Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pste9g01613 GCATTTCAGACGAAAACTCATGAAATTGTCTTCAGCCCCTCTAACTAAATTAGCTTCTTCACTTTTAAACTCCACGTACACACTTCAAACCCGAAAAACTGAATCACCCAGATGGAACTATTCACCCCATCTTCATGTCTTACATTGTTATTTCACTCTTTTTTTATCTTATTCTTCCTCCTTAACCATGCAAAGTCTCAGTCTCAGCTGCAAGATATAGAACATGCAACTTTACTGAAGATAAAGAAATACCTTGAAAACCCATCGTCACTCAGTCACTGGACCCCATCAAACTTCTCTCACTGCTCATGGCCAGAGATAACATGCACCAATGGCTCAGTCACTGGATTAACTTTGTCCAACAGAAGCCTAACTCAAACCATACCTTCTTTCATGTGTGACCTCAAAAACCTCACCCATGTTGATTTCTACAATAATTTCATTCCTGGGGAGTTCTCAACATCTCTCTACAATTGCTCCAAGTTGGAGTACCTGGACCTGTCCATGAACAACTTAGTTGGTAGCATACCGCATGACATTGATAGCTTCTCTAATTTGAAGTATCTGAACCTTGGTTACAGCAACTTATCTGGTGACATTCCTGCTAGCATTGGAAGGCTAAAGGAACTCAAAAATCTTCTACTTCCATGCTGTCTATTCAATGGAACCTTCCCTACTGAGATTGGCAACTTGTCCAATCTTGAAATCTTGGACTTGTCCTATAACACCGTGTTCCCTCCTTCTAGGTTGCACGAGGATTGGACCCGGTTGAACAAGTTGAAGGAATTTTATATGTTCGATTCCAACTTGGTTGGGGAGATCCCAGCAACCATTGGAAACATGGTGGCGTTGGAGAAATTGGATCTATCACAAAACGGTTTGAGTGGACCCATTCCAGCCCGTCTGTTCATGCTGCAGAATCTGAGCGTAATGCTTCTTTGGAGAAACAAACTTTCTGGGGAAATACCTGATGTGGTTGAAGCATTGAATTTGACCATCATTGATCTCTCACGAAATGTTATCTCAGGAAAAATACCAGATGGTTTTGGAAAGCTCCTAAAGTTAACAGGTTTGGCTTTGTCTCTGAATAAGTTGCATGGGGAGATACCAAAAAGCATAGCTCTTCTTCCATCTCTGGTAGATTTTAAAGTATTTTCCAACAATTTATCAGGTACTCTTCCTCCTGACTTTGGCCGCTACTCGATGCTTGAAACCTTTATGATTTCAACTAATAGTTTTAGTGGAAAGCTACCAGATAACTTATGCTATCATGGTAAACTGCTTAATATATCTGTCTATGAAAATTATCTGAGTGGGGAGTTGCCACAATCACTTGGGAATTGTAGTAGCCTGATGGATCTTAAAATCCATAGCAACGAGTTTACAGGTAGAATTCCTAGTGGTCTTTGGACTTTCAACATGTCAAATTTCCTTGTGAGCCATAATAAGTTCACTGGTAAGCTTCCCGAGAGATTGCCCTCAAGTATTTCACGCTTGGAGATAGATTACAATCAGTTTTATGGTGGGATTCCAGTTGGGGTATCTTCCTGGACTAATGTGGTAGTGTTTAAAGCCAGTAAGAACTACATTAACGGAACTATTCCTAAAGAGTTAACAGCTCTCCCCAAGCTAACAACTCTATTGCTTGATCAGAACCAGCTCACAGGGCCACTTCCATCAGATATAATATCATGGAAGTCCCTAAATAATCTAAATTTGAGCCATAACCAACTCTCTGGAAAAATCCCAGAGGTGATTGGTCGGTTACCTGTTCTCACTCAGCTTGACCTGTCAGAAAACCAATTCTCAGGTCAAATTCCTTCTATGTTCCCCAGACTCACAAATCTCAACCTATCCTCCAATTATTTGACAGGGAGGGTTCCTAGTGAATTTGAAAATGTTGCTTATGCCACCAGCTTTTTGGACAATTCTGGCCTCTGTGCTGATACACCAGCACTGAACCTCAGGTTGTGCAATTCTAGCCCTCAAAGGCAAAGCAAGGACTCACCTTGGTCTCTTTCTTTGATTATAAGCCTTGTGGCAGTGGCCTGCTTATTGGCTTTGTTGACATCCTTCTTAGTCATAAGATTTTACAGAAAAAGAAAACGAGGATTGGATAGCTCATGGAAGCTCATTTCCTTCCAAAGGCTGAGTTTCACTGAATCAAACATAGTGTCATCATTGACAGAAAATAATATCATTGGCAGTGGCGGCTATGGTGCAGTATACCGTGTTGCAGTTGATGGTTTAGGCTATGTTGCTGTGAAGAAGATCTGGGAAAACAAGAAGTTAGACAAGAATCTTGAAAGCTCATTTCATACTGAAGTTAAGATATTGAGCAACATTCGTCACAGAAACATTGTGAAGTTGATGTGCTGTATCTCTAACGAGAACTCTATGCTCCTTGTCTATGAATATGTGGAAAACCGTAGCCTTGACAGGTGGTTGCACAGGAAGAATAAGCCATCAGCTGTCTCAGGTTCAGTTCATCATGTTGTCCTTGATTGGCCAAAGAGATTGCATATAGCCATTGGAGCTGCTCAAGGTTTGAGCTACATGCATCATGATTGCTCACCACCTATTGTTCATCGAGATGTGAAAACAAGCAACATTCTTTTGGATGCTCGATTCAATGCAAAAGTTGCTGATTTTGGTCTAGCTAGGATGTTGATGAATACAGGCGAACTTGCCACCATGTCAGCTGTTATTGGTTCGTTTGGCTATATGGCTCCAGAATATGTTCAAACAACTCGAGTCAGTGAAAAGATTGATGTCTTCAGCTTTGGGGTAATCCTAATGGAATTGACAACTGGTAAAGAAGCTAACTATGGTGATGAGTATTCATCTCTTGCAGAGTGGGCATGGCGCCACCAGCAGTTAGGAAGCGACATAGAAGAGCTACTAGACAAAGAAGTCATGGAAACCAGCTACTTGGATGGAATGTGTAAGGTATTCAAACTCGGGATCATGTGTACTGCAACACTTCCTTCTAGTAGACCTTCCATGAAGGAGGTTGTACAAGTATTGCTTTCTTGTGAAGATTCATTTTCTAAAGGAGAGAGTAATATTGGCTACTACGATGATGTTCCCCTTCTTAAAAATTCAAAAAGAGAGCATAAAAACAACTCAGACAACAAGATGAAAAAATTTACCACATCATGTCTCCAAATGCCAATTCTCCCTCTTCTCTTCTTCTTTCTCAGCTATGCAAACTCTCAGCAGTCTCACTCTTTGCTGTATGATCAAGAACATGCAGTCCTACAGAAGATAAAGCAATACCTGCATAATCCATCGTTCCTCCATCACTGGACCCCATCAGACTCTTCACATTGCTCTTGGCCTGAGATCAGCTGCACCAATGGTTCTGTCACTTCACTGATTATGTCTAACACCAACATCACTCAAACACTGCCACCTTTCCTGTGTGACCTCCCAAACCTCACCCGTATTGATTTTCAGTGGAATTTCATTCCTGGGGAGTTCCCAACATCTTTCTACAACTGCTCCAAGCTTGAGTACCTTGACCTCTCACAGAACTACTTTGTTGGTAGGATTCCTGATGACATTTACCACTTGTCTGGCCTGCGTTTTCTTAACCTTGGTGGCAACAACTTCTCTGGTGATATTCCTGCAAGCATTGGGAGGTTGAAGGAGCTCAGAAATCTTCAACTTTATCAGTGTCTTTTCAATGGTACTTTCCCTGCTGAAATTGGCAACTTGTCCTACCTTGAGTCCTTGCTTGTATTCTCAAACCACATGCTCCCTCCCACAAGCTTGCCATCAAGCTTGACTCAGTTGAGCAATTTGAAGATCTTTTATATGTATGAATCCAACTTGGTAGGGGAAATTCCTGAAACCATTGGACACATGGTGGCATTAGAGGAATTGGATTTATCAAAAAATGGTTTAAGTGGGAAAATTCCAAATGGTGTATTCATGCTGAAAAATCTAAGCAAACTATATCTTTATAGTAACAACCTTTCTGGGGAGATACCTGGAGTGGTTGAATCATTCAACTTGACAGAACTTGATCTTTCAAAGAATATTCTTGGTGGGAAAATACCAGATGCTTTGGGAAGGCTCAATAGCTTAACATACTTTTGTTTGTCTATGAATCAGTTGTCTGGGAAGGTACCAGAAAGCATTGGTCGTCTGCCAGCTCTGACTGACTTTGTTGTTTTTTTCAACGATTTATCAGGTGCTCTTCCTCGAGACTTCGGTCGGTTCTCAAAGCTTGAAACGTTTCAGGTTTCATCAAATAATTTTTCTGGAAAGTTACCACAGAACTTGTGCTACAATGGAAGGTTAGTTGGTTTAACTGCTTTTAGCAATAACCTGAGTGGGGAGTTGCCAGAATCTTTAGGAAATTGCAGTAGCCTGCAATATATGAGGGTTGAAAACAATAGGCTTTCTGGCAACATTCCTAGCGGTCTATGGACATCTGCAAATCTGTCAACATTTATGATAAATGAAAACATGTTCACTGGTCAGCTTCCAGAAATATTGTCTTGGAATCTTTCAGTCCTGGCCATTAGCTACAATCAATTTTCTGGTAGAATTCCACTTGGATTACCTTCCTGTAAGAATGTCGTGGTGTTCAATGCCAGTAACAACCTCTTCAATGGTAGTATTCCATTGGAGCTAACATCTCTCCCGCAGCTAACAACTCTTCTTCTTGATCATAACCAGTTCACAGGACCAGTTCCGTCAGATATTATATCATGGAAGTCCCTAATAACTCTAGATTTGAGCCACAATCAACTCTCTGGAGAAATCCCCCTCACAATTGCTCACTTGCCTGCCCTTAATATTTTGGATTTGTCAGAAAATAGAATATCTGGCCAAATTCCACTTCAACTAGCCATTGCGAGATTCACCAATCTCAATCTGTCATCCAATCATTTGACAGGAAAGATTCCACGTGAATTTGAAAATCTTGTGTATGCTCGCAGCTTTTTGAACAATTCCGGTCTCTGTGCTGATACTGCAGTACTAAACCTTATCTTGTGCAATTCTATGCCTCAAAGGTCCAGAAATGAAAGAAGATCTGCATCTCATGCTATACTCATAAGCCTGGTGGTAGCAGCCTCCTTACTTGCTTTGTTGTCATCATTCTTGTTGATCAGAGTTTACAGAAAAAGAAAGCAAGAATTGAAAAGGTTATCATGGAAGCTCACTTCCTTTCAGAGGCTAAGTTTCACTAAAACAAATATTGTGTCCTCAATCTCAGAACACAATATCATTGGCAGTGGTGGCTATGGTGCAGTATATCGTGTTGCTATCGATGATTTAAGCTATGTTGCAGTGAAAAAGATATGGAGTAACAAAAAGTTAGAGGAAAAGCTTGTAAGTTCATTTCTTGCTGAGGTTGAAATACTGAGCAATATTCGTCATAACAACATTGTGAAGTTGCTATGCTCCATCTCCAATGAGGATTCTCTGCTCCTTGTGTATGAATATCTGGAAAACCATAGCCTTGACAGGTGGCTGCACAAGAAAAGTAAGCCAGCAGTGTCTGGTTCAGTCCTTGATTGGCCAAAGAGATTGCATATAGCCATCGGAGCAGCACAAGGTTTGTGCTACATGCATCATGACTGCTTACCACCTGTTGTTCATCGAGATGTGAAAACAAGTAACATTCTGTTGGATTCTCAATTCAATGCAAAAGTTGCTGATTTTGGTTTAGCTAAGATGTTGATGAAGCCAGAAGAACTTGCTACCATGTCAGCTGTGGCTGGCACATTTGGCTATATTGCTCCAGAATATGCTCAAACAACAAGAGTCAATGAGAAGATAGACGTCTATAGTTTTGGAGTTGTCCTATTGGAACTGACAACAGGAAAAGAAGCTAAGCATGGAGATGAATATTCATCTCTTGCCGAATGGGCGTGGCGCCATGTTGAGATAGGAACTGATGTAGAAGACATTTTGGATGAAGAAATTAAGGAAGCATGTTGCATGGATGAAATGTGCAACATTTTCAAACTTGGGATTATGTGCACTGCAACACTACCTGCTAGTAGACCTTCCATGAAGGAAGTCCTGAAAATATTGCTCACCTGCAGCAATCCATTTACCAATGTAGAGAAGAATGCTGGTTTCTATGATTCTGTTCCACTTCTTAAGAATTCAAAATGGGAAAAACAGGTGGAATATTATACTGATGATGATTGATGATAGCTAGGTAGTTTGCATCCCAGTTTGAGTATCCTGTCTGATAATAATACGGAAAGGTAACAAACTATATCAAAAGGGTTAGTCTAGAAGTCAGAATAGAAAACAATGAAACTCAGAGTATAGCTACCGTATAATTAGATAGAGTAGACAATAAATCGGCTCAGATAAGCTGAAGTTATAAGCAGGGGATTACTTGTAACTGAAGTGCATTGCTAAGCGAATGGCAACTAAGCTTAGTTATATTGAAGGGGAAAATGTCTTTCCTTTTCTTGGTTTTGTTTCTATCCTAGTGTAAAATGGTTTTGGGTTTTCTGTTAACAGGATCCCAAATATAAACTAAGCTAACAAGGCAAAAAGC 6535 0.405 MELFTPSSCLTLLFHSFFILFFLLNHAKSQSQLQDIEHATLLKIKKYLENPSSLSHWTPSNFSHCSWPEITCTNGSVTGLTLSNRSLTQTIPSFMCDLKNLTHVDFYNNFIPGEFSTSLYNCSKLEYLDLSMNNLVGSIPHDIDSFSNLKYLNLGYSNLSGDIPASIGRLKELKNLLLPCCLFNGTFPTEIGNLSNLEILDLSYNTVFPPSRLHEDWTRLNKLKEFYMFDSNLVGEIPATIGNMVALEKLDLSQNGLSGPIPARLFMLQNLSVMLLWRNKLSGEIPDVVEALNLTIIDLSRNVISGKIPDGFGKLLKLTGLALSLNKLHGEIPKSIALLPSLVDFKVFSNNLSGTLPPDFGRYSMLETFMISTNSFSGKLPDNLCYHGKLLNISVYENYLSGELPQSLGNCSSLMDLKIHSNEFTGRIPSGLWTFNMSNFLVSHNKFTGKLPERLPSSISRLEIDYNQFYGGIPVGVSSWTNVVVFKASKNYINGTIPKELTALPKLTTLLLDQNQLTGPLPSDIISWKSLNNLNLSHNQLSGKIPEVIGRLPVLTQLDLSENQFSGQIPSMFPRLTNLNLSSNYLTGRVPSEFENVAYATSFLDNSGLCADTPALNLRLCNSSPQRQSKDSPWSLSLIISLVAVACLLALLTSFLVIRFYRKRKRGLDSSWKLISFQRLSFTESNIVSSLTENNIIGSGGYGAVYRVAVDGLGYVAVKKIWENKKLDKNLESSFHTEVKILSNIRHRNIVKLMCCISNENSMLLVYEYVENRSLDRWLHRKNKPSAVSGSVHHVVLDWPKRLHIAIGAAQGLSYMHHDCSPPIVHRDVKTSNILLDARFNAKVADFGLARMLMNTGELATMSAVIGSFGYMAPEYVQTTRVSEKIDVFSFGVILMELTTGKEANYGDEYSSLAEWAWRHQQLGSDIEELLDKEVMETSYLDGMCKVFKLGIMCTATLPSSRPSMKEVVQVLLSCEDSFSKGESNIGYYDDVPLLKNSKREHKNNSDNKMKKFTTSCLQMPILPLLFFFLSYANSQQSHSLLYDQEHAVLQKIKQYLHNPSFLHHWTPSDSSHCSWPEISCTNGSVTSLIMSNTNITQTLPPFLCDLPNLTRIDFQWNFIPGEFPTSFYNCSKLEYLDLSQNYFVGRIPDDIYHLSGLRFLNLGGNNFSGDIPASIGRLKELRNLQLYQCLFNGTFPAEIGNLSYLESLLVFSNHMLPPTSLPSSLTQLSNLKIFYMYESNLVGEIPETIGHMVALEELDLSKNGLSGKIPNGVFMLKNLSKLYLYSNNLSGEIPGVVESFNLTELDLSKNILGGKIPDALGRLNSLTYFCLSMNQLSGKVPESIGRLPALTDFVVFFNDLSGALPRDFGRFSKLETFQVSSNNFSGKLPQNLCYNGRLVGLTAFSNNLSGELPESLGNCSSLQYMRVENNRLSGNIPSGLWTSANLSTFMINENMFTGQLPEILSWNLSVLAISYNQFSGRIPLGLPSCKNVVVFNASNNLFNGSIPLELTSLPQLTTLLLDHNQFTGPVPSDIISWKSLITLDLSHNQLSGEIPLTIAHLPALNILDLSENRISGQIPLQLAIARFTNLNLSSNHLTGKIPREFENLVYARSFLNNSGLCADTAVLNLILCNSMPQRSRNERRSASHAILISLVVAASLLALLSSFLLIRVYRKRKQELKRLSWKLTSFQRLSFTKTNIVSSISEHNIIGSGGYGAVYRVAIDDLSYVAVKKIWSNKKLEEKLVSSFLAEVEILSNIRHNNIVKLLCSISNEDSLLLVYEYLENHSLDRWLHKKSKPAVSGSVLDWPKRLHIAIGAAQGLCYMHHDCLPPVVHRDVKTSNILLDSQFNAKVADFGLAKMLMKPEELATMSAVAGTFGYIAPEYAQTTRVNEKIDVYSFGVVLLELTTGKEAKHGDEYSSLAEWAWRHVEIGTDVEDILDEEIKEACCMDEMCNIFKLGIMCTATLPASRPSMKEVLKILLTCSNPFTNVEKNAGFYDSVPLLKNSKWEKQVEYYTDDD 2020
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pste9g01613 2020 SUPERFAMILY L domain-like 1051 1385 - -
Pste9g01613 2020 FunFam Receptor-like protein kinase HSL1 1685 1783 - -
Pste9g01613 2020 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 15 967 - -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 1042 1219 IPR032675 -
Pste9g01613 2020 SUPERFAMILY RNI-like 293 595 - -
Pste9g01613 2020 ProSitePatterns Protein kinases ATP-binding region signature. 697 720 IPR017441 GO:0005524
Pste9g01613 2020 SUPERFAMILY Protein kinase-like (PK-like) 1694 1982 IPR011009 -
Pste9g01613 2020 CDD STKc_IRAK 697 972 - -
Pste9g01613 2020 Pfam Protein kinase domain 1707 1979 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 Pfam Protein kinase domain 693 970 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 FunFam Receptor-like protein kinase HSL1 isoform A 1043 1194 - -
Pste9g01613 2020 ProSitePatterns Protein kinases ATP-binding region signature. 1711 1734 IPR017441 GO:0005524
Pste9g01613 2020 ProSitePatterns Serine/Threonine protein kinases active-site signature. 824 836 IPR008271 GO:0004672|GO:0006468
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 1355 1629 IPR032675 -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 85 210 IPR032675 -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 26 84 IPR032675 -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 211 389 IPR032675 -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 1220 1354 IPR032675 -
Pste9g01613 2020 FunFam Putative leucine-rich repeat receptor-like protein kinase family protein 190 290 - -
Pste9g01613 2020 ProSiteProfiles Protein kinase domain profile. 691 979 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 ProSiteProfiles Protein kinase domain profile. 1705 1989 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 FunFam Receptor-like protein kinase HSL1 isoform A 298 621 - -
Pste9g01613 2020 Pfam Leucine Rich Repeat 1302 1323 IPR001611 GO:0005515
Pste9g01613 2020 Pfam Leucine Rich Repeat 1591 1609 IPR001611 GO:0005515
Pste9g01613 2020 SUPERFAMILY L domain-like 43 377 - -
Pste9g01613 2020 Gene3D Transferase(Phosphotransferase) domain 1 770 989 - -
Pste9g01613 2020 Gene3D Transferase(Phosphotransferase) domain 1 1784 1997 - -
Pste9g01613 2020 FunFam Kinase family with leucine-rich repeat domain-containing protein 1784 1996 - -
Pste9g01613 2020 SMART serkin_6 1705 1989 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 SMART serkin_6 691 941 IPR000719 GO:0004672|GO:0005524|GO:0006468
Pste9g01613 2020 FunFam Receptor-like protein kinase HSL1 isoform A 34 185 - -
Pste9g01613 2020 SUPERFAMILY RNI-like 1301 1612 - -
Pste9g01613 2020 Pfam Leucine rich repeat N-terminal domain 39 72 IPR013210 -
Pste9g01613 2020 Pfam Leucine rich repeat N-terminal domain 1045 1081 IPR013210 -
Pste9g01613 2020 ProSiteProfiles Leucine-rich repeat profile. 530 552 IPR001611 GO:0005515
Pste9g01613 2020 Gene3D Phosphorylase Kinase; domain 1 1688 1783 - -
Pste9g01613 2020 SMART LRR_sd22_2 244 273 - -
Pste9g01613 2020 SMART LRR_sd22_2 1107 1139 - -
Pste9g01613 2020 SMART LRR_sd22_2 1253 1282 - -
Pste9g01613 2020 SMART LRR_sd22_2 98 130 - -
Pste9g01613 2020 SMART LRR_typ_2 1514 1538 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 552 576 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 194 220 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 244 268 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 1253 1277 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 1562 1586 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 504 528 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 1155 1179 IPR003591 -
Pste9g01613 2020 SMART LRR_typ_2 1324 1348 IPR003591 -
Pste9g01613 2020 FunFam LRR receptor-like serine/threonine-protein kinase GSO1 1395 1636 - -
Pste9g01613 2020 FunFam Kinase family with leucine-rich repeat domain-containing protein 673 769 - -
Pste9g01613 2020 Pfam Leucine rich repeat 1108 1168 IPR001611 GO:0005515
Pste9g01613 2020 Gene3D Phosphorylase Kinase; domain 1 668 769 - -
Pste9g01613 2020 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1833 1845 IPR008271 GO:0004672|GO:0006468
Pste9g01613 2020 FunFam Kinase family with leucine-rich repeat domain-containing protein 770 987 - -
Pste9g01613 2020 Gene3D Ribonuclease Inhibitor 390 630 IPR032675 -
Pste9g01613 2020 SUPERFAMILY Protein kinase-like (PK-like) 684 972 IPR011009 -
Pste9g01613 2020 FunFam Putative leucine-rich repeat receptor-like protein kinase family protein 1199 1297 - -
Pste9g01613 2020 FunFam Leucine-rich repeat receptor-like protein kinase PXL1 1298 1393 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pste9g01613 Pste-Chr9 16505317 16513957 Dispersed/Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Pste9g01613 31 995 Receptor kinase-like Gene Family AT5G25930 51.179 0.0 931
       

Transcription factors information

Select Regulatory Factors Family Gene Hmm_acc Hmm_name E_value Clan
PK RLK-Pelle_LRR-XI-1 Pste9g01613 Pkinase 1.5e-47 CL0016