By Mary Gearing
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High-throughput cloning, in a nutshell, is the systematic combination of different genetic sequences into plasmid DNA. In high throughput cloning techniques, although the specific sequences of the genetic elements may differ (e.g., a set of various mammalian promoters), the same ...
This post was contributed by guest blogger, Luke Lavis, a Group Leader at the Janelia Research Campus, Howard Hughes Medical Institute. Chemistry is dead, long live chemistry! The discovery of green fluorescent protein (GFP) sparked a renaissance in biological imaging. Suddenly, ...
This post was contributed by guest blogger James D. Fessenden, an Assistant Professor at Brigham and Women’s Hospital. Biochemists often struggle to understand how a protein of interest actually behaves. How large is it? What parts of it move when you feed it substrate or add an ...
This post was contributed by guest blogger Erik L. Snapp. Stop using EGFP/GFP for fusion proteins! Despite multiple studies in high profile journal articles, many researchers remain unaware that EGFP/GFP is prone to forming noncovalent dimers. This property of EGFP can lead to ...
At Addgene, we love GFP, and we’re always excited when depositors find new ways to make this workhorse protein even more useful! From FPs optimized for oxidizing environments to photoconvertible variants, it seems like GFP is always learning new things. Now, work from Connie ...
Epigenetics has recently been hitting the headlines, with sotires like the potential devastation of the palm oil industry through epigenetic effects on the Cover of Nature. So what is epigenetics and what tools are available to study it?
This post was contributed by guest bloggers Erik L. Snapp and Lindsey M. Costantini. "You underestimate the power of the Dark Side." --Darth Vader in "Return of the Jedi" While Vader was referring to the evil side of a mystical "Force," this quote is equally applicable to many ...
