNSLWTSINITKVGIDVIKDLMHTVSSNELHICLINTGNGVPFISALEFRPLLNVTYEAESGSLSLDYRLDVGSTENGTYRFPFDVYDRIWKPFSFNDWTQVSTNQTVDATSHNNHQPPSVVMQTASTQINSSNPIEIYWDTVDLSQYYVFIHIAEVVELQANQSRGFNVMHNGKHFHGPIIPSYLSTLTIVSTSPLVAADRHSFTFIPIENATLPPIVNAFEVYIVKDISELEADKGDVDAITNIKTTYGVKKDWQGDPCVPMVYPWSGLNCSNEVAPRIISLNLSASGLNGEISSYISNLALLQTLDLSNNNLTGKVPEFLSSLSHLKILNLGNNKLSGQIPADLLKKSKDGSLSLNVGGNENLDGCASDPCPKNKEKNNIIIPIIAAIGGFLVILTIAAITYWIIKSRKKQQKGKNVESVVNKSESYSQLGTSLEMRRQFTYSEVVKMTNNFKKVLGKGGFGEVYYGVIDKIQVAVKMLSLSSSQGYQQFQAEVVLLMRVHHKNLTSLVGYLNEGQHLGLIYEYMANGDLAEHLSGRSLRVLSWEDRLRIAMDTAQGLEYLHYGCKPPIVHRDVKTTNILLTENFQGKLADFGLSKSFPIDGNTHMSTVVAGSPGYLDPEYFESNRLTEKSDVYSFGIALLEIISCKPVISRTGETPHIATWVTSLVAQGDIQSITDPRLAGEYETNSVWKTVEVAMNCVAANPSKRPTMSDVVAELKDCLATELRRNLDSRNLRAMESINLGFGGSETSPSASLDCGLPANSSGYIEPWTKIKYISDEGYIKTGETNIISSESMRDYQRQLWHLRSFPKETRNCYNISVVSGVKYLIRTTFIYENYDGLDKFPIFDLYVEDTMWRTIDSSFYIEMIHVSSTNKLQICLINIGHGTPFISALELRQLPPGTYPTASGSLYNYYRLDMGSTHRKYRFPDDVYDRIWDIDDSGDYAQLTTTSTLKAADGYTNYYPAALVMKTAATPKNGRKFLNFSWSSSKESYEFYVYIHFAELQKLQSNQSRGFNITYNGMYWDGPIVPSYLATTTIYNIKPSVMSSLRHELSFFPIKNSTLPPIVNGLEIYRVLEISELESNKGDVDAVSNIRSTYGVIKNWEGDPCVPTGYPWSGLNCSSDSIPRIISLNLSSSGLKGEISPHLINLSMLKILDLSNNDLTGEVPEFLSKLSHLQILNLENNNLTGSIPPELIKRKMNSTLTLSIQGNPDLSLCILEPCTKETTKKKKSNNGVIIPVVASIGGLLAILVVVAIIYWLTKSKRKQEGKDVVALAVNSAKANTHLGSSLEKERQHQFTYAEVVRMTKTFERVLGKGGFGMVYYGVLDDTQVAVKMISPSAVQGYHQFQAEVSILMRVHHRNLTNLVGYMDDGGHLGLVYEYMANGNLAEHLSAKSSNILSWEDRLRIAIDAAQGLEYLHHGCKPSIVHRDVKTTNILLTENFNAKLSDFGLSKTYPTDDKTYMTTIIVGTPGYLDPEYYTSNRLTEKSDVYGFGVCLMELVSCRPVIMNTQNRDTSYIANWLYTMFAQGDIENIVDSRLNGVYETNSVRKLVEVALACVSADSIVRPTMNQVVIELKNCLAMALNQRSQSRPLDSKDSIEMMSIAMIMNPTHSSPMPSLDCGQPANFSYKESTTNITYISDAAYINSGESKSIDLNKSSYGEQLGYLRSFPEGQRNCYNINDIISGTKYLIRASFLYGNYDGLRSLPIFHLYFGDSLWNIVNITLELYVFNYEIIHIPLANTVQICLINVETGIPFISALEFRPLPNITYPNDFGSLSLFGRLDFGATSDISYRFPYDVFDRIWDVYNNDKYFSRFNTSGTVDVTHTENQPAAVAMGTMFIPKNASIPFSLSWESSDKNTQYYVYLYFSELVKLRRKQLRAFNISQNGKHWKGPVIPRYLNTTTIYDIKPLKFPETFHNLSFERIANSTLPPMLNAAEVFTNIEISELESDQGDVDAIKKIKSTYEVIKDWEGDPCIPRAYPWSGIGCSNESIPRIISLNLSSSSLAGDISLDIFDLTALQTLDLSNNSLTGNLPDSFSKLSNLQVLNLENNNLSCPIPLELSRRSNESSLSLSVKGNPNLECTNKEDVVKEKNKDKNKVVIPIVASVGSVFVMAVIAGIVLLIARSKEKQQVKDVSEINHPETNLNVGGSPLETTKRRFTYSEVVRMTNNFVRILGRGSFGAVYHGLVDDIQVAVKMLAPSAIQCQDQFKDEECTFLLNVHHRNLTNLVGYLNEGTHLGLVYEYMTNGSLAQRLSEISSSAISWENRLRLAMDAAQGLEYLHDGCKPPIVHGNVKPANILLTENFQAKLSGFGLSKSYTSNDETNYLDPEYITSNRLSAKSDVYSFGITLLEIISCKPVILKSEGEDSVHITKWVAILLAQGDIKHIVDQNLKGEYNITSVKKAVEVAMACVSANSNRRPTMSQVLAELKVCLATELSQTSDSRALYSTESIEMTSIYLALPPQSGPMAR 2600
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
9 39775066 39801218 + Sed0002652.1 Sed09g1631 726395
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Sed09g1631 2600 FunFam Leucine-rich repeat receptor-like protein kinase 552 653 - -
Sed09g1631 2600 ProSitePatterns Serine/Threonine protein kinases active-site signature. 698 710 IPR008271 GO:0004672(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 SUPERFAMILY L domain-like 2109 2203 - -
Sed09g1631 2600 SUPERFAMILY L domain-like 391 475 - -
Sed09g1631 2600 FunFam LRR receptor-like serine/threonine-protein kinase IOS1 1511 1718 - -
Sed09g1631 2600 Pfam Leucine Rich Repeat 1281 1302 IPR001611 GO:0005515(InterPro)
Sed09g1631 2600 Pfam Leucine Rich Repeat 1304 1323 IPR001611 GO:0005515(InterPro)
Sed09g1631 2600 SUPERFAMILY Protein kinase-like (PK-like) 2283 2559 IPR011009 -
Sed09g1631 2600 FunFam Lectin-domain containing receptor kinase A4.3 2375 2577 - -
Sed09g1631 2600 ProSiteProfiles Leucine-rich repeat profile. 430 452 IPR001611 GO:0005515(InterPro)
Sed09g1631 2600 ProSitePatterns Protein kinases ATP-binding region signature. 2305 2326 IPR017441 GO:0005524(InterPro)
Sed09g1631 2600 Gene3D Ribonuclease Inhibitor 2084 2223 IPR032675 -
Sed09g1631 2600 ProSiteProfiles Protein kinase domain profile. 2299 2561 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 SUPERFAMILY Protein kinase-like (PK-like) 556 846 IPR011009 -
Sed09g1631 2600 SMART serkin_6 1436 1709 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 SMART serkin_6 2299 2563 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 SMART serkin_6 579 850 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 Gene3D Transferase(Phosphotransferase) domain 1 2375 2583 - -
Sed09g1631 2600 Gene3D Transferase(Phosphotransferase) domain 1 654 867 - -
Sed09g1631 2600 Gene3D Transferase(Phosphotransferase) domain 1 1511 1729 - -
Sed09g1631 2600 Gene3D Phosphorylase Kinase; domain 1 1423 1510 - -
Sed09g1631 2600 Gene3D Phosphorylase Kinase; domain 1 566 653 - -
Sed09g1631 2600 FunFam Leucine-rich repeat receptor-like kinase 1215 1344 - -
Sed09g1631 2600 ProSiteProfiles Leucine-rich repeat profile. 2172 2193 IPR001611 GO:0005515(InterPro)
Sed09g1631 2600 Gene3D Ribonuclease Inhibitor 367 485 IPR032675 -
Sed09g1631 2600 Gene3D Ribonuclease Inhibitor 1216 1342 IPR032675 -
Sed09g1631 2600 ProSitePatterns Protein kinases ATP-binding region signature. 585 606 IPR017441 GO:0005524(InterPro)
Sed09g1631 2600 Pfam Malectin-like domain 1748 2070 IPR024788 -
Sed09g1631 2600 Pfam Malectin-like domain 32 352 IPR024788 -
Sed09g1631 2600 Pfam Malectin-like domain 884 1203 IPR024788 -
Sed09g1631 2600 ProSiteProfiles Protein kinase domain profile. 1436 1709 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 Pfam Protein tyrosine and serine/threonine kinase 1438 1704 IPR001245 GO:0004672(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 Pfam Protein tyrosine and serine/threonine kinase 2301 2559 IPR001245 GO:0004672(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 Pfam Protein tyrosine and serine/threonine kinase 581 846 IPR001245 GO:0004672(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 CDD STKc_IRAK 1442 1707 - -
Sed09g1631 2600 SMART LRR_typ_2 428 451 IPR003591 -
Sed09g1631 2600 SMART LRR_typ_2 1278 1301 IPR003591 -
Sed09g1631 2600 SMART LRR_typ_2 452 476 IPR003591 -
Sed09g1631 2600 SMART LRR_typ_2 1302 1326 IPR003591 -
Sed09g1631 2600 SMART LRR_typ_2 2170 2194 IPR003591 -
Sed09g1631 2600 SMART LRR_typ_2 2146 2169 IPR003591 -
Sed09g1631 2600 ProSitePatterns Protein kinases ATP-binding region signature. 1442 1463 IPR017441 GO:0005524(InterPro)
Sed09g1631 2600 SUPERFAMILY Protein kinase-like (PK-like) 1421 1704 IPR011009 -
Sed09g1631 2600 Pfam Leucine Rich repeats (2 copies) 431 466 IPR025875 -
Sed09g1631 2600 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1555 1567 IPR008271 GO:0004672(InterPro)|GO:0006468(InterPro)
Sed09g1631 2600 FunFam Leucine-rich repeat receptor-like kinase 364 494 - -
Sed09g1631 2600 Gene3D Phosphorylase Kinase; domain 1 2281 2374 - -
Sed09g1631 2600 FunFam Leucine-rich repeat receptor-like kinase 2083 2213 - -
Sed09g1631 2600 SUPERFAMILY L domain-like 1239 1340 - -
Sed09g1631 2600 FunFam LRR receptor-like serine/threonine-protein kinase IOS1 654 858 - -
Sed09g1631 2600 PANTHER OS07G0107800 PROTEIN-RELATED 21 854 - -
Sed09g1631 2600 Pfam Leucine rich repeat 2127 2183 IPR001611 GO:0005515(InterPro)
Sed09g1631 2600 ProSiteProfiles Protein kinase domain profile. 579 850 IPR000719 GO:0004672(InterPro)|GO:0005524(InterPro)|GO:0006468(InterPro)
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Sed05g2433 Sed-Chr5:36644941 Sed09g1631 Sed-Chr9:39775066 4.70E-207 dispersed
Sed05g2434 Sed-Chr5:36644941 Sed09g1631 Sed-Chr9:39775066 8.00E-146 dispersed
Sed06g2196 Sed-Chr6:45676882 Sed09g1631 Sed-Chr9:39775066 5.40E-211 dispersed
Sed06g2197 Sed-Chr6:45685344 Sed09g1631 Sed-Chr9:39775066 7.80E-210 dispersed
Sed07g1369 Sed-Chr7:10390163 Sed09g1631 Sed-Chr9:39775066 3.90E-201 dispersed
Sed07g1370 Sed-Chr7:10390163 Sed09g1631 Sed-Chr9:39775066 1.70E-201 dispersed
Sed07g1371 Sed-Chr7:10402239 Sed09g1631 Sed-Chr9:39775066 1.70E-297 dispersed
Sed09g0890 Sed-Chr9:29259607 Sed09g1631 Sed-Chr9:39775066 1.30E-90 dispersed
Sed09g1558 Sed-Chr9:39126845 Sed09g1631 Sed-Chr9:39775066 0.00E+00 dispersed
Sed09g1624 Sed-Chr9:39691540 Sed09g1631 Sed-Chr9:39775066 8.80E-246 dispersed
Sed09g1625 Sed-Chr9:39699358 Sed09g1631 Sed-Chr9:39775066 3.40E-160 dispersed
Sed09g1626 Sed-Chr9:39717346 Sed09g1631 Sed-Chr9:39775066 3.90E-158 dispersed
Sed09g1631 Sed-Chr9:39775066 Sed14g0568 Sed-Chr14:5681470 4.00E-68 dispersed
Sed09g1630 Sed-Chr9:39760669 Sed09g1631 Sed-Chr9:39775066 3.60E-263 tandem
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
79790 PF12819 Malectin_like 2.30E-96 CL0202 Sed PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Sed09g1631 - - - 0.0