Our Systems

SKI LODGE

The DNA sequence (i.e., gene cDNA) can be introduced as a single copy, regulated by five tissue-specific promoters.

SKI LODGE C elegans
SKI LODGE System in C elegans to express transgenes by CRISPR/Cas9
  • We generated a single-copy knock-in loci for defined gene expression (SKI LODGE) system to insert any DNA by CRISPR/Cas9 at defined safe harbors in the C. elegans genome. Utilizing a single crRNA guide, which also acts as a Co-CRISPR enrichment marker, any DNA sequence can be introduced as a single copy, regulated by five different tissue-specific promoters.

    Paper

    Step-by-Step Guide

  • WBM1119: sequence & CGC

    WBM1126: sequence & CGC

    WBM1140: sequence & CGC

    WBM1141: sequence & CGC

    WBM1179: sequence & CGC

    WBM1214: sequence & CGC

    WBM1215: sequence & CGC

    WBM1617: sequence & CGC

Universal SKI

Any gene (with regulatory sequences) can be cloned into the universal pSKI plasmid by traditional cloning or Gibson Assembly® and then inserted as a single copy into any chromosome.

Universal SKI system C elegans
Universal SKI System in C elegans to express transgenes by CRISPR/Cas9
  • The Universal SKI System uses the pSKI plasmid (with 47 restriction sites) that facilitates the insertion of a gene of interest at specific safe harbor loci on each autosome. The pSKI plasmid contains two synthetic 900-bp homology arms that recombine with the SKI cassettes. This system also uses a single crRNA guide. Overall, the Universal SKI System is highly flexible.

    Paper

    Step-by-Step Guide

  • Plasmid

    pSKI: sequence & link to buy

    Strains

    CSG10: sequence & CGC

    CSG18: sequence & CGC

    CSG19: sequence & CGC

    CSG24: sequence & CGC

    CSG36: sequence & CGC