By Beth Kenkel
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This post was contributed by Jesse S. Boehm, the Associate Director of the Cancer Program at the Broad Institute of Harvard and MIT. The notion of cancer precision medicine seems so simple! Take a patient’s tumor sample, use cutting edge genomic technologies to map the mutations ...
This post was contributed by Scott Findlay, a Postdoctoral Fellow at the University of Alberta. If you’re like many researchers these days, you are ready to take (if you haven’t already) the plunge into the world of precision genome editing. When it comes time to (hopefully) ...
Scientists use deep mutational scanning to simultaneously test how multiple amino acid changes affect a protein of interest’s function. This technique relies on the generation of a plasmid library that expresses all desired variants of a protein. Applying a selective pressure ...
When facing a cloning project, scientists are no longer limited to traditional restriction enzyme cloning. Instead, you can choose a molecular cloning technique that will work well with a given set of resources, time, and experimental needs. Since its invention in the late ...
Restriction enzyme cloning is the workhorse of molecular cloning; however, one of its biggest limitations is that sequence modifications can only be made at restriction enzyme cut sites. The lambda red system is an alternative method that can be used for cloning or genome ...
If you’re into cloning, you’re probably aware that there are several methodologies currently available for approaching it. These include the traditional restriction enzyme/ligase-mediated method, the more recently developed Gibson Assembly Cloning and Gateway® cloning ...
One of the most powerful strategies to investigate a gene's function is to inactivate, or "knockout", the gene by replacing it or disrupting it with an piece of DNA designed in the lab. Specially constructed plasmids can be used to replace genes in yeast, mice, or Drosophila ...
