Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lsi07g00627 ATGTACCAAGTAGGAGTTTCAAAACTTCAAAGCCTTTTGCTGCTAGATCCTGGTGGCAATTTGTTTGGAGCTTTGAAGAATCTATTTTATTGCTTGAATCTAAGTAACAATGGGTTAACTGGCCAAGTACCTTCGGAGCTAGCGAGTCTGATCAAGCTAGAGGAGTTGGATATATCTCACAATAATTTGACTGGAAGTCTTAGTGTTCTTGGTGAACTTAGTTCATCGTTAATGGACCTTGACATTTCAGATAATTTATTCAGAGGTTCTGTGCCACAAACATTAATGAATCTTCTGAATCCTTCATCATTCGGTGGTAACCCTGGACTGTGCATCAGCTGTAATGATCTAGATTGCTTAAGTTGGAATAGAAGTAGCAGTATCAAACTTTGTGCAAGTCATTCAAGCTCTCGTCTTAGCAATATACAAGTTGCGACGTTGTCTCTCTGTTCTTCACTCCTTATTGTTCTTTTGCTTATTGGATTGGTTTATATGTTGGTTTATAGGAGAAGAAAAAAGCAAAACATTGCGACATCTGCTGAAGTAGGAACAACTTCCTTGCTTGACAAGGTAATGGAGGCCACTAATAATCTAGATGAGCGTTTCATCATTGGGAGAGGAGCACATGGGGTTGTTTATAAGGCTACCTTGGATTCAAATACAACTTTTGCAGTTAAGAAGCTTACATTTGCAGGACTAAAAGGGGGAAGCCAGAAAGACTATTGGTTTGGAAACGACCATGGTCTATTGCTTTACAAATACGAGCCAAATGGGAGCCTTTATGATGTGTTGCACGAGATGAATGATTCAGCTGTAACTCTAACATGGAAAGTCCGTCATAATATAGCCACCGGTATTGCTCATGGATTGGCATATCTGCATTACGATTGTGATCCACCTATAATACACCGAGACATAAAGCCGCAGAATATACTTATAGATTCGGAGATGGAACCTCATATTGCTGATTTTGGTCTTGCAAAGCTGCTGGATCAGAGTTGTGCATCAACAACTTCAACTTGTTTTGCGGGTACAATTGGAGAATGCATTTTCAGCAGCAAAGAGAAAAGCTTCAGATGTGTACAGTTGTGGGGTGGTTTTACTGGAGCTGATAACCGGAAGAAGCCATCAGATGCATTATTTATGGAGAAGGAGAGTATGATAAGTTGGGTTAGGTGGATTTGGAAGGAAAGTGTAGGAGAAATAGAGAGAATAGTTGATCCAAGGCTCGTGGAAGAAGCTGTTCGCAGTAATAATCGTAAGGAGCATATTAAGGAGATGATTATGATAGCTTTAAGATGCACAGAAAATGATCCTAACAAGAGACCTGCAATGCGAGATGTTGTGAACCAGTTGATTGATGACTTTCCACGTACATCAATTAGAGACAAAATAGATTTTGTGGGCTTCGTTGTTATGCCGCTTCTTTCCCGCCATTTCTTCCTACTGGTATGCTTCTCTTTCCCTTTCTGTGTCGTTTTTGGTTTAAGCTCAGATGGGTTGGCTTTATTGTCGCTCCAAAGCCGCTGGACTACCCACACCCCTTTTGTCCCTGTTTGGAATGCTTCTGATTCCACCCCCTGTTCTTGGGCTGGGATTGAATGTGATCAAAACCTTCGTGTCATCACCTTCAACCTCTCTTACTATGGGGTTTCGGGTCAGCTTGGACCCGAAATTGCACGTTTGACCCACTTGCGTACCATTGATTTGACAACCAACGCTTTCTCTGGTGAAATTCCTTTTGGGATAGGTAACTGCAGTCATTTAGAGTTCTTGGATCTCTCCCTCAACCAATTTGGTGGAGAAATTCCTCAGTCATTAACGCTCCTTAAGAACTTGACGTTTTTGAACTTCCATGGCAATGTTCTAACTGGTGCAATACCCGACTCCTTATTTCAAAATCTTAATTTGCAGTATGTGTATCTTAGTGAAAACAATCTCAACGGTTCCATCCCTTCAAATGTGGGGAGTTTGAGGCAAGTAATTCATTTGTATCTGTATGGAAATCAGTTGTCTGGTACCATTCCTTCTTCCATAGGGAATTGTAGTCAATTGGAGGATCTTTATTTGGATCAGAATCAGTTAGTGGGAATATTGCCTCATAGTCTTAACAATCTTGATAATCTTGTTAATCTGGGTGTAAGCCGCAACAATCTTGAGGGTCCAATTCCTTTGGGTTCAGGCAGTTGCCAGAGTCTAGAATTTGTAGATTTGTCTTTCAATGGTTACACAGGAGGTATACCAGCTGGGTTAGGCAACTGTAATCGCCTAACAACCTTAATCATTGTCAATTCAAGTCTAACAGGTCATATTCCTTCCTCCTTTGGCCAGCTAAGCAACCTTTCGCATCTTGATCTCTCTAAAAATCAACTGTCTGGTAATATACCTCCTGAATTTGGGGCTTGCAAATCCTTGAAAGAACTGGATTTGTACGTCAACCAGCTTGAGGGACATATCCCTAGTGAATTGGGTTTGCTAGGTGGATTAGAGACTCTTCAATTGTTTTCAAACCGGTTGACTGGTGAGATTCCAATCAGCATCTGGAAGATTGCAAGTCTCCAACATATTCTTGTGTACGACAACAACCTTTCTGGGGAACTGCCCTTGATAATAACTGAACTCAAGCACCTTGAAAACATTTCTGTGTTCGACAACCATTTTTCTGGAGTCATACCTCAAAGTTTGGGACTCAACAGTAGCTTAGTGCAAGTGGAGTTTACCAATAATCAGTTCACTGGTCAAATTCCACCTAATTTATGCTCTGGAAAGACATTAAGGGTGTTAAACTTAGGTTTGAATCAATTTCAAGGAAACGTACCTTCCGATATAGGAACTTGTTTGACTCTTCAGAGATTGATTTTGAAAAAGAATAATCTAACAGGGGTTCTGCCGGAATTTATGAGAAATCACAATCTTCGATTTATGGATGCCAGTGAAAATAACCTCAATGGATCAATTCCCTCAAGTTTGGAAAATTGCATCAATCTCACCTCAATTAATTTTTCCAGCAACAAACTTACAGGCCTTATACCTAATGGGTTGGGAAATCTTGTGAATCTTCAAAGTTTGAGTTTGTCTCACAACTTCTTGGAAGGACCTTTGCCATCTTCCCTCTCAAATTGTACCAAACTGGATAAGTTTGACGTAGGATTCAATTTATTGAATGGTTCTGTACCTCGTAGTTTGGCCAGCTGGAAAGTCATATCCACGTTGATAATAAAAGAGAATCGATTTAGTGGAGGCATCCCCAGTGTATTATCAGAACTTGAAAGCCTTTCACTGCTAGATCTTGGTGGCAATTTGTTTGGAGGAGAAATCCCCTCATCTATTGGAGCTTTGAAGAATCTGTTTTATTCCCTGAATCTTAGTAACAATGGGTTAAGTGGCCAACTACCTTCTGAGCTAGCAAGTCTGGTCATGCTACAGGAATTAGATATATCTCACAATAATTTGACTGGCAGTTTAACTGTTCTTGGCGAACTAAGTTCAACGTTAGTTGAGCTTAACATTTCAGATAATTTCTTCACGGGTCCTGTGCCACAAACATTAATGAAGTTACTGAATTCTCATCCCTCTTCGTTCTTTGGAAACCCTGGGCTGTGCATTAGCTGTGATGAAGTAGATGGCTTAACTTGCAATAGAAATAACAGTATCAATCCTTGTGCTACTCATTCAAACTCGCGTGGTAGCTCTCGTCTTGGCAATGTACAGATTGCAATGATAGCTCTCGGATCTTCACTCTTTATTATTCTTTTGCTTCTTGGGTTGGTTTATAAGTTTGTCTATAGCAGAAGAAACAAGCAAAACATTGAGACTGCTGCTGAAGTAGGAACAGTTTCCTTGCTTGACAAGGTAATGGAGGCCACTGATAATCTAGATGAGCGTTTTGTCATTGGGAGAGGAGCACATGGAGTTGTTTATAAGGCCTGCCTGGATTCAAATAAAACATTTGCAGTAAAGAAGCTTACATTTGTAGGACGTAAAGGGGGAAGTCAGAATATGGTTAAAGAAATTAGAACTGTTGGCAACATCAAGCACCGAAACTTGATCACCTTGGAAGACTTTTGGTTGGGAAAAGACCATGGTCTCTTGCTTTACAGATACTATCCGAATGGGAGCCTTTATGATGTGTTGCATGAGATAAATCCAGCTCCAGCTCTGACATGGAAACTCCGCTATAATATAGCAATCGGTATTGCTCATGGATTGGCGTATCTCCATTACGATTGTGATCCTCCCATAATACACCGAGACATCAAACCGCAGAATATACTTCTAGATTCAGAGATGGAACCTCATATCGCCGATTTTGGTCTTGCAAAGCTGTTGGATCAAACTTCTGAATCAGCAACTTCATCTTCTTTTGCGGGTACAATTGGCTACATTGCACCAGAGAATGCATTTTCAGCAGCAAAGAGCAAAGCCTCAGATGTGTACAGTTATGGGGTGGTTTTACTCGAGCTTGTAACGGGAAAGAAGCCATCAGATCCATCATTTATGGAGGTCGGGAATATCATGGCTTGGATTCGGTTGGTTTGGAACAAGACAGATGAAATAGATAGAATTGTTGATCCAAGACTTGTGGAAGAACTTATTAATTTTGATCATAGGGAGCAGATGAAGCAGGTGCTTCTTCTGGCTTTGAGATGCACAGAAAAAGAGCCTAACAAGAGACCTACAATGAGAGATATTGTCGACCACTTGATTGATTCAAAGATGAGTCATTACAGATATCATATTAGTCCATATAATTTGTTTTGTATTGTTCTGGCTATAAGAAGTAAATTTTATATGTTGTACTTGAGTTGTAAATGTTCAGGGATGATTGATGTGGGCCAACCGCTGGACTACCGATCCCCTTTTGTCCCTTTCTGGAATGCCTCTGATTCCACTCCCTGTTCTTGGGTTGGGATTGAGTGTGATCAAAACCTTCGTGTCATCACCTTCAATCTCTCTCATTATGCCATTTCGGGTCAGCTTGGACCCGAAATTGCACGTTTGACCCATTTGCGTACCATTGATTTGACCACCAACGCTTTCTCTGGTGAAATTCCTTATGGGATAGGTAACTGCAGCCATTTAGAGTTCTTGGATCTCTCCCTCAACAAATTTTCTGGAGAAATTCCTCAGTCGTTAACGCTCCTTAGGAACTTGAGGTTTTTGAACTTCCATTACAATGTTCTAACTGGTGCAATACCCGACTCCTTATTTCAAAATCTTAATTTGCAGTATGTGTATCTTAGTCAAAACAATCTCAACGGTTCTATCCCTTCAAATGTGGGGAATTTGAGTCAAGTAATTCATTTGTATCTGTATGGAAATCAGTTGTCTGGTACCATTCCTTCTTCTATAGGGAATTATAGTCAATTGGAGCATCTTTATTTGGATCAGAATCAGTTAGTGGGAATATTGCCCAATAGTCTTAACAATCTTGATAATCTTGTTAATCTGGGTGTAAGCCGCAACAATCTTGAGGGTCCAATTCCTCTGGGTTCAGGCAGTTGCCAGACTTTAGAATTTATAGATTTGTCTTTCAATGATTATACAGGAGGAATACCAGCTGGGCTAGGCAACTGTAGTCGCCTAACAACCTTAATCATTGTCAATTCAAGTCTAACAGGTCATATTCCTTCCTCCTTTGGCCAGCTAAGTAACCTTTCGCATCTTGATCTCTCTAAAAATCAACTGTCTGGTAATATACCTCCTGAATTTGGGGCTTGCAAATCCTTGAAGGAACTGAATTTGTACGTCAACCAACTTGAGGGACATATCCCTACTGAATTGGGTTTGCTAAGTGGTTTAGAGACCCTTCAATTGTTTTCGAATCGGTTGATGGGTGAGATTCCAATTAGCATCTGGAAGATTGCAAGTCTCCAACATATTCTTGTGTACGACAATAACCTTTCTGGGGAACTGCCCTTGATTATAACTGAACTCAAGCACCTCCAAAACATTTCTGTGTTCGACAACCATTTTTCTGGAGTCATACCTCAAAGTTTGGGACTCAACAGTAGCTTAGTGCAAGTGGAGTTCACCAATAATCAGTTCACTGGTCAAATTCCACCTAATTTATGCTCTGGAAAGACATTAAGGGTGTTAAACTTAGGTTTGAATCAATTTCAAGGAAACGTACCTTCCGATATAGGAACTTGTTTGACTCTTCAGAGATTGATTTTGAAAAAGAATAATCTAACAGGGGTTCTGCCAGAATTTATGAGAAATCACAATCTTCGATTCATGGATGCCAGTGAAAATAACCTCAATGGAACAATTCCCTCAAGTTTGGGAAATTGCATCAATCTTACCTCAATTAATTTGTCAAGGAACAGGCTTACAGGTCTTGTACCTAATGAGTTGGGAAATCTTGTGAATATTCGAAGTTTGAGCTTGTCTCACAACTTCTTGGAAGGACCATTGCCATCTTCCCTGTCAAATTGTACCACGTTGAATAATTTTGATGTAGGATTCAATTTATTGAATGGTTCTATATCTCGTAGTTTGGCCGGCTGGAAAGTTATATCCATATTGATATTAAAAGAGAATCGATTTTCTGGAGGCATTCCCAATGTATTATCAGAACGTGAAAGCCTTTCAGTGCTAGATCTTGGTGGTAATTTGTTTGGAGGAGAAATCCCTTCATCTATTGGAGGTTGGAAGAATACGTTTTATTCCCTGAATCTCAGTGACAATGGGTTAACTGGCCAAATATCTTCTGAGCTGAAGAATTTGGTCATGGTAGAGAAGTTAGATATATCTCACAATAATTTGACTGGAAGTATTAGAGTTCTTGGTGAACTAAGTTCATTGTTAATCGAGTTTAACATTTCAGATAATCTCTTCACGGGTCCTGTGCCACAGACATTAATGAAGTTTCTGAATTCTCGTCCCTCATCGTTCTTAGGTAATCCTGGGCTGTGCATCATCTGTGATGAACTAGATGGTTTAAGTTGCAATGGAAGTAGCAGTATCAAACCTTGTGCTAGCCATTCGAGCTCTCGTGATAGCTCTCGTCTTAACAATACACAAATTGCAATGATAGCTCTTGGATCTTCACTCTTTATTGTTTTTCTGCTTCTTGGTTTGGTTTATAAATTTGTTTATATCAGAAGAAACAAGGAAAAAACCGACACCTCTGCTCAAGTAGGAAGAACTTCTTTGCTTGTCCACAAGGTAATAGAGGCCACCGATAATCTAGATGAGCGTTTCGTCATTGGGAGAGGAGCACATGGAGTTGTTTATAAGGCTTCCCTGGATTCAAAGAGAACTTTTGCTGTAAAGAAGCTTACATTTGGAGGATGTAAAGGGGGAAGCCAGAGTATGATTAGAGAAATTCAAACTGTTGGTAACATCAAACACCGAAATCTGATCGCTTTAGAAGATTTTTGGTTGGGAAAAGACTATGGTCTACTACTTTACAGATACCAACCCAATGGTAGCCTTGATGATGTGTTGCATCAGCTGAATCCTGCTCCAGCTCTAACATGGGAAGTTCGTCATAATATAGCCATTGGTATTGCACATGGATTGACATATCTTCATTACGATTGTGTTCCTCCTATAATACACCGAGACATTAAACCGCAGAATATACTTCTAGATTTGGATATGGAGCCTTTTATTGCTGATTTTGGTCTTGCAAAGCTGCTAGACCAAACTTCTGCACCAACGGCTTCATCTTCTTTTGCAGGAACAATTGGCTACATTGCACCAGGTATCATTCTACACATAAATTATGAATTAGCTCTTCATTCTCATCTTGTGACAGAGAATGCATTCTCAGCTGCGAAGAGCAAAGCTTCAGATGTTTACAGTTATGGAGTGGTTTTACTCGAGCTGATAACGAGAAAGAAGCCATCCGATCTATCATTTACGGAGGTGGGGAGTATCATGGCTTGGGTTCGGTCAGGTTGGAACGAGACAGGAGAGATAGATAGTATTGTTGATCCAATGCTTGTGGAAGAACTTGTAGATTCTGATCGAAGGGAGCAGATTAAGAAGGTGGTTTTGGTGGCTTTGAGATGCACAGAAAAGGATCCTAACAAGAGACCTACAATGAGAGATGTTGTGAACCACTTGATTGATTCGAAGACAAAGTCATTAAATCACATAGACGACTAA 8118 40.15 MYQVGVSKLQSLLLLDPGGNLFGALKNLFYCLNLSNNGLTGQVPSELASLIKLEELDISHNNLTGSLSVLGELSSSLMDLDISDNLFRGSVPQTLMNLLNPSSFGGNPGLCISCNDLDCLSWNRSSSIKLCASHSSSRLSNIQVATLSLCSSLLIVLLLIGLVYMLVYRRRKKQNIATSAEVGTTSLLDKVMEATNNLDERFIIGRGAHGVVYKATLDSNTTFAVKKLTFAGLKGGSQKDYWFGNDHGLLLYKYEPNGSLYDVLHEMNDSAVTLTWKVRHNIATGIAHGLAYLHYDCDPPIIHRDIKPQNILIDSEMEPHIADFGLAKLLDQSCASTTSTCFAGTIGECIFSSKEKSFRCVQLWGGFTGADNRKKPSDALFMEKESMISWVRWIWKESVGEIERIVDPRLVEEAVRSNNRKEHIKEMIMIALRCTENDPNKRPAMRDVVNQLIDDFPRTSIRDKIDFVGFVVMPLLSRHFFLLVCFSFPFCVVFGLSSDGLALLSLQSRWTTHTPFVPVWNASDSTPCSWAGIECDQNLRVITFNLSYYGVSGQLGPEIARLTHLRTIDLTTNAFSGEIPFGIGNCSHLEFLDLSLNQFGGEIPQSLTLLKNLTFLNFHGNVLTGAIPDSLFQNLNLQYVYLSENNLNGSIPSNVGSLRQVIHLYLYGNQLSGTIPSSIGNCSQLEDLYLDQNQLVGILPHSLNNLDNLVNLGVSRNNLEGPIPLGSGSCQSLEFVDLSFNGYTGGIPAGLGNCNRLTTLIIVNSSLTGHIPSSFGQLSNLSHLDLSKNQLSGNIPPEFGACKSLKELDLYVNQLEGHIPSELGLLGGLETLQLFSNRLTGEIPISIWKIASLQHILVYDNNLSGELPLIITELKHLENISVFDNHFSGVIPQSLGLNSSLVQVEFTNNQFTGQIPPNLCSGKTLRVLNLGLNQFQGNVPSDIGTCLTLQRLILKKNNLTGVLPEFMRNHNLRFMDASENNLNGSIPSSLENCINLTSINFSSNKLTGLIPNGLGNLVNLQSLSLSHNFLEGPLPSSLSNCTKLDKFDVGFNLLNGSVPRSLASWKVISTLIIKENRFSGGIPSVLSELESLSLLDLGGNLFGGEIPSSIGALKNLFYSLNLSNNGLSGQLPSELASLVMLQELDISHNNLTGSLTVLGELSSTLVELNISDNFFTGPVPQTLMKLLNSHPSSFFGNPGLCISCDEVDGLTCNRNNSINPCATHSNSRGSSRLGNVQIAMIALGSSLFIILLLLGLVYKFVYSRRNKQNIETAAEVGTVSLLDKVMEATDNLDERFVIGRGAHGVVYKACLDSNKTFAVKKLTFVGRKGGSQNMVKEIRTVGNIKHRNLITLEDFWLGKDHGLLLYRYYPNGSLYDVLHEINPAPALTWKLRYNIAIGIAHGLAYLHYDCDPPIIHRDIKPQNILLDSEMEPHIADFGLAKLLDQTSESATSSSFAGTIGYIAPENAFSAAKSKASDVYSYGVVLLELVTGKKPSDPSFMEVGNIMAWIRLVWNKTDEIDRIVDPRLVEELINFDHREQMKQVLLLALRCTEKEPNKRPTMRDIVDHLIDSKMSHYRYHISPYNLFCIVLAIRSKFYMLYLSCKCSGMIDVGQPLDYRSPFVPFWNASDSTPCSWVGIECDQNLRVITFNLSHYAISGQLGPEIARLTHLRTIDLTTNAFSGEIPYGIGNCSHLEFLDLSLNKFSGEIPQSLTLLRNLRFLNFHYNVLTGAIPDSLFQNLNLQYVYLSQNNLNGSIPSNVGNLSQVIHLYLYGNQLSGTIPSSIGNYSQLEHLYLDQNQLVGILPNSLNNLDNLVNLGVSRNNLEGPIPLGSGSCQTLEFIDLSFNDYTGGIPAGLGNCSRLTTLIIVNSSLTGHIPSSFGQLSNLSHLDLSKNQLSGNIPPEFGACKSLKELNLYVNQLEGHIPTELGLLSGLETLQLFSNRLMGEIPISIWKIASLQHILVYDNNLSGELPLIITELKHLQNISVFDNHFSGVIPQSLGLNSSLVQVEFTNNQFTGQIPPNLCSGKTLRVLNLGLNQFQGNVPSDIGTCLTLQRLILKKNNLTGVLPEFMRNHNLRFMDASENNLNGTIPSSLGNCINLTSINLSRNRLTGLVPNELGNLVNIRSLSLSHNFLEGPLPSSLSNCTTLNNFDVGFNLLNGSISRSLAGWKVISILILKENRFSGGIPNVLSERESLSVLDLGGNLFGGEIPSSIGGWKNTFYSLNLSDNGLTGQISSELKNLVMVEKLDISHNNLTGSIRVLGELSSLLIEFNISDNLFTGPVPQTLMKFLNSRPSSFLGNPGLCIICDELDGLSCNGSSSIKPCASHSSSRDSSRLNNTQIAMIALGSSLFIVFLLLGLVYKFVYIRRNKEKTDTSAQVGRTSLLVHKVIEATDNLDERFVIGRGAHGVVYKASLDSKRTFAVKKLTFGGCKGGSQSMIREIQTVGNIKHRNLIALEDFWLGKDYGLLLYRYQPNGSLDDVLHQLNPAPALTWEVRHNIAIGIAHGLTYLHYDCVPPIIHRDIKPQNILLDLDMEPFIADFGLAKLLDQTSAPTASSSFAGTIGYIAPGIILHINYELALHSHLVTENAFSAAKSKASDVYSYGVVLLELITRKKPSDLSFTEVGSIMAWVRSGWNETGEIDSIVDPMLVEELVDSDRREQIKKVVLVALRCTEKDPNKRPTMRDVVNHLIDSKTKSLNHIDD 2705
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
7 6708880 6734033 - Lsi07G006270.1 Lsi07g00627 667049
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lsi07g00627 2705 SUPERFAMILY Protein kinase-like (PK-like) 1277 1568 IPR011009 -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 1745 1878 - -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 478 724 - -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 1624 1829 - -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 642 774 - -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 1607 1762 IPR032675 -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 497 655 IPR032675 -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 25 68 - -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 1874 2698 - -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 728 969 IPR032675 -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 970 1217 IPR032675 -
Lsi07g00627 2705 SMART LRR_sd22_2 1739 1765 - -
Lsi07g00627 2705 SMART LRR_sd22_2 682 708 - -
Lsi07g00627 2705 SMART LRR_sd22_2 2122 2148 - -
Lsi07g00627 2705 SMART LRR_sd22_2 1017 1043 - -
Lsi07g00627 2705 SMART LRR_sd22_2 1883 1915 - -
Lsi07g00627 2705 SMART LRR_sd22_2 50 75 - -
Lsi07g00627 2705 SMART LRR_sd22_2 1787 1813 - -
Lsi07g00627 2705 SMART LRR_sd22_2 2243 2268 - -
Lsi07g00627 2705 SMART LRR_sd22_2 778 810 - -
Lsi07g00627 2705 SMART LRR_sd22_2 1138 1163 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 1745 1878 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 25 68 - -
Lsi07g00627 2705 SUPERFAMILY RNI-like 545 893 - -
Lsi07g00627 2705 Gene3D Phosphorylase Kinase; domain 1 162 250 - -
Lsi07g00627 2705 Gene3D Phosphorylase Kinase; domain 1 1257 1368 - -
Lsi07g00627 2705 Gene3D Phosphorylase Kinase; domain 1 2363 2474 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 1624 1829 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 74 457 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 1874 2698 - -
Lsi07g00627 2705 SUPERFAMILY Protein kinase-like (PK-like) 2383 2692 IPR011009 -
Lsi07g00627 2705 Pfam Leucine rich repeat 756 815 IPR001611 GO:0005515
Lsi07g00627 2705 Pfam Leucine rich repeat 1860 1920 IPR001611 GO:0005515
Lsi07g00627 2705 SMART LRR_typ_2 683 705 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 658 682 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 562 586 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 2098 2121 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1788 1810 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 778 802 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1138 1161 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1017 1041 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1667 1691 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 610 634 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1883 1907 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1763 1787 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 2122 2146 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1715 1739 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 50 73 IPR003591 -
Lsi07g00627 2705 SMART LRR_typ_2 1089 1113 IPR003591 -
Lsi07g00627 2705 ProSitePatterns Protein kinases ATP-binding region signature. 1298 1321 IPR017441 GO:0005524
Lsi07g00627 2705 ProSiteProfiles Protein kinase domain profile. 2398 2694 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 ProSiteProfiles Protein kinase domain profile. 198 457 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 Gene3D Transferase(Phosphotransferase) domain 1 1369 1581 - -
Lsi07g00627 2705 Gene3D Transferase(Phosphotransferase) domain 1 2476 2704 - -
Lsi07g00627 2705 SMART serkin_6 2398 2693 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 SMART serkin_6 1292 1569 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 ProSitePatterns Protein kinases ATP-binding region signature. 204 227 IPR017441 GO:0005524
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 74 457 - -
Lsi07g00627 2705 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1414 1426 IPR008271 GO:0004672|GO:0006468
Lsi07g00627 2705 Pfam Protein kinase domain 2403 2691 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 Pfam Protein kinase domain 243 337 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 Pfam Protein kinase domain 1297 1567 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 1932 2311 IPR032675 -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 1764 1931 IPR032675 -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 3 119 IPR032675 -
Lsi07g00627 2705 SUPERFAMILY L domain-like 8 125 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 642 774 - -
Lsi07g00627 2705 ProSiteProfiles Leucine-rich repeat profile. 1140 1162 IPR001611 GO:0005515
Lsi07g00627 2705 ProSitePatterns Serine/Threonine protein kinases active-site signature. 301 313 IPR008271 GO:0004672|GO:0006468
Lsi07g00627 2705 ProSiteProfiles Leucine-rich repeat profile. 52 74 IPR001611 GO:0005515
Lsi07g00627 2705 SUPERFAMILY RNI-like 1650 1999 - -
Lsi07g00627 2705 PANTHER RECEPTOR KINASE-LIKE PROTEIN XA21 767 1574 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 478 724 - -
Lsi07g00627 2705 PANTHER OS08G0446200 PROTEIN 767 1574 - -
Lsi07g00627 2705 ProSiteProfiles Protein kinase domain profile. 1292 1570 IPR000719 GO:0004672|GO:0005524|GO:0006468
Lsi07g00627 2705 ProSitePatterns Protein kinases ATP-binding region signature. 2404 2427 IPR017441 GO:0005524
Lsi07g00627 2705 Pfam Leucine rich repeat N-terminal domain 1625 1641 IPR013210 -
Lsi07g00627 2705 Pfam Leucine rich repeat N-terminal domain 497 536 IPR013210 -
Lsi07g00627 2705 SUPERFAMILY L domain-like 873 1209 - -
Lsi07g00627 2705 SUPERFAMILY L domain-like 1978 2315 - -
Lsi07g00627 2705 SUPERFAMILY Protein kinase-like (PK-like) 183 452 IPR011009 -
Lsi07g00627 2705 Gene3D Ribonuclease Inhibitor 656 727 IPR032675 -
Lsi07g00627 2705 ProSitePatterns Serine/Threonine protein kinases active-site signature. 2520 2532 IPR008271 GO:0004672|GO:0006468
Lsi07g00627 2705 Gene3D Transferase(Phosphotransferase) domain 1 256 351 - -
Lsi07g00627 2705 Gene3D Transferase(Phosphotransferase) domain 1 360 463 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Lsi01g00619 Lsi-Chr1:4972022 Lsi07g00627 Lsi-Chr7:6708880 5.49E-40 dispersed
Lsi07g00627 Lsi-Chr7:6708880 Lsi08g01507 Lsi-Chr8:23175604 9.90E-22 dispersed
Lsi07g00627 Lsi-Chr7:6708880 Lsi05g01804 Lsi-Chr5:25311429 6.85E-37 transposed
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
83775 PF00069 Pkinase 1.90E-40 CL0016 Lsi PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Lsi07g00627 - - csv:101204561 1831.61