Gene Details:

Functional Descriptions:

  • LC-MS/MS revealed that PDD is associated with the 5-methylaminomethyl-2-thiouridine modification of chloroplast tRNA.
  • Map-based cloning revealed that PDD encodes an evolutionarily conserved tRNA-modifying GTPase belonging to the TrmE family.
  • Rice TCD8 Encoding a Multi-Domain GTPase Is Crucial for Chloroplast Development of Early Leaf Stage at Low Temperatures.
  • In addition, the disturbance of TCD8 suppressed the transcripts of certain chloroplast-related genes at low temperature, although the genes were recoverable to nearly normal levels at high temperature (32 °C), indicating that TCD8 governs chloroplast development at low temperature.
  • Map-based cloning and complementary test revealed the TCD8 encoded a multi-domain GTPase localized in chloroplasts.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os08g31460.1
    ATGGCTCGCGCTCTCTCTCGCCTCCTCCTCCCGCCCCTCTTCCTATGCCGCCCTCTCCCACTCCCACCCCTCCTCCACCGCCGCCGCCGCGTCGTCCTAAACCCTAGCCCCAGAACCCTCACCACGCGCGCCGAGGCCCTCTTCTCCCGCCACTCCCACCTCCTCCCCGCCGACGACCGCTCCCCCTCCCCCTCCACCCGCGGCTCCGTCCAGCCGCCGCCGGACTATGGCGGCGGCGGAGGCGGAGCGGGCCCCGGGACCATCGCCGCCATCGTCACCTCCCTCGGCGGCGGCCCCGCGGCGGTGGGGATCGTGCGGCTATCCGGCCCCGACGCGGCCGCCGTCGCGGGGCGCGTGTTCCGGCCGGCCAGGAGGGCGGCGCCGCCGTGGCGGCCGCGCAGCCATTTCGTCGAGTACGGGGTCGCGCTCGACCGCGATGGCGGCGTCATCGACGAGGTCTTAGTGGTGCCGATGCTAGCTCCGAGATCGTACACGCGGGAGGATGTGGTGGAGCTCCAGTGCCATGGGAATGACCTGTGCTTGCGGCGTGTGCTCAGGGCCTGCTTGGAAGCTGGTGCTAGGCTTGCTGACCCTGGTGAGTTCACTGTTCGTGCGTTTCTGAATGGGAGGTTGGACTTGGCACAAGCGGAGAATGTGTCAAGGCTCATTTCAGCCAAATCTGCAGCTGCGGCAGACTCAGCATTGGCTGGCATACAGGGAGGCTTTTCTGCACTAGTAAAATCACTGAGATCAAGGTGCATAGAATTGCTCACTGAGATTGAGGCCCGTCTAGACTTTGAAGATGAATTGCCTCCTTTGGATCTAACAATGCTGGTCAGCAAAATTAATGGTATGAGACAAGAGGTTCAGGATGCTTTGGACACTGCTAATTATGATAAGCTGCTACAATCTGGTCTGCAGGTAGCAATAATTGGCCGCCCAAATGTTGGCAAGTCAAGCCTGCTGAATGCTTGGAGTAAGAGTGAAAGGGCTATTGTTACTGAAATAGCTGGAACCACAAGGGATGTAGTAGAAGCAAATGTCTCAATTCATGGCATCCCTATTACCCTTCTAGATACTGCTGGTATAAGAGAAACTGATGACATCGTGGAAAAAATTGGTGAGATATTATCTTGGAAATATTCAATGCTGCACAGTGCATACTTGTATAATGGTGTGGAACGATCAGAAGCTGCTGCACTGGGAGCTGATCTGATTATTATGACAATAAGTGCAGTTGATGGGTGGACTGAAGATGACACTAAACTTATTGAGCATGTGTTGATCAGTAAGAAATCTTCAGGTGCTCCAGTGCCAATGGTCCTTGTAATCAACAAGGTAGATTGTGCACCATTTATTTCAGGAGAACAGTTTGAACAATTCCATGGAGTTTTCAAAAAACATGTGCAAACATGTGCAGTCACTGGTAAAGGCATTTCTGAGTTGGAGAAGGCTATAATAGAGGTCAGAGGTCTTGAGCCTGTACCATCAGAGGGACGGCGATGGACTGTAAATCAGAGGCAATTTGAACAGCTATTGAGGACCCAACAAGCTTTTACTAGGCTAGAGTCATCTATCAACGAGCAGTTGCCGATGGACTTCTGGACTATAGACTTGAGGGAAGCAGCATTGGCTCTTGCAACAATCAGCGGGGAGGATATCTCTGAAGAAGTCCTGAGCAGCATATTCAGCAAATTTTGCATTGGAAAATGACTGGCAAGCACGGCAGTAACATATATCGGCGCATAAAATTATGTGAATTGCCAGTCAGTCACCATCCGACTCATGTTTGAGACACAACAGGAGTACATGACTTAGTTTGCTCGAACATATTGATGATTGAGCTCAATGACTGGCTTCGAGTTTACTAGATTTTTCACCGTTCACTTGAGCAGCTGTGCTATATATGCTTGCAAAACTTGCCTCATCTACACGAGCAGTTTAGAGGCAGTTTATAGCTCTGTAATGGAAGAAGACTCATATGTACTGCTTCGATCATCCTCACAACTGTTTTGAATGACTGCCACAATGTATGGATATGCCTAGTGCTTGTGATTGGCAATTGTGCTTTGGTCGCGCATCTAATGGCAGACGGCTTGACCC
CDS Sequence
  • >LOC_Os08g31460.1
    ATGGCTCGCGCTCTCTCTCGCCTCCTCCTCCCGCCCCTCTTCCTATGCCGCCCTCTCCCACTCCCACCCCTCCTCCACCGCCGCCGCCGCGTCGTCCTAAACCCTAGCCCCAGAACCCTCACCACGCGCGCCGAGGCCCTCTTCTCCCGCCACTCCCACCTCCTCCCCGCCGACGACCGCTCCCCCTCCCCCTCCACCCGCGGCTCCGTCCAGCCGCCGCCGGACTATGGCGGCGGCGGAGGCGGAGCGGGCCCCGGGACCATCGCCGCCATCGTCACCTCCCTCGGCGGCGGCCCCGCGGCGGTGGGGATCGTGCGGCTATCCGGCCCCGACGCGGCCGCCGTCGCGGGGCGCGTGTTCCGGCCGGCCAGGAGGGCGGCGCCGCCGTGGCGGCCGCGCAGCCATTTCGTCGAGTACGGGGTCGCGCTCGACCGCGATGGCGGCGTCATCGACGAGGTCTTAGTGGTGCCGATGCTAGCTCCGAGATCGTACACGCGGGAGGATGTGGTGGAGCTCCAGTGCCATGGGAATGACCTGTGCTTGCGGCGTGTGCTCAGGGCCTGCTTGGAAGCTGGTGCTAGGCTTGCTGACCCTGGTGAGTTCACTGTTCGTGCGTTTCTGAATGGGAGGTTGGACTTGGCACAAGCGGAGAATGTGTCAAGGCTCATTTCAGCCAAATCTGCAGCTGCGGCAGACTCAGCATTGGCTGGCATACAGGGAGGCTTTTCTGCACTAGTAAAATCACTGAGATCAAGGTGCATAGAATTGCTCACTGAGATTGAGGCCCGTCTAGACTTTGAAGATGAATTGCCTCCTTTGGATCTAACAATGCTGGTCAGCAAAATTAATGGTATGAGACAAGAGGTTCAGGATGCTTTGGACACTGCTAATTATGATAAGCTGCTACAATCTGGTCTGCAGGTAGCAATAATTGGCCGCCCAAATGTTGGCAAGTCAAGCCTGCTGAATGCTTGGAGTAAGAGTGAAAGGGCTATTGTTACTGAAATAGCTGGAACCACAAGGGATGTAGTAGAAGCAAATGTCTCAATTCATGGCATCCCTATTACCCTTCTAGATACTGCTGGTATAAGAGAAACTGATGACATCGTGGAAAAAATTGGTGAGATATTATCTTGGAAATATTCAATGCTGCACAGTGCATACTTGTATAATGGTGTGGAACGATCAGAAGCTGCTGCACTGGGAGCTGATCTGATTATTATGACAATAAGTGCAGTTGATGGGTGGACTGAAGATGACACTAAACTTATTGAGCATGTGTTGATCAGTAAGAAATCTTCAGGTGCTCCAGTGCCAATGGTCCTTGTAATCAACAAGGTAGATTGTGCACCATTTATTTCAGGAGAACAGTTTGAACAATTCCATGGAGTTTTCAAAAAACATGTGCAAACATGTGCAGTCACTGGTAAAGGCATTTCTGAGTTGGAGAAGGCTATAATAGAGGTCAGAGGTCTTGAGCCTGTACCATCAGAGGGACGGCGATGGACTGTAAATCAGAGGCAATTTGAACAGCTATTGAGGACCCAACAAGCTTTTACTAGGCTAGAGTCATCTATCAACGAGCAGTTGCCGATGGACTTCTGGACTATAGACTTGAGGGAAGCAGCATTGGCTCTTGCAACAATCAGCGGGGAGGATATCTCTGAAGAAGTCCTGAGCAGCATATTCAGCAAATTTTGCATTGGAAAATGA
Protein Sequence
  • >LOC_Os08g31460.1
    MARALSRLLLPPLFLCRPLPLPPLLHRRRRVVLNPSPRTLTTRAEALFSRHSHLLPADDRSPSPSTRGSVQPPPDYGGGGGGAGPGTIAAIVTSLGGGPAAVGIVRLSGPDAAAVAGRVFRPARRAAPPWRPRSHFVEYGVALDRDGGVIDEVLVVPMLAPRSYTREDVVELQCHGNDLCLRRVLRACLEAGARLADPGEFTVRAFLNGRLDLAQAENVSRLISAKSAAAADSALAGIQGGFSALVKSLRSRCIELLTEIEARLDFEDELPPLDLTMLVSKINGMRQEVQDALDTANYDKLLQSGLQVAIIGRPNVGKSSLLNAWSKSERAIVTEIAGTTRDVVEANVSIHGIPITLLDTAGIRETDDIVEKIGEILSWKYSMLHSAYLYNGVERSEAAALGADLIIMTISAVDGWTEDDTKLIEHVLISKKSSGAPVPMVLVINKVDCAPFISGEQFEQFHGVFKKHVQTCAVTGKGISELEKAIIEVRGLEPVPSEGRRWTVNQRQFEQLLRTQQAFTRLESSINEQLPMDFWTIDLREAALALATISGEDISEEVLSSIFSKFCIGK*