Gene Details:

Functional Descriptions:

  • Physiological and biochemical experiments indicated that more cell death occurred in SPL36 than the wild type and that plant growth and development were affected in this mutant.
  • SPL36 displayed spontaneous cell death and enhanced resistance to rice bacterial pathogens.
  • These findings suggest that SPL36 regulates the disease resistance response in rice by affecting the expression of defense- and stress-related genes.
  • Gene expression analysis suggested that SPL36 functions in the disease response by upregulating the expression of defense-related genes.
  • SPL36 Encodes a Receptor-like Protein Kinase that Regulates Programmed Cell Death and Defense Responses in Rice.
  • We isolated SPL36 by map-based cloning.
  • SPL36 was more sensitive to salt stress than the wild type, suggesting that SPL36 also negatively regulates the salt-stress response.
  • SPL36 is predicted to encode a receptor-like protein kinase containing leucine-rich domains that may be involved in stress responses in rice.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os12g08180.1
    ACTGGGAGTCTGGGAGGAGCAAGAAGAGGAGAGAAGAGAGCCATGGCCAAGAACACCGAGAGCCCCAAAACCTAGGGAAAGAGAGGAAAAAATCGATTTTCTTGGGTGGTGGTTGAGCCTGCAGTGAAGTTCATCAGGGAGGAAAGGGAGGGGATTAAGGGAAGGAGATACAGGAATCAATGGGAGGCCAAGAACAGGTGGCCATGGCGGAGAGGAGGCCTTGTTACTGTCGCAACAATGGCTTCTTGCTGCTGCTGGTACAAGTTCTCCTCTTCTTGTTCTTGTTTCTTGATTCGTCCATGGTCGCCACTGCCGCGTCGGCGCCGGCACCGCTAAATACGACTCAGGTATCGATCATGAAGGAGCTTTCTGGCTTGGTTACTGCCAGTGCCAAGTGGAACACGAGCGATTCGAATCCATGCCGATGGGATGGAGTGAGTTGCTCTTCTAGCTCCAATTCCATATCAGTTGTGACCAACCTTACTTTGTCTGGGTATGGTTTGTCCAACTCCACCATATTTGCAACCATATGCTCTCTTGACACCTTGCAAATCCTTGATCTCTCTAAGAATTCCTTCACCAATTCGATAGAGCAATTCTTCACCTCTTCTTGCTCCATGAAGGCTGGATTGCGGTCACTTAATCTCAGCAGCAGCCAGCTATCCATGCCTCTTAGTAATTTCTCTGGTTTTCCCCTTCTTGAGGTTCTTGACTTGTCCTTCAATTCTTTCAGTGGTGATGTCAGAACCCAGTTGAGTTCTTTGCTCAAGCTGAGAAGCTTGAATCTTAGTAGCAATAACTTGGCTGGTGATGTTCCTACAAGCATGACCCCGTCTTTGGAGGAATTGGTGTTGTCCATCAACAATTTCAGTGGTAGCATTCCAATAGCTTTGTTCAATTACCAAAATCTTACTATGCTGGATCTTAGTCAGAACAATCTAAATGGTGATGTACCGGATGAGTTCTTAAAGTTACCCAAGCTCAAGACTTTGCTCTTATCAGGTAATCAACTGAGTGGCAATATACCTGTGAGTGTGTCAAATGTTGCAAGCCTTGCTCGGTTTGCAGCTAATCAGAACAATTTTACCGGTTTCATCCCTAGTGGTATCACCAAGAATGTGAAGATGCTGGATCTGAGTTACAACGAACTTAGTGGAGTGATTCCCTCTGATATTCTTAGTCCTGTGGGACTGTGGACTGTTGATCTCACTCACAATAAGCTCGAAGGGCCCATCCCTAGCAGCTTGTCTCCGACCCTCTATCGGTTGAGGCTTGGTGGAGGCAACTCTCTCAATGGAACCATCCCGGCCACCATTGGTGATGCATCGACCTTGGCTTATCTTGAGCTGGATAGCAATCAGTTGACGGGAAGCATACCATTGGAACTTGGCAGATGCAAGAGTTTGTCTTTGCTGAATCTGGCATCAAATAAGTTTCAGGGTCCAGTGCCTGATGCAATCAGCAGCCTTGACAAACTGGTAGTTCTTAAACTCCAAATGAACAATCTGGATGGACCTATCCCAAGTGTATTTTCTAATTTGACAAGCCTGATCACATTGAATCTTAGTGGTAATTCATTCACTGGAGGGATACCAAGAGAAATCGGCAAGCTGCCAAAGCTTTCCATTTTGAATTTGCAATGCAACAAGATCAGCGGCACCATTCCAGATTCACTCCATTTATTAACTTCTCTAATTGAGCTCAATCTGGGGAATAATATCTTGACTGGTACCATCCCAACAATGCCGACCAAATTGAGTACTGTTCTTAATCTAAGCCACAACAATCTCAGCGGATCTATTCCTTCAAATATTGACTTATTGAGTGATCTAGAGATTCTTGATCTTTCATACAACAACTTGTATGGTGAGGTGCCGGCCTCACTTGCAAAGCTAGAAAGCTTGACGCAACTAGTGCTTTCTTATAATCACCTTTCTGGGTCCATTCCTATATTTCGTCAACATGTTGATATTGCTACCAATGGAAATCCCGATCTTACAAATGGTACAAGAAATTATGACAACGCCCCTACAAGTGGTAAGAGAAGGACACACAATACAGTCATCATCGTCGTTGCCATTACTGGTGCTCTTGTTGGATTGTGCTTGCTTGCTGCTATTGTTACAATTTCATATTCTAAGAGAATTTATCGTGTTGAAGATGAAGGACCATCAACTGAGGATGTTGCTCGAATCATCAATGGTCACCTCATAACTATGAATAGTATCCATACCTCTGCAATTGATTTCGTGAAAGCAATGGAAGCAGTCTCCAATCACAGCAACATTTTTCTGAAAACAAGGTTCTGCACTTACTATAAGGCTGTGATGCCTAATGGCTCAACCTATTCTTTAAAACAGATTAATTGTAGTGACAAGATATTCCAAATTGGGAGCCAAGGGAAGGTTGCTCATGAACTTGAGGTACTTGGGAAGTTGAGCAATTCCAATGTAATGGTGCCATTGGCTTATGTGTTGACAGAAGACAATGCATACATCATCTATGAGCATGTGCACAAGGGCACGGTGTTCGATTTCCTTCATGCTGGAAGATCAGATGTTCTGGACTGGCCTTCACGGTATAGCATAGCTTTTGGGCTAGCCCAAGGGCTGACATTTCTTCATGGGTGCACTCAGCCAGTTCTGCTTCTTGATCTGTCAACAAGGACTGTCCACTTGAAGTCAATGAATGAGCCTCAGATTGGAGATGTTGAACTTTACAAAATTGTTGATACTTTGAAGAGCAGTGGGAGCCTTTCGACCATTGCTGGTACAGTTGGTTATATTCCACCAGAGTATGCATACACGATGAGGTTGACGATGGCTGGCAACGTTTACAGCTTTGGAGTAATCTTACTGGAGCTTTTGACTGGGAAACCATCGGTCAGTGATGGCATCGAGTTAGCCAAGTGGGCTCTGAGTCTTTCAGGCAGCCCTGATCAGAGGGAGCAGATCCTTGACACCAGGGTCTCAAGAACTTCAGCTGCTGTTCACAGCCAGATGTTGTCGGTCCTGAACATCGCCCTCGCTTGTGTTGCGCTCTCTCCAGATGCTCGACCAAAGATGCGCACCGTCTTGAGGATGCTATTCAACGCAAAGTGATCTGGCATGATATGTTTTGGTAGCTTAGGTAGGTTCTGAATGGAGTTTGATCATTTTGCTTAGTTTGTGGATGTCAGCAATCAGTATACGGGGTCCTTGTATAGTACCAGCACCATAGTTCAAGGTAGAGTAGTAGATTATGATATGGCTGATCAATTTAGTATTCAGATATCTATTTTGGAATGAATGACCAATGGGTTTATCTATGCTGTATCATCATATATTCACACATGGTTATTAGCATACCTTGTACACGGCAATTCCATATAACAATAGTAGTGAAATAGAGCCATAGTTAAGGTAGAACAGTAGATAGACTATGATATATATCCCTGAACAATTTAGAAGCCAGATATCTGTTTTGGAATGAATCAGGAATTGTGTTCTTCTATGCTATATGATCATATTTGTAAATGGTTGGTTGTGTACATCCATGTGGGATGTCGAGGCCGGATTGGCATCCATTATCTAACAAACATATATATAAATTGTTATTACTTATTAGC
CDS Sequence
  • >LOC_Os12g08180.1
    ATGGGAGGCCAAGAACAGGTGGCCATGGCGGAGAGGAGGCCTTGTTACTGTCGCAACAATGGCTTCTTGCTGCTGCTGGTACAAGTTCTCCTCTTCTTGTTCTTGTTTCTTGATTCGTCCATGGTCGCCACTGCCGCGTCGGCGCCGGCACCGCTAAATACGACTCAGGTATCGATCATGAAGGAGCTTTCTGGCTTGGTTACTGCCAGTGCCAAGTGGAACACGAGCGATTCGAATCCATGCCGATGGGATGGAGTGAGTTGCTCTTCTAGCTCCAATTCCATATCAGTTGTGACCAACCTTACTTTGTCTGGGTATGGTTTGTCCAACTCCACCATATTTGCAACCATATGCTCTCTTGACACCTTGCAAATCCTTGATCTCTCTAAGAATTCCTTCACCAATTCGATAGAGCAATTCTTCACCTCTTCTTGCTCCATGAAGGCTGGATTGCGGTCACTTAATCTCAGCAGCAGCCAGCTATCCATGCCTCTTAGTAATTTCTCTGGTTTTCCCCTTCTTGAGGTTCTTGACTTGTCCTTCAATTCTTTCAGTGGTGATGTCAGAACCCAGTTGAGTTCTTTGCTCAAGCTGAGAAGCTTGAATCTTAGTAGCAATAACTTGGCTGGTGATGTTCCTACAAGCATGACCCCGTCTTTGGAGGAATTGGTGTTGTCCATCAACAATTTCAGTGGTAGCATTCCAATAGCTTTGTTCAATTACCAAAATCTTACTATGCTGGATCTTAGTCAGAACAATCTAAATGGTGATGTACCGGATGAGTTCTTAAAGTTACCCAAGCTCAAGACTTTGCTCTTATCAGGTAATCAACTGAGTGGCAATATACCTGTGAGTGTGTCAAATGTTGCAAGCCTTGCTCGGTTTGCAGCTAATCAGAACAATTTTACCGGTTTCATCCCTAGTGGTATCACCAAGAATGTGAAGATGCTGGATCTGAGTTACAACGAACTTAGTGGAGTGATTCCCTCTGATATTCTTAGTCCTGTGGGACTGTGGACTGTTGATCTCACTCACAATAAGCTCGAAGGGCCCATCCCTAGCAGCTTGTCTCCGACCCTCTATCGGTTGAGGCTTGGTGGAGGCAACTCTCTCAATGGAACCATCCCGGCCACCATTGGTGATGCATCGACCTTGGCTTATCTTGAGCTGGATAGCAATCAGTTGACGGGAAGCATACCATTGGAACTTGGCAGATGCAAGAGTTTGTCTTTGCTGAATCTGGCATCAAATAAGTTTCAGGGTCCAGTGCCTGATGCAATCAGCAGCCTTGACAAACTGGTAGTTCTTAAACTCCAAATGAACAATCTGGATGGACCTATCCCAAGTGTATTTTCTAATTTGACAAGCCTGATCACATTGAATCTTAGTGGTAATTCATTCACTGGAGGGATACCAAGAGAAATCGGCAAGCTGCCAAAGCTTTCCATTTTGAATTTGCAATGCAACAAGATCAGCGGCACCATTCCAGATTCACTCCATTTATTAACTTCTCTAATTGAGCTCAATCTGGGGAATAATATCTTGACTGGTACCATCCCAACAATGCCGACCAAATTGAGTACTGTTCTTAATCTAAGCCACAACAATCTCAGCGGATCTATTCCTTCAAATATTGACTTATTGAGTGATCTAGAGATTCTTGATCTTTCATACAACAACTTGTATGGTGAGGTGCCGGCCTCACTTGCAAAGCTAGAAAGCTTGACGCAACTAGTGCTTTCTTATAATCACCTTTCTGGGTCCATTCCTATATTTCGTCAACATGTTGATATTGCTACCAATGGAAATCCCGATCTTACAAATGGTACAAGAAATTATGACAACGCCCCTACAAGTGGTAAGAGAAGGACACACAATACAGTCATCATCGTCGTTGCCATTACTGGTGCTCTTGTTGGATTGTGCTTGCTTGCTGCTATTGTTACAATTTCATATTCTAAGAGAATTTATCGTGTTGAAGATGAAGGACCATCAACTGAGGATGTTGCTCGAATCATCAATGGTCACCTCATAACTATGAATAGTATCCATACCTCTGCAATTGATTTCGTGAAAGCAATGGAAGCAGTCTCCAATCACAGCAACATTTTTCTGAAAACAAGGTTCTGCACTTACTATAAGGCTGTGATGCCTAATGGCTCAACCTATTCTTTAAAACAGATTAATTGTAGTGACAAGATATTCCAAATTGGGAGCCAAGGGAAGGTTGCTCATGAACTTGAGGTACTTGGGAAGTTGAGCAATTCCAATGTAATGGTGCCATTGGCTTATGTGTTGACAGAAGACAATGCATACATCATCTATGAGCATGTGCACAAGGGCACGGTGTTCGATTTCCTTCATGCTGGAAGATCAGATGTTCTGGACTGGCCTTCACGGTATAGCATAGCTTTTGGGCTAGCCCAAGGGCTGACATTTCTTCATGGGTGCACTCAGCCAGTTCTGCTTCTTGATCTGTCAACAAGGACTGTCCACTTGAAGTCAATGAATGAGCCTCAGATTGGAGATGTTGAACTTTACAAAATTGTTGATACTTTGAAGAGCAGTGGGAGCCTTTCGACCATTGCTGGTACAGTTGGTTATATTCCACCAGAGTATGCATACACGATGAGGTTGACGATGGCTGGCAACGTTTACAGCTTTGGAGTAATCTTACTGGAGCTTTTGACTGGGAAACCATCGGTCAGTGATGGCATCGAGTTAGCCAAGTGGGCTCTGAGTCTTTCAGGCAGCCCTGATCAGAGGGAGCAGATCCTTGACACCAGGGTCTCAAGAACTTCAGCTGCTGTTCACAGCCAGATGTTGTCGGTCCTGAACATCGCCCTCGCTTGTGTTGCGCTCTCTCCAGATGCTCGACCAAAGATGCGCACCGTCTTGAGGATGCTATTCAACGCAAAGTGA
Protein Sequence
  • >LOC_Os12g08180.1
    MGGQEQVAMAERRPCYCRNNGFLLLLVQVLLFLFLFLDSSMVATAASAPAPLNTTQVSIMKELSGLVTASAKWNTSDSNPCRWDGVSCSSSSNSISVVTNLTLSGYGLSNSTIFATICSLDTLQILDLSKNSFTNSIEQFFTSSCSMKAGLRSLNLSSSQLSMPLSNFSGFPLLEVLDLSFNSFSGDVRTQLSSLLKLRSLNLSSNNLAGDVPTSMTPSLEELVLSINNFSGSIPIALFNYQNLTMLDLSQNNLNGDVPDEFLKLPKLKTLLLSGNQLSGNIPVSVSNVASLARFAANQNNFTGFIPSGITKNVKMLDLSYNELSGVIPSDILSPVGLWTVDLTHNKLEGPIPSSLSPTLYRLRLGGGNSLNGTIPATIGDASTLAYLELDSNQLTGSIPLELGRCKSLSLLNLASNKFQGPVPDAISSLDKLVVLKLQMNNLDGPIPSVFSNLTSLITLNLSGNSFTGGIPREIGKLPKLSILNLQCNKISGTIPDSLHLLTSLIELNLGNNILTGTIPTMPTKLSTVLNLSHNNLSGSIPSNIDLLSDLEILDLSYNNLYGEVPASLAKLESLTQLVLSYNHLSGSIPIFRQHVDIATNGNPDLTNGTRNYDNAPTSGKRRTHNTVIIVVAITGALVGLCLLAAIVTISYSKRIYRVEDEGPSTEDVARIINGHLITMNSIHTSAIDFVKAMEAVSNHSNIFLKTRFCTYYKAVMPNGSTYSLKQINCSDKIFQIGSQGKVAHELEVLGKLSNSNVMVPLAYVLTEDNAYIIYEHVHKGTVFDFLHAGRSDVLDWPSRYSIAFGLAQGLTFLHGCTQPVLLLDLSTRTVHLKSMNEPQIGDVELYKIVDTLKSSGSLSTIAGTVGYIPPEYAYTMRLTMAGNVYSFGVILLELLTGKPSVSDGIELAKWALSLSGSPDQREQILDTRVSRTSAAVHSQMLSVLNIALACVALSPDARPKMRTVLRMLFNAK*