By Beth Kenkel
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This post was contributed by Jacob Lazarus, a postdoctoral researcher at Harvard. There’s an astounding number of ways to create chromosomal mutations in bacteria, so many that it may be difficult to decide which path to take. A quick and easy way to introduce a mutation in the ...
This post was contributed by Samuel Mortensen, a PhD candidate at Northeastern University. Working with plants doesn’t always have to be a time-consuming process. While developing transgenic hairy root lines in tissue cultures takes half a year, and generating a transgenic plant ...
This post was contributed by Laura Lee, a graduate student at Stanford University. Arabidopsis is a fantastic model organism for many reasons, not the least of which is ease of transformation. There are many motivations to generate transgenic Arabidopsis, from studying ...
This post was contributed by Jake Watson and Javier García-Nafría from the MRC Laboratory of Molecular Biology. Plasmid cloning is an essential part of any molecular biology project, yet very often, it is also a bottleneck in the experimental process. The majority of current ...
This post was contributed by guest bloggers Becky Kucera, M.Sc. and Eric Cantor, Ph.D. from New England Biolabs. Golden gate assembly limitations Embraced by the synthetic biology community, Golden Gate Assembly is commonly used to assemble 2–10 DNA fragments in a single ...
This post was contributed by guest blogger Iris Lindberg, Professor at the University of Maryland School of Medicine. In the Lindberg Lab we often make cell lines that overexpress genes of interest; more recently we have also been using Addgene CRISPR vectors to generate cell ...
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) ...
