We’re moving the GATK website, docs and forum to a new platform. Read the full story and breakdown of key changes on this blog.
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Test-drive the GATK tools and Best Practices pipelines on Terra
Check out this blog post to learn how you can get started with GATK and try out the pipelines in preconfigured workspaces (with a user-friendly interface!) without having to install anything.
Hybrid selection is a method that enables selection of specific sequences from a pool of genomic DNA for targeted sequencing analyses via pull-down assays. Typical applications include the selection of exome sequences or pathogen-specific sequences in complex biological samples. Hybrid selection involve the use baits to select desired fragments.
Briefly, baits are RNA (or sometimes DNA) molecules synthesized with biotinylated nucleotides. The biotinylated nucleotides are ligands for streptavidin enabling enabling RNA:DNA hybrids to be captured in solution. The hybridization targets are sheared genomic DNA fragments, which have been "polished" with synthetic adapters to facilitate PCR cloning downstream. Hybridization of the baits with the denatured targets is followed by selective capture of the RNA:DNA "hybrids" using streptavidin-coated beads via pull-down assays or columns.
Please see the following reference for the theory behind this technique.