Gene Details:

Functional Descriptions:

  • The defective OscpSRP54a (LOC_Os11g05552) was responsible for the pale green leaf phenotype of the viable pale green leaf 14 (pgl14) mutant.
  • Conclusion: Our study demonstrated that both OscpSRP54a and OscpSRP54b were essential for normal chloroplast development by interacting with OscpSRP43 in rice.
  • OscpSRP54a and OscpSRP54b might play distinct roles in transporting different chloroplast proteins into thylakoids through cpSRP-mediated pathway.
  • Both OscpSRP54a and OscpSRP54b were constitutively expressed mainly in shoots and leaves at the vegetative growth stage.
  • Here, we isolated and characterized a thermosensitive yellow-green leaf mutant named TSYL1 (thermosensitive yellow leaf 1) from an ethylmethylsulfone (EMS)-mutagenized pool of rice.
  • Furthermore, and chloroplast development-related genes was influenced in TSYL1 at different temperatures.
  • The expression of TSYL1 was induced by high temperature.
  • These results indicated that the TSYL1 gene plays a key role in chlorophyll biosynthesis and is affected by temperature at the transcriptional level.
  • At the mature stage of the TSYL1 mutant, the plant height, tiller number, number of spikelets per panicle and 1000 seed weight were decreased significantly compared to those of wild-type plants, but the seed setting rate and panicle length were not.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os11g05552.1
    TGGGCCCACCTACAGTTGATTCTCTTATCTTCCTCCTCGCGTTCGCGTCTTCTCTTCTCTTCGCTCCGCTCGCTCATCGGCAATGGAGGCCACGGCGCTCACGCTCTCCTCCCGCCCCGCCGCCGCCAGCCGCTCGCCGGCGAAGGGAACCTTCGCCTCCCTCCACCCCCGCCGCCGCTTCTCCGCGCACGCTGTCCACCTCCGCGCGGCCCAGAGCGCCTCCCTGCGCGCCCCCTCCCCGGGGGCGAGGAGGAGACGGAGGAGGGGGAGCGGGCTGGTGGTGCGGGCGGAGATGTTCGGGCAGCTCACCACCGGCCTGGAGTCCGCCTGGAACAAGCTGCGTGGCGTCGATGTACTAACAAAGGAGAATATCGTTGAGCCAATGCGGGATATAAGAAGAGCACTTCTGGAAGCTGATGTTAGTTTGCCTGTAGTGAGAAGATTTGTTTCGTCTATAAGTGAAAAGGCTCTGGGTTCTGATCTTATAAGAGGAGTCCGACCGGAACAGCAATTGGTGAAGATTGTGCATGATGAACTTGTAAAACTGATGGGTGGAGAAGTATCAGATCTGGTATTTGCAAAAAGTGGCCCCACAGTAATCTTACTGGCAGGCCTGCAAGGTGTTGGGAAGACTACTGTTTGCGCAAAGCTTGCATTTTACCTGAAGAAATTGATACTTATGCCAGAGTTAGGTGACAGGGAAAGAGTTGTATGCTGGTCGCTGCAGATGTTTACAGGCCTGCAGCCATTGATCAACTCACTATACTTGGTGAACAGGTCGGTGTACCAGTTTACTCAGAAGGAACAGAAGCCAAACCTGCACAAATAACCAAGAATGCCGTGGAAGAGGCCAAAAGAAAGAATATTGATGCCATTGTAATGGATACTGCTGGAAGACTGCAGATTGACAAATCAATGATGGTTGAATTGAAAGAAGTGAAGAAGGCAGTTAATCCTACGGAAGTTCTGCTTGTTGTTGATGCTATGACTGGACAGGAAGCTGCAGGTATGCAACTGTTCCACTTGCTATTTAAGTCCCTCTTTTTGCTACTAAAGGCCAACACTATTTGTTCGTATAGCAGAAATGCAACGAACAACCAGAATTTTTTCAACGGTTCTCAAATTCTACTATATGACAAATTCTTACAGCGCGACATGTTCTATCTGCTATATTTATACGAGCTTAAGAAGTATTATTGTTTGATAGAGTTGCAACAGCCACTTACAATACTTCTCTGAGATGCAGCATTGGTCACCACCTTCAATATTGAGATTGGTATCACTGGTGCTATATTGACTAAACTGGATGGTGATTCGAGGGGTGGAGCAGCACTAAGTGTTAAAGAGGTCCTTATTTGCCAGAAAACTTTCCTACCATCATATCTACAAATGCTTCTGCCACTTTTATATTTTTGCTTTGAAGTTACTCTGCATCTATGTTGGTCAAAACTGCAAATTCCTATTGTCCACATGCTTCTTTCATCAATTGACAATTTACTGCAAATCTCCGCACTAGTCTTCTCACTTTTATGCTGTATTTATATAAAAAAAATCTAGTGTTTATCATCTGGCTACCTACTTGAATGTATATACGGTCAACATTAAATCGTTCGTAGTAAGCTGTGTTTGCATGCTTGCTGCTTTGCCCTTCAACGAATATTAATGCTTAACGGACCATGCAGGTGTCTGGAAAGCCCATCAAGTTTGTAGGGCGTGGAGAACGAATGGAGGACCTTGAGCTTTTTTATCCTGACCGTATGGCACAACGTGTTTTGGGAATGGGCGATGTACTTTCATTTGTTGAAAAAGCACAAGAAGTCATGCGTCAAGAAGATGCTGTAGAATTACAGAAGAAGATCATGAGTGCAAAATTCGACTTCAATGACTTCCTAAAGCAATCACAGAATGTTGCAAAAATGGGTTCCATGAGCCGTGTAGTTGGAATGATTCCAGGCATGAACAAGGTTACTCCTGCACAAATTCGAGAAGCCGAGAAAAGACTTGCATTTGTGGAGTCTATGATCAATGCAATGACTGCCGAGGAAAGGGAAAAGCCAGAATTACTGGCTGAATCACGTGACAGGAGGATAAGAGTGGCTGAAGAGTCCGGAAAGAGTGAACAAGAGGTGAGCCAGTTGGTTGCCCAGCTTTTCCAAATGCGTGCTCAGATGCAGAAGCTGATGGGTGTGATGACCGGACAAGAAGCACTTCCAGGCATGGGGAATCTCATGGAATCTCTTAACGCCGATGAGAAGGCACCTCCTGGCACTGCACGGCGGAAGAGGAGGCACAGCAAGACGAGGCAGAGGGAGCTGGATGCAGTCCCTAGTTCTTGAGCTGGTGAGCGTTGTAGTTCAGAGTTACTGCTCTTTTGCTTCAGAGACCCGGATCTGAGAAAAAAGAGATGAAAAAAAAATGTTGTCTTGCTACCTTTTTTAGTTTGTACGTAGGAGATCTGCAGGAAGTTCATAGGAAACAGTAATTTCCTACCAAATTGTAATGTTACTTAGCCAGTCCTACTCAGCAATGCAATCGGTTCACTCGAATGCTCGGACTTTTTACATTACATTAATCATGAATGTATATGTTGTAGAAGGATCAGGTTCATTTCAAAACTTC
CDS Sequence
  • >LOC_Os11g05552.1
    ATGGAGGCCACGGCGCTCACGCTCTCCTCCCGCCCCGCCGCCGCCAGCCGCTCGCCGGCGAAGGGAACCTTCGCCTCCCTCCACCCCCGCCGCCGCTTCTCCGCGCACGCTGTCCACCTCCGCGCGGCCCAGAGCGCCTCCCTGCGCGCCCCCTCCCCGGGGGCGAGGAGGAGACGGAGGAGGGGGAGCGGGCTGGTGGTGCGGGCGGAGATGTTCGGGCAGCTCACCACCGGCCTGGAGTCCGCCTGGAACAAGCTGCGTGGCGTCGATGTACTAACAAAGGAGAATATCGTTGAGCCAATGCGGGATATAAGAAGAGCACTTCTGGAAGCTGATGTTAGTTTGCCTGTAGTGAGAAGATTTGTTTCGTCTATAAGTGAAAAGGCTCTGGGTTCTGATCTTATAAGAGGAGTCCGACCGGAACAGCAATTGGTGAAGATTGTGCATGATGAACTTGTAAAACTGATGGGTGGAGAAGTATCAGATCTGGTATTTGCAAAAAGTGGCCCCACAGTAATCTTACTGGCAGGCCTGCAAGGTGTTGGGAAGACTACTGTTTGCGCAAAGCTTGCATTTTACCTGAAGAAATTGATACTTATGCCAGAGTTAGGTGACAGGGAAAGAGTTGTATGCTGGTCGCTGCAGATGTTTACAGGCCTGCAGCCATTGATCAACTCACTATACTTGGTGAACAGGTCGGTGTACCAGTTTACTCAGAAGGAACAGAAGCCAAACCTGCACAAATAA
Protein Sequence
  • >LOC_Os11g05552.1
    MEATALTLSSRPAAASRSPAKGTFASLHPRRRFSAHAVHLRAAQSASLRAPSPGARRRRRRGSGLVVRAEMFGQLTTGLESAWNKLRGVDVLTKENIVEPMRDIRRALLEADVSLPVVRRFVSSISEKALGSDLIRGVRPEQQLVKIVHDELVKLMGGEVSDLVFAKSGPTVILLAGLQGVGKTTVCAKLAFYLKKLILMPELGDRERVVCWSLQMFTGLQPLINSLYLVNRSVYQFTQKEQKPNLHK*