Gene Details:

Functional Descriptions:

  • AUREA maintains the balance between chlorophyll synthesis and adventitious root formation in tomato.
  • tomato gene AUREA (AU) that not only led to leaf chlorosis but also caused the spontaneous formation of ARs on stems.
  • The mutation was mapped to the phytochromobilin synthase gene AUREA (AU), in which a single amino acid substitution from asparagine to tyrosine occurred.
  • We identified a mutation in the tomato gene AUREA (AU) that not only led to leaf chlorosis but also caused the spontaneous formation of ARs on stems.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
  • >Solyc01g008930.4.1
    TGTCCGATTAAATAGTGTCACGTAAATCAAGATCGAAGTACAGTACCAAAAATATAATCTTGCCGTTTGGTGATGTGTTTGCACAATCACCGTCCCTTTGCTCAAAGCAAAATCCACCACTTGCTCATACAGGTACCATCAATTTTTTTTTTTGCTACTGTTTATAGTAGCAATGTTATTTTTATTCAATACTTTATAGTAAAACTAAATCATCAAGAAGAGAAATATCATTGAAAACTGAGCTGAAAATTGAGTTTTTTTTTAAAAAAAACAAAGAAAAAATGGAGCTTTGAAACACTTAAAGATTGTAACTTTTTTTGGTTCAATGGAGTGTTTTTCTTCACTAGGGTGGTTTTGTATATCTAACCCTTCTTTTATTGGACTGAAAAGTAAGAAGAAGTATAGTTTGAGTAGAAAATGTAGAAGCTTTAACGAAGTTGGGAGTAAGTGTGTGAGTATGAGCTATACAGAAAATGAAAGCTCTGGTGTTTCTTACAAGAAGTTGATTCATTTTGCTTTAGAAGAAACAAATACACATACCCTTTTGTCCCCTTCTCCATTGCAGGAGAAATACAGTTCTTTGTTGTCCATGGATGACAAAACGGAGCTACAGATGCTTTCTTTTGAAGCCCATAAAATTCGACTCCTTCGCAGTCTATGTATTGAAGGGAGCGACGGCATGCAGGTATTGGATTTTGCTGCATTCCCGAAACCGGAATTTGATCTGCCTATCTTCTGTGCCAACTTTTTCACTACTGCTAAGATGAACATAATTGTACTGGACCTCAACCCATTGCACGACATCATGGATCAAGAAGATTACAAGGAGAAGTACTATAAAGACTTGATTACTCTAGGCCTCAAGTATTCTAAGCTTTTACCCTGGGGAGGGAAGCTCACCAGCGAATCTCTGAGATTTTTTTCACCAATAGTCATATGGACAAGATTCTCATCTAGTCCACACAACCATTCAGTTTTGTTTTCTGCTTTCAAGGATTATTACCAGGCATGGCTTGGGCTAATGGACAGATCAGAAGGGGAGACGGACGCTTCTCAAATCGCTTGCAATTGCGAAGCTCAGCATAGATATTTGACATGGAGATCAGAAAAGGATCCAGGACATGGAGTTTTGAAAAGACTGATAGGGGAAGATCTTGCCAAGGATGTCATTACGAAATTTCTATTCAATGGTGTTAATGAACTTGGGAACAAAACATTTCTTGATTACTTTCCAGAGTACAGATGTGAAGATGGTAAAGTAAACGAAAAGCGCAGTATGATTGGCAAATCATTCGAAAATCGACCATGGAATGCAAGAGGAGAATTCATAGGCGATAGAGTTGAGATTGTCTGATGTAATATCTACCTCGTCTCTGTTAATTAGCCGATCCCAACTCGTTTGGGATTGAGTAGTAGTAGCTGCTGTTGTTTTAGTTTATTGTAGTAGTCGTAACCGTCTCTGTCAATGTCAATCTTTTGACAGTTTGATGCAGGAGAAGAATTCATAGGTGATAGTGTTGAATCAATAACGAAAGTGGGGTCTGGGGAGAGTGTTGTGTACGTAGAGTAGCAGTCTCGCGGACCGTACCCTACCTTGTGAAGGTAGAGAGACTGTTTCGGATACCGAATGTAATCTGTTGTAACTTTCACATGTTCTCTTTATTCTTGTTTATTCAATCTCAGTCAATGTAAATAGTTCATCACA
CDS Sequence
  • >Solyc01g008930.4.1
    ATGGAGTGTTTTTCTTCACTAGGGTGGTTTTGTATATCTAACCCTTCTTTTATTGGACTGAAAAGTAAGAAGAAGTATAGTTTGAGTAGAAAATGTAGAAGCTTTAACGAAGTTGGGAGTAAGTGTGTGAGTATGAGCTATACAGAAAATGAAAGCTCTGGTGTTTCTTACAAGAAGTTGATTCATTTTGCTTTAGAAGAAACAAATACACATACCCTTTTGTCCCCTTCTCCATTGCAGGAGAAATACAGTTCTTTGTTGTCCATGGATGACAAAACGGAGCTACAGATGCTTTCTTTTGAAGCCCATAAAATTCGACTCCTTCGCAGTCTATGTATTGAAGGGAGCGACGGCATGCAGGTATTGGATTTTGCTGCATTCCCGAAACCGGAATTTGATCTGCCTATCTTCTGTGCCAACTTTTTCACTACTGCTAAGATGAACATAATTGTACTGGACCTCAACCCATTGCACGACATCATGGATCAAGAAGATTACAAGGAGAAGTACTATAAAGACTTGATTACTCTAGGCCTCAAGTATTCTAAGCTTTTACCCTGGGGAGGGAAGCTCACCAGCGAATCTCTGAGATTTTTTTCACCAATAGTCATATGGACAAGATTCTCATCTAGTCCACACAACCATTCAGTTTTGTTTTCTGCTTTCAAGGATTATTACCAGGCATGGCTTGGGCTAATGGACAGATCAGAAGGGGAGACGGACGCTTCTCAAATCGCTTGCAATTGCGAAGCTCAGCATAGATATTTGACATGGAGATCAGAAAAGGATCCAGGACATGGAGTTTTGAAAAGACTGATAGGGGAAGATCTTGCCAAGGATGTCATTACGAAATTTCTATTCAATGGTGTTAATGAACTTGGGAACAAAACATTTCTTGATTACTTTCCAGAGTACAGATGTGAAGATGGTAAAGTAAACGAAAAGCGCAGTATGATTGGCAAATCATTCGAAAATCGACCATGGAATGCAAGAGGAGAATTCATAGGCGATAGAGTTGAGATTGTCTGA
Protein Sequence
  • >Solyc01g008930.4.1
    MECFSSLGWFCISNPSFIGLKSKKKYSLSRKCRSFNEVGSKCVSMSYTENESSGVSYKKLIHFALEETNTHTLLSPSPLQEKYSSLLSMDDKTELQMLSFEAHKIRLLRSLCIEGSDGMQVLDFAAFPKPEFDLPIFCANFFTTAKMNIIVLDLNPLHDIMDQEDYKEKYYKDLITLGLKYSKLLPWGGKLTSESLRFFSPIVIWTRFSSSPHNHSVLFSAFKDYYQAWLGLMDRSEGETDASQIACNCEAQHRYLTWRSEKDPGHGVLKRLIGEDLAKDVITKFLFNGVNELGNKTFLDYFPEYRCEDGKVNEKRSMIGKSFENRPWNARGEFIGDRVEIV*