By Tyler Ford
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Updated Apr 6, 2021. If you’re doing high throughput work, it’s likely that you come into the lab wishing there was a machine that could make your life a hundred times easier. We’ve certainly felt this way at Addgene so we’ve been putting some work into finding robots that’ll ...
By mutating one of two Cas9 nuclease domains, researchers created the CRISPR nickase. Nickases create a single-strand rather than a double-strand break, and when used with two adjacent gRNAs, can lower the probability of off-target editing. In this post, we’ll summarize how IDT ...
Today on the Addgene Podcast, we have another interview conducted by European Outreach Scientist Benoit Giquel. Ben recently spoke with Joachim Goεdhart, a professor at the University of Amsterdam. In addition to creating and sharing many great fluorescent protein tools, ...
This post was contributed by guest blogger Greg Lohman, a biochemistry researcher at New England Biolabs. When do you need a high fidelity ligase—and when is an alternative ligase a better choice? And what is ligase fidelity anyway? Let’s talk about it. DNA ligases are enzymes ...
Many of us take comfort in the fact that it’s often not quantity, but quality that really matters. Well, it turns out this isn’t the case for using AAV. When it comes to infecting cells, titer, the amount of virus used, really does matter. (*psst*, quality definitely also ...
Western blots. ELISAs. Immunofluorescence. What do all of these techniques have in common? They all typically require secondary antibodies, frequently of the mouse or rabbit variety. While antibodies certainly aren’t “broken,” their production does require continued animal ...
As a tech at Addgene, part of my job, in addition to preparing DNA and generating/replenishing kits, is to find new ways to make lab processes more efficient. Being in the Boston area, we get many opportunities to learn from other biotech companies at workshops and can use what ...
