By Joanne Kamens
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As Kendall mentioned in Tuesday's blog post, keeping up with the newest CRISPR technologies and their applications can be exhausting. A quick search for "CRISPR", short-hand for Clustered Regularly Interspaced Short Palindromic Repeats, in Pubmed returned 728 articles ...
If any of you are finding it hard to keep up with the news on CRISPR, there's a pretty good reason for that. Lately, significant advances in the understanding and application of CRISPR/Cas9 technology are coming along at a fast and furious pace. In December, as we've blogged ...
This is the fifth and final post in the Addgene Blog Mentoring for Scientists Series. The entire series and additional resources can be downloaded in E-Book format at the end of this post. If you have been following the posts in this Mentoring for Scientists series, you have: ...
As MIT's Ed Boyden explains it, his goal is "to understand the brain at a level of abstraction that enables the engineering of its function." Once scientists can do that, they will not only understand how the brain works, but also how to fix it when things go awry. To reach that ...
In our first few Plasmids 101 posts, we focused mainly on the elements required for plasmid maintenance within an E. coli cell, but vectors can be widely utilized across many different cell types and each one requires different elements for vector propagation. This post, along ...
It’s clear that CRISPR-Cas9 technology has really changed the game for anyone looking to quickly and easily manipulate specific genes. But what if you want to study genes all across the genome? Two new human lentiviral CRISPR library systems described in companion papers in ...
This is the fourth post in the Addgene Blog Mentoring for Scientists Series. I have been thinking a lot about Mentoring for over 10 years. Many successful scientists describe having a “posse” of mentors as one key to their success. But how do you find these elusive teachers, ...
