Gene Details:

Functional Descriptions:

  • Map-based cloning identified the mutated gene, CsaV3_3G003590, which we designated as CsTL, which is homologous to Arabidopsis thaliana LATERAL SUPPRESSOR (AtLAS).
  • Knocking out CsTL repressed tendril formation but did not affect branch initiation, whereas overexpression (OE) of CsTL resulted in the formation of two or more tendrils in one leaf axil.
  • Knocking out CsTL inhibited tendril formation, whereas OE of CsTL led to the production of multiple tendrils in cucumber leaf axils.
  • Our results revealed not only that cucumber CsTL possesses a divergent function in promoting tendril formation but also that CsREV retains its conserved function in shoot branching.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
  • >Csa_3G039300
    ATGGACCCTTCTTTCAATTCCTCTCATCAAGAACATCAACAAGAACCAGAACAACAGGAAGATCATTGTTTACAAATGCGTCAATTACTTATCCGTTGTGCTCATTTTATTTCTCAATCTGATTTCATTTCAGCTCATCATCTTCTTTCAATTCTTTCTTCAAATTCCTCTCCTTATGGTGATTCAACTCAAAGATTACTCCATTATTTCTCTTCTTCCCTTTCTCATCTCCTCCCTTCATCAAATTATAATTCATCTTTTCATCATCATCATCACGACATTGAAAAGATTCAATCTTGTTACTTATCATTGAATCAAATCACGCCCTTTATTAGATTCACTCATTTAACTGCAAATCAAGCCATTTTAGAAGGTATTGAAGAAAGTGGTATGATTCATGTTTTGGATTTCGATATTATGCATGGTGTTCAATGGCCTCCTCTTATGCAAGCTTTGGCTGATCGTTTTCCTTCTCCTATGCTTCGTATTACTGCCACTGGTGTTGATCTTAATTTCCTTCATAAGACTGGTGATAGACTCTCAAAATTTGCCCAATCACTTGGTTTGAGGTTTCAGTTTCACCCTTTGCTTCTTCTTCATGATCGTGATCATCATCGCGTTATCCCTGCTGCTCTTACCCTCTTCCCCGATGAAGCTCTCGCCGTTAACTGCGTACTCTACTTGCACAGGTTAATGAAGGACGATGTTCGAGTATTGCTTAATAAAATCAAGGCTTTGAATCCAAAAGTGGTGACAATAGCTGAAAAGGAAGCAAATTTCAACCATCCATTATTCATGCAAAGATTTGTAGAGGCATTGAATCATTACACTTTATTATTTGATTCATTAGAAGCAACTTTACCTCCAAACAGTAGGGAGAGATTGGCAGTGGAGCAAGTTTGGTTTGGGAGGGAAATAAACGACATCGTTTCAGGAGAAGTGAATAAGAAAAAACAACACTATGCTGAAAGGTATGAATCATGGGAAACAATGCTTAAAAGTTTAGGGTTTTCTAATATTCCTTTAAGCCCTTTTGCTCTTTCACAAGCTAAACTCCTTCTTAGACTTCATTATCCTTCTGAAGGTTATCATCTCCAAATCCTTCATGATTCCCTTTTTCTTGGTTGGCAAAATCAACCCCTCTTTTCAGTCTCTTCATGGCATTGA
CDS Sequence
  • >Csa_3G039300
    ATGGACCCTTCTTTCAATTCCTCTCATCAAGAACATCAACAAGAACCAGAACAACAGGAAGATCATTGTTTACAAATGCGTCAATTACTTATCCGTTGTGCTCATTTTATTTCTCAATCTGATTTCATTTCAGCTCATCATCTTCTTTCAATTCTTTCTTCAAATTCCTCTCCTTATGGTGATTCAACTCAAAGATTACTCCATTATTTCTCTTCTTCCCTTTCTCATCTCCTCCCTTCATCAAATTATAATTCATCTTTTCATCATCATCATCACGACATTGAAAAGATTCAATCTTGTTACTTATCATTGAATCAAATCACGCCCTTTATTAGATTCACTCATTTAACTGCAAATCAAGCCATTTTAGAAGGTATTGAAGAAAGTGGTATGATTCATGTTTTGGATTTCGATATTATGCATGGTGTTCAATGGCCTCCTCTTATGCAAGCTTTGGCTGATCGTTTTCCTTCTCCTATGCTTCGTATTACTGCCACTGGTGTTGATCTTAATTTCCTTCATAAGACTGGTGATAGACTCTCAAAATTTGCCCAATCACTTGGTTTGAGGTTTCAGTTTCACCCTTTGCTTCTTCTTCATGATCGTGATCATCATCGCGTTATCCCTGCTGCTCTTACCCTCTTCCCCGATGAAGCTCTCGCCGTTAACTGCGTACTCTACTTGCACAGGTTAATGAAGGACGATGTTCGAGTATTGCTTAATAAAATCAAGGCTTTGAATCCAAAAGTGGTGACAATAGCTGAAAAGGAAGCAAATTTCAACCATCCATTATTCATGCAAAGATTTGTAGAGGCATTGAATCATTACACTTTATTATTTGATTCATTAGAAGCAACTTTACCTCCAAACAGTAGGGAGAGATTGGCAGTGGAGCAAGTTTGGTTTGGGAGGGAAATAAACGACATCGTTTCAGGAGAAGTGAATAAGAAAAAACAACACTATGCTGAAAGGTATGAATCATGGGAAACAATGCTTAAAAGTTTAGGGTTTTCTAATATTCCTTTAAGCCCTTTTGCTCTTTCACAAGCTAAACTCCTTCTTAGACTTCATTATCCTTCTGAAGGTTATCATCTCCAAATCCTTCATGATTCCCTTTTTCTTGGTTGGCAAAATCAACCCCTCTTTTCAGTCTCTTCATGGCATTGA
Protein Sequence
  • >Csa_3G039300
    MDPSFNSSHQEHQQEPEQQEDHCLQMRQLLIRCAHFISQSDFISAHHLLSILSSNSSPYGDSTQRLLHYFSSSLSHLLPSSNYNSSFHHHHHDIEKIQSCYLSLNQITPFIRFTHLTANQAILEGIEESGMIHVLDFDIMHGVQWPPLMQALADRFPSPMLRITATGVDLNFLHKTGDRLSKFAQSLGLRFQFHPLLLLHDRDHHRVIPAALTLFPDEALAVNCVLYLHRLMKDDVRVLLNKIKALNPKVVTIAEKEANFNHPLFMQRFVEALNHYTLLFDSLEATLPPNSRERLAVEQVWFGREINDIVSGEVNKKKQHYAERYESWETMLKSLGFSNIPLSPFALSQAKLLLRLHYPSEGYHLQILHDSLFLGWQNQPLFSVSSWH