Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pste9g01053 TCCCTTCTTGGATTCAACAGTCTTCCCAATACTGCAGAAATAAAGTGCATAGAGACAGAGAGAGAAGCACTCCTCAACTTCAAACAAGGCCTCATAGATGACTATGACATGCTGATGATGAGAATAACAGAGATTGTTGCAAATGGAAAGGCATTCATTGCAACAATGAAACTGGCCATAGGTGCAATCAATATCACTTCGTTGGTTCCCTTGCAAAATATTCAACATTTGGATCTCAGCTATAATTCTTTTATTGGGAATGACATCACAGAACTCATGGGTTCGTTTACCCACTTAATATATCTCAACCTCTCATCCTCTTATTTTGGTGGGAGCATTCCTTGTGAACTTGGAAAGCTTACACATTTAAAATACCTGGATCTAAGTAACAATATTTATCTCCATGGACAAATCCCTCATCAACTTGGAAACCTTACACATTTAAGGTATCTAGATCTAGGTGATAATGATCTGCAAGGGGAACTCCCTTGTCAACTTGGAAACCTTACACATTTAAGGTATCTAGATCTAAGTTATAATCATCTGCATGGGGAACTCCCTTGTCAACTTGGAAACCTCTCACAGTTGAGGTATCTTAGTCTCCAACGAAATTCATTTTCAGGAGCATTGCCTTTCCAGGTTGGGAATCTTCCTCTGTTGCACACTCTTAAACTTGCAGACAATTTTGATGTCGAATCTAAGCAAGCTTTTACCAAACCTAAGAGAGTTGAAACTATAATGAACTCTCTTGAAACTCTTGACCTCTCTGGTAACAAACTGCAGGGCGACATTCCATCTTTCTTTGGTAACATCTGCACATTGGAGAGGTTAGACCTGTCACGTAACAAGTTGAATGGGAGATTTTCTAGTTTGTTTGATAATTCTTCATGGTGCAACAGACACATATTTAAGAGTTTGGATTTATCTTATAACCGGATTACTGGTAAGCTGTCTAAAACCATTGGAATTTTATCTGAGTTGGAGCAACTTTATTTGGATGCAAATCTTTTGGAGGGTGATGTCACTGAATCACACCTTTCTAATTTTTCCAAATTAGAATCCTTATACTTATCTGACAACTCTTTGTCTCTAAAATTTGTCCCTGGGTGGGTTCTCCCTTTCCCATTACAATCATTGGGACTAAGATCTTGCAAGTTGGGTCCAAGTTTTCCTAGTTGGCTCCAGACTCAACACTCCATATATTCTCTGGATATTTCTGATAACAGGATTAATGATTCGATACCAGAATGGTTTTGGAACAACTTGAGAATTGTGCATTTGAACATGTCACACAACAATCTCATAGTTCCATCATTTTTGCTACAAGCTTGGGAGCTGAAGCTGTCTGAAAATATACTTTCCGATTGGTTTTCGTTCTCGTGTGACCAAAACATAGTTGCAAACCTGGCCATTTTAGATTTATCAAAAAATCAAATAAAGGGACAACTTCCAGATTGTTGGAAATCAGTGGATTCATTATTGATTCTTGATCTAAGCCACAATAATCTGTCAGGGAAGATTCCAATGTCAATGAGCACCCTTGTTAATTTGAGAGCGTTGGTTTTAAAAAACAATAATTTAATGGGTGAATTGGCTTCTTTGAAGAATTGCAGCAATTTAATTATGCTGGATGTGGCTGAAAATATGTTATCCGGTCCAATACCATCATGGATTGGAGAAAGTATGCAGCAATTGATAATCTTGAATATGCGACGCAATTACTTCTCTGGAAATCTTCCTAATCATCTTTGCCATTTGAAGCACATTCAATTGCTTGATCTTTCATGGAATAAGTTATCAAAGGGAATTCCAACATGCTTAAAAAATTTTACTGCAATGTCTGAAAAGAGCATCAACAGAAGTGATGTTGTAAATCGTGTGAATTGGTTCAATCTTACTTACTATGTGGTTTACAGTTTCATTCCTGGTGATTATACGTTTGACATAACATGGATGTGGAAAGGTGTGGAACAGGTGTTCAAAAATCCAGAATATTTACTCAAGAGCATTGATCTCTCAAATAATATTTTAACAGGTGAAATACCGAAGGAGATTGGATATTTGTTTGGATTAGATTCTTTGAATTTATCAAGAAACAATCTGACAGGAGAAATTCCTTCAGAGATGGGAAGTTTAAGGTCACTAGATTTTCTTGACTTATCAAGAAATCATTTGACTGGGCAAATTCCTACATCTCTATCTGAAATTGATGGTCTGGGCAAATTAGACTTGTCACACAACTCTCTTTCTGGAAGAATCCCATCAGGAAGACATTTTGAAACCTATGAAGCCTCTTGTTTCGAAGGAAATGATGATCTTTGTGGGGAACAACTTAACAAAAGTTGTCCTGGGGATGAAGATCAGAGAACAGTGAAGCCTGCAGCAGTGAATGGTTATGATTGTGATTGTGGTTTTTATGAAGCACTGTACATGAGCTTGGGAATAGGATTCTTCACTGGATTTTGGAGCTTATTAGGGACAATACTTGTTTGGCGTCCTTGCAGAAATGCTTACTTAATTGAATGTGGTAAAGCCTTGCTGTTGGCTCCAATGCAAGACAGAAAGGCTAGGTACACACTTATCTGGGATGAAAGCTTTCTTCGGTTGTGCATGCTTAGATTTGTGATATATCTAAAAATGAAAGACAATCAGGTGTTCCTAGTTAAGGGCCTAGCTACTACTATATTTACAGTTCTTGTGTTTGCCAATATTCCCTACCATGGCATTAAAATTTGCATCAAAAGAGTTACGATCCGTTCTTGGAATCAACCGCCTCCCAGTACTGCAGACATTAAGTGCATAGACACAGAAAGACAAGCACTTCTCAACTTCAAACAGACTCTTATGGATTACTATGGCATGTTGTGTACATGGGGCAACGATGACAATAACAGAGACTGTTGCAAATGGAAAGGCATTCAAAGCAACAATGAAACTGGCCATGTACACATGCTTCATCTTCCTGGTAAGGATACACAGTATTTGACAGATGCAGTCAATATCACTTCATTGATTCCCTTGCAAAATATTGATCATTTGGATCTCAGTTATAATGATTTTCGAAGGAGTCACATCCCAGAAATCATGGGTTCTTTTACCCACTTAATATATCTCCATCTCTCATATTCTTATTTTGGTGGGAGCATTCCTTTACGGGTGATAGCTTCAAAAGAAACAAAGTGCATAGAGAAGGAGAGACGAGCACTCCTCAACTTCAAGCAAGACATCATAGCTGACTCTGCTGGCATGCTGTCTAAATGGAGGGATGATGGCAATAATAGAGATTGTTGCAAATGGAAATTCATTCAATGCTATAATCAAAGTGGTCATGTACGCATGCTTCATCGCCCTGGTGGTCAAGGTATACATTTTTTGAAAGGTGTAATCACTATCACTTCATTGATTCACTTGCAAAATATTGAACATTTGGATCTCAGTTATCATTATTTTCAAGGGAGTCACATCCCTGAATCCATGGACTCATTCACCCACCTAAGATATCTCAATCTTTCAAATTCTGATTTTGGTGGGACCATTCCTTATGAACTTGGAAAGCTTACACATTTAAGGTATTTGGATCTAAGTAAGAATCATCTCCATGGTAAAATCCCTTATCAATTTGGAAATTTTATATATTTACAGTTTCTTGATCGAAGTTATAATGATCTCCATGGAGAACTCCCTTATCACCTTGGAAATCTCTCACAACTAAGATATCTTGATCTTACTAGAAATTCATTTTCTGGAGCACTTCCTTTCCAGGTTGGGAAACTTCCTTTATTGCACACTCTTAGACTTGCTGGCAATTTTGATGTTAAATCTAAGGAAGCAGAGTGGTTGTCTAATCTTCATTCCTTGACAAATCTTCACTTGTATTCTTTTTATAATCTTGCCTCGTCTCATAACTGGATACAAATGATCAATAAGCTTTTATCAAACTTAAGAGAGTTGAGGTTAGTTGATTGTTCTCTTTCAGATACCGATCTTCAATCTCTCTTTTATTCACCTTCAAACTTTTCGACTTCTCTTACCATCCTTGATCTTTCTTCTAATATGTTGACATCCTCCAGATTTCATATGTTGTTGAACTTCAGTCTTAATCTTCAGGGGCTTTATCATTTTGATAATAACATTGTTTTGTCATCTCCTCTCACCCCAAACTTTCCTTCTCTTGTTATCCTTGATCTTACTTTTAATAATATGACTTCATCAATCTTTCAAGGTGGTTTCAACTTCAGCTCAAAACTTCAAATTCTTACTTTACAAAGTTGCATTCCAGATGAATTTCGGAAAGTAATGAATTCTCTTCAAGAGCTTGACCTCTCTCATAACAAGTTGAATGGGGAAATTTCTAGATTGTTTCATAATTCATTATGGTGCAACAAACAAATATTTCACAGTTTGGGCTTATCTTATAACCAAATTACTGGTAAGGTACCTAATAGCATTGGGTTGCTATCTGAGCTAGAGAATCTTTCCTTAGAAGGAAATTCTTTGGAAGGTGATATCACCGAATCACATCTTTCTAATTTTTCAAAATTAGAATACTTATACTTAGCAGAGAACTCTTTGTCTCTAAAATTTTCTACTAGTTGGTTTCCTCCTTTCCAACTAGGAGTCTTGAGCGTAAGATCTTGCAAGTTAGGCCCCACTTTTCCTACTTGGCTTCAGTCTCAAACGGGTAATTTTTCAGATATGTTTTCATTTTTATGTGAGCAACGCACAGCTCCAAATTTGGGCACATTAGATTTATCAAACAATAAATTAAAGGGACAAATCCCAGATTGTTGGAAATACGTGGAGCCATTAATGTTTCTTGATTTAAGCAACAATAAATTGTCAGGGAAGATTCCTATGTCCATGGGCTCCCATGTTAATTTGGAATCTTTGGTTTTAGTAAACAATAGGTTAATGGGTGAATTGCCTTCTACATTGAAAAATTGCAGCAAATTAATCATGTTGGATGTGGGCGAAAATGTTTTGTCTGGTACAATACCTGACTATGTGCTTTACATAATGTTCATGTGGAAAGGTGTGGAACATGGCTTCAAGGATCCAGAGTTAAAGCTTAAAAGCATTGATCTTTCAAGTAATAGTTTAATGGGTGAAATACCAAAAGAGGTTGGATATTTGCTTGGCTTAGTTTCTTTGAATCTATCAAGAAACATTTTAAGTGGAGAAATTCCTTCTGGAATTGGAGATTTAATTTTACTAGATTCCCTTGACTTATCCAGAAATCATATCAGTGGGAGAATTCCTTCTTCTATTGCTCAAATTGATGGTTTGGGAAAATTAGATTTGTCACACAACTCTCTTTCAGGAAGAATTCCATCAGGAAGACATTTTGAAACGTATGATGCCTCTAGTTTCGAAGGAAATATTGATCTTTGTGGTGAAGAAGTTAACAAAACTTGTCCTGGGGATGAAGATGAGACAAGAGTTTTTCAGCCTGAACAACCAGCAGTGCAGCGTGATGATCATGTTTTTTATGAGGCATTATACATGAGCTTGGGGATTGGTTATTTCACCGGATTTTGGTGCTTATTAGGTTCCATACTTCTTTGGCGTCCTTGGAGAAATGCTTACATGAGCTCATTATGGTTTACTCCAAACATGATTGTCTTTGCATTAGAAAATGAAACCGACCATTTGGCACTCATAAAATTCAAGGAATTTATATCTGACGATCCAGATGGAATCTTACTTTCTTGGAATACTTCTACTCACTTCTGTAACTGGTATGGAATCATATGCAATCACATGAATCAAAGGGTTACAGAGTTGAACTTAGAAGGATACAAGTTGAAGGGATACCTATCCACCAGCATAGGCAATCTCTCTTACGTGAGAAACTTGAACCTCGGAGACAACAACTTCTATGGAAAAATTCCACAAGAACTAGGACGATTGTCACAATTGCAGCAACTTTCTTTGGGAAACAACTCGTTTGTCGGAAAAATTCCTACAAATTTGTCAGGTTGTCCTCATCTTAAAAGTTTACTCTTAGGTGGAAACAAATTGGTTGGTAAAATACCAACCGAAATTGGCTCACTTTTGAAGCTTCAATTTTTGGCTCTTTTTAAAAACCATTTAGTGGGAGGAATCTCGTCATTCATAGGGAATCTTTCATCCATAACTGATCTCTCAGTGTCTAAGAACAACTTAGAAGGAGGTATTCCGCAAGAAATATGTCATCTCAAAAGTTTGTCATTTTTTTCATTGGGTGTCAACAACTTGACTGGAACATTTCCTTCTTGTCTTTATAATATGTCATCTCTTACTACAATTGCAGCTCCACAAAATCACTTTAGTGGCTCTCTTCCAGCCAACATGTTTCTCACTCTTCCTAATCTTCAACAACTTGAAATTGGTCAAAATCAATTCTCAGGTCACATCCCACCTTCAATCACAAATGCATCTACCATTTCCCTACTTGATATCAGTGAAAACTATTTCATTGGACAAGTTCCAAGTCTAGGCACTCTACAAGATCTTTATTTCCTCAATTTGGGTGAGAACAATCTAGGTAACAATTTGACTAATGATTTGGAGTTTTTAGACTCTTTGACAAATTCTACAAAGTTGAAAATATTAGCTATACCCTATAATAATTTCGGAGGTCATTTGTCAAATTCTTTGGGCAATTTATCCACCCAACTCAGTCAACTATATCTTGGATATAATCATATATCAGGAGAAATCCCTGAGACAATAGGTAATCTAATTGGCTTAACTCTATTGTCCATATACTATAACAATATTGAAGGGGTTATCCCAACAACTTTTGGAAAGTTTCAAAAGATGCAAATGTTAGGCTTAAATGGAAACAAGTTGTCAGGAGAGATAGGAGCTTTCATAGGAATCATACCGTTAGATATTTTTTCTCTTTCAACTCTAACATATGCATTGGATGTGTCACGAAACTCATTGAGTGGTAGTATACCAGAAGAAGTGGGCAACCTAAAAAATCTAGGTTTGCTAGATATCTCTGAGAATAATCTTTCTGGTGACATTCCTACAACAATCGGAGAATGCATAATGTTGGAGTACATTTACTTGCAAGGAAATTCTTTACAAGGAGTCATACCATCCTCATTGGGATCACTTAAAGGTCTTCAACGTTTGGACCTGTCACGAAACCGCTTGTCTGGATCAATTCCTTATGTTCTACAAAATATTTCTTTGTTAGAATATTTCAATATATCTTTTAACATGTTGGATGGGGAGGTACCAGCTAAAGGTGTCTTTCAAAATGTAAGTGGGATAGTGGTGACAGGAAATGATAAGCTATGTGGAGGTATTTTCAAGCTTCATTTACCACCATGTCCTATCAAAGGTATAAAACAAGCAAAACACCAAAAGTTAAGGTTGGTAGTAGTAATTGTTAGTATTGTTGTTTTCCTTCTTACATTGTCAATTATTCTAACTATCTGTTGGAAGAGGAAAAAAAGTAAGAAATCATATATGGATTCACCTACAATTGAACAATTGTCTAAAGTTTCATACCATAGCCTACATAATGGAACCAATGGGTTCTCAACTTCAAACTTGATAGGGTGTGGAAATTTTAGCTCTGTCTACAAAGGAACTCTTGAGTTGAAAGACAAAGTTGTTGCCATAAAGGTCCTAAAGCTTCAAAGAAAAGGAGCACACAAGAGTTTCATTGTTGAATGCAATGCACTAAAAAATATTAAGCACAGAAATCTAGTCCAAATGTTGACATGTTGTTCTAGCATAGATTACAAAGGTCAAGAATTTAAAGCTCTAATTTTTGAATATATGAAAAATGGAAGTTTAGAGCACTGGTTGCATCCTCATACACTAAATCCAGAGCATCCAAGAACATTGAGCCTCCATAAAAGATTAAATATCATAATTGATATTGCTTCTGCACTGCATTATCTTCATTATGAATGTGACCAATCGATCATTCATTGTGATTTAAAGCCAAGTAATGTCCTTCTTGATGATGACATGATTGCTCATGTTAGTGATTTTGGCATTTCAAGACTCATCTCAACCATCAACAGTACCTTTTCTAAACAAACCAGTACAATTGGAATAAAAGGGACCATTGGTTATGCTCCTCCAGAGTATGGAGTAGGATCCGAGGTATCTATTAATGGTGATGTTTATAGCTTTGGAATTCTTGTGATGGAAATTCTTACTGGAAAAAGACCCACAGATGAAATCTTTGAAAATGATCAAAATTTACATATCTTTGTGGAAAAGTCACTTCCTGATAATCTTTTACATATTTTGGACCCTTCACTTGTACCAAAACATGGAGAAGAAACAATAGAAGAAGAAACTAGTCGGAATCTTAGTCCAAGAGTTGAAAAGTGCTTAGTTTCACTCTTTAAAGTCGGACTTGCTTGTTCAATAAAGTTGCCAAAAGAAAGACTCAATATGGGGGAGGTCACTAAAGAACTAAGCAAAATCAAAGATTCCTTTCTTGTT 8460 0.3639 SLLGFNSLPNTAEIKCIETEREALLNFKQGLIDDYDMLMMRITEIVANGKAFIATMKLAIGAINITSLVPLQNIQHLDLSYNSFIGNDITELMGSFTHLIYLNLSSSYFGGSIPCELGKLTHLKYLDLSNNIYLHGQIPHQLGNLTHLRYLDLGDNDLQGELPCQLGNLTHLRYLDLSYNHLHGELPCQLGNLSQLRYLSLQRNSFSGALPFQVGNLPLLHTLKLADNFDVESKQAFTKPKRVETIMNSLETLDLSGNKLQGDIPSFFGNICTLERLDLSRNKLNGRFSSLFDNSSWCNRHIFKSLDLSYNRITGKLSKTIGILSELEQLYLDANLLEGDVTESHLSNFSKLESLYLSDNSLSLKFVPGWVLPFPLQSLGLRSCKLGPSFPSWLQTQHSIYSLDISDNRINDSIPEWFWNNLRIVHLNMSHNNLIVPSFLLQAWELKLSENILSDWFSFSCDQNIVANLAILDLSKNQIKGQLPDCWKSVDSLLILDLSHNNLSGKIPMSMSTLVNLRALVLKNNNLMGELASLKNCSNLIMLDVAENMLSGPIPSWIGESMQQLIILNMRRNYFSGNLPNHLCHLKHIQLLDLSWNKLSKGIPTCLKNFTAMSEKSINRSDVVNRVNWFNLTYYVVYSFIPGDYTFDITWMWKGVEQVFKNPEYLLKSIDLSNNILTGEIPKEIGYLFGLDSLNLSRNNLTGEIPSEMGSLRSLDFLDLSRNHLTGQIPTSLSEIDGLGKLDLSHNSLSGRIPSGRHFETYEASCFEGNDDLCGEQLNKSCPGDEDQRTVKPAAVNGYDCDCGFYEALYMSLGIGFFTGFWSLLGTILVWRPCRNAYLIECGKALLLAPMQDRKARYTLIWDESFLRLCMLRFVIYLKMKDNQVFLVKGLATTIFTVLVFANIPYHGIKICIKRVTIRSWNQPPPSTADIKCIDTERQALLNFKQTLMDYYGMLCTWGNDDNNRDCCKWKGIQSNNETGHVHMLHLPGKDTQYLTDAVNITSLIPLQNIDHLDLSYNDFRRSHIPEIMGSFTHLIYLHLSYSYFGGSIPLRVIASKETKCIEKERRALLNFKQDIIADSAGMLSKWRDDGNNRDCCKWKFIQCYNQSGHVRMLHRPGGQGIHFLKGVITITSLIHLQNIEHLDLSYHYFQGSHIPESMDSFTHLRYLNLSNSDFGGTIPYELGKLTHLRYLDLSKNHLHGKIPYQFGNFIYLQFLDRSYNDLHGELPYHLGNLSQLRYLDLTRNSFSGALPFQVGKLPLLHTLRLAGNFDVKSKEAEWLSNLHSLTNLHLYSFYNLASSHNWIQMINKLLSNLRELRLVDCSLSDTDLQSLFYSPSNFSTSLTILDLSSNMLTSSRFHMLLNFSLNLQGLYHFDNNIVLSSPLTPNFPSLVILDLTFNNMTSSIFQGGFNFSSKLQILTLQSCIPDEFRKVMNSLQELDLSHNKLNGEISRLFHNSLWCNKQIFHSLGLSYNQITGKVPNSIGLLSELENLSLEGNSLEGDITESHLSNFSKLEYLYLAENSLSLKFSTSWFPPFQLGVLSVRSCKLGPTFPTWLQSQTGNFSDMFSFLCEQRTAPNLGTLDLSNNKLKGQIPDCWKYVEPLMFLDLSNNKLSGKIPMSMGSHVNLESLVLVNNRLMGELPSTLKNCSKLIMLDVGENVLSGTIPDYVLYIMFMWKGVEHGFKDPELKLKSIDLSSNSLMGEIPKEVGYLLGLVSLNLSRNILSGEIPSGIGDLILLDSLDLSRNHISGRIPSSIAQIDGLGKLDLSHNSLSGRIPSGRHFETYDASSFEGNIDLCGEEVNKTCPGDEDETRVFQPEQPAVQRDDHVFYEALYMSLGIGYFTGFWCLLGSILLWRPWRNAYMSSLWFTPNMIVFALENETDHLALIKFKEFISDDPDGILLSWNTSTHFCNWYGIICNHMNQRVTELNLEGYKLKGYLSTSIGNLSYVRNLNLGDNNFYGKIPQELGRLSQLQQLSLGNNSFVGKIPTNLSGCPHLKSLLLGGNKLVGKIPTEIGSLLKLQFLALFKNHLVGGISSFIGNLSSITDLSVSKNNLEGGIPQEICHLKSLSFFSLGVNNLTGTFPSCLYNMSSLTTIAAPQNHFSGSLPANMFLTLPNLQQLEIGQNQFSGHIPPSITNASTISLLDISENYFIGQVPSLGTLQDLYFLNLGENNLGNNLTNDLEFLDSLTNSTKLKILAIPYNNFGGHLSNSLGNLSTQLSQLYLGYNHISGEIPETIGNLIGLTLLSIYYNNIEGVIPTTFGKFQKMQMLGLNGNKLSGEIGAFIGIIPLDIFSLSTLTYALDVSRNSLSGSIPEEVGNLKNLGLLDISENNLSGDIPTTIGECIMLEYIYLQGNSLQGVIPSSLGSLKGLQRLDLSRNRLSGSIPYVLQNISLLEYFNISFNMLDGEVPAKGVFQNVSGIVVTGNDKLCGGIFKLHLPPCPIKGIKQAKHQKLRLVVVIVSIVVFLLTLSIILTICWKRKKSKKSYMDSPTIEQLSKVSYHSLHNGTNGFSTSNLIGCGNFSSVYKGTLELKDKVVAIKVLKLQRKGAHKSFIVECNALKNIKHRNLVQMLTCCSSIDYKGQEFKALIFEYMKNGSLEHWLHPHTLNPEHPRTLSLHKRLNIIIDIASALHYLHYECDQSIIHCDLKPSNVLLDDDMIAHVSDFGISRLISTINSTFSKQTSTIGIKGTIGYAPPEYGVGSEVSINGDVYSFGILVMEILTGKRPTDEIFENDQNLHIFVEKSLPDNLLHILDPSLVPKHGEETIEEETSRNLSPRVEKCLVSLFKVGLACSIKLPKERLNMGEVTKELSKIKDSFLV 2820
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pste9g01053 2820 FunFam LRR receptor-like serine/threonine-protein kinase GSO1 2283 2445 - -
Pste9g01053 2820 SMART serkin_6 2512 2819 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01053 2820 Gene3D Phosphorylase Kinase; domain 1 2493 2593 - -
Pste9g01053 2820 SMART LRR_typ_2 688 711 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 2369 2392 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1007 1032 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 71 98 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 466 489 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 169 192 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1433 1456 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 2241 2264 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1186 1209 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 193 217 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 712 736 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 247 270 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 349 374 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 586 609 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 2115 2139 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 145 168 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1341 1363 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 2321 2345 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1234 1258 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1711 1735 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1970 1994 IPR003591 -
Pste9g01053 2820 SMART LRR_typ_2 1388 1408 IPR003591 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 450 791 IPR032675 -
Pste9g01053 2820 SUPERFAMILY L domain-like 1082 1451 - -
Pste9g01053 2820 Gene3D Transferase(Phosphotransferase) domain 1 2594 2818 - -
Pste9g01053 2820 Pfam Leucine rich repeat 2219 2278 IPR001611 GO:0005515
Pste9g01053 2820 Pfam Leucine rich repeat 2348 2406 IPR001611 GO:0005515
Pste9g01053 2820 Pfam Leucine rich repeat 1577 1637 IPR001611 GO:0005515
Pste9g01053 2820 Pfam Leucine rich repeat 122 182 IPR001611 GO:0005515
Pste9g01053 2820 Pfam Leucine rich repeat 468 527 IPR001611 GO:0005515
Pste9g01053 2820 Pfam Leucine rich repeat 667 725 IPR001611 GO:0005515
Pste9g01053 2820 SUPERFAMILY L domain-like 1415 1554 - -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1465 1560 IPR032675 -
Pste9g01053 2820 ProSiteProfiles Leucine-rich repeat profile. 249 271 IPR001611 GO:0005515
Pste9g01053 2820 FunFam LRR receptor-like serine/threonine-protein kinase EFR 2482 2593 - -
Pste9g01053 2820 SUPERFAMILY L domain-like 1552 1798 - -
Pste9g01053 2820 CDD STKc_IRAK 2518 2814 - -
Pste9g01053 2820 ProSiteProfiles Protein kinase domain profile. 2512 2819 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01053 2820 FunFam LRR receptor-like serine/threonine-protein kinase GSO1 1570 1809 - -
Pste9g01053 2820 SUPERFAMILY L domain-like 441 775 - -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 135 243 IPR032675 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1061 1226 IPR032675 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1939 2176 IPR032675 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1875 1938 IPR032675 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 2177 2450 IPR032675 -
Pste9g01053 2820 PANTHER OS10G0469600 PROTEIN 1162 1269 - -
Pste9g01053 2820 Coils Coil 2820 2820 - -
Pste9g01053 2820 FunFam LRR receptor-like serine/threonine-protein kinase ERECTA 2190 2282 - -
Pste9g01053 2820 SUPERFAMILY L domain-like 67 447 - -
Pste9g01053 2820 ProSitePatterns Protein kinases ATP-binding region signature. 2518 2541 IPR017441 GO:0005524
Pste9g01053 2820 ProSiteProfiles Leucine-rich repeat profile. 1435 1457 IPR001611 GO:0005515
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1227 1464 IPR032675 -
Pste9g01053 2820 SUPERFAMILY L domain-like 2176 2432 - -
Pste9g01053 2820 ProSitePatterns Serine/Threonine protein kinases active-site signature. 2643 2655 IPR008271 GO:0004672|GO:0006468
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 296 449 IPR032675 -
Pste9g01053 2820 FunFam Piriformospora indica-insensitive protein 2 138 234 - -
Pste9g01053 2820 FunFam Nuclear pore complex protein NUP107 1062 1218 - -
Pste9g01053 2820 Pfam Leucine rich repeat N-terminal domain 1064 1104 IPR013210 -
Pste9g01053 2820 Pfam Leucine rich repeat N-terminal domain 935 973 IPR013210 -
Pste9g01053 2820 Pfam Leucine rich repeat N-terminal domain 19 34 IPR013210 -
Pste9g01053 2820 Pfam Leucine rich repeat N-terminal domain 1880 1919 IPR013210 -
Pste9g01053 2820 FunFam LRR receptor-like serine/threonine-protein kinase GSO1 1919 2189 - -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 932 1055 IPR032675 -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 15 134 IPR032675 -
Pste9g01053 2820 SUPERFAMILY Protein kinase-like (PK-like) 2486 2811 IPR011009 -
Pste9g01053 2820 FunFam Putative leucine-rich repeat receptor-like serine/threonine-protein kinase 2594 2820 - -
Pste9g01053 2820 SUPERFAMILY L domain-like 1879 2175 - -
Pste9g01053 2820 SUPERFAMILY L domain-like 933 1051 - -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 244 295 IPR032675 -
Pste9g01053 2820 Pfam Protein tyrosine and serine/threonine kinase 2515 2739 IPR001245 GO:0004672|GO:0006468
Pste9g01053 2820 FunFam Tyrosine-sulfated glycopeptide receptor 1 641 787 - -
Pste9g01053 2820 Gene3D Ribonuclease Inhibitor 1561 1808 IPR032675 -
Pste9g01053 2820 SMART LRR_sd22_2 120 147 - -
Pste9g01053 2820 SMART LRR_sd22_2 2115 2141 - -
Pste9g01053 2820 SMART LRR_sd22_2 2369 2395 - -
Pste9g01053 2820 SMART LRR_sd22_2 1624 1650 - -
Pste9g01053 2820 SMART LRR_sd22_2 2217 2243 - -
Pste9g01053 2820 SMART LRR_sd22_2 1186 1201 - -
Pste9g01053 2820 SMART LRR_sd22_2 466 492 - -
Pste9g01053 2820 SMART LRR_sd22_2 1340 1366 - -
Pste9g01053 2820 SMART LRR_sd22_2 1486 1513 - -
Pste9g01053 2820 SMART LRR_sd22_2 1970 1993 - -
Pste9g01053 2820 SMART LRR_sd22_2 1433 1448 - -
Pste9g01053 2820 SMART LRR_sd22_2 247 273 - -
Pste9g01053 2820 SMART LRR_sd22_2 712 738 - -
Pste9g01053 2820 SMART LRR_sd22_2 324 351 - -
Pste9g01053 2820 SMART LRR_sd22_2 586 612 - -
Pste9g01053 2820 SMART LRR_sd22_2 169 195 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pste9g01053 Pste-Chr9 7410670 7437594 Dispersed/Proximal
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Pste9g01053 277 775 Receptor kinase-like Gene Family AT3G47570 26.609 4.53e-33 139
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
PK RLK-Pelle_LRR-XII-1 Pste9g01053 PK_Tyr_Ser-Thr 1.3e-39 CL0016