By Rachel Leeson
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Annotation of genes in immune cells typically involves the creation of germline knockout mice, which is time-consuming, as it only changes one gene at a time. CRISPR-based systems enable gene knockout in immune cells in a high-throughput manner, but these systems have not been ...
Addgene is announcing we have chosen to stop all activity on X, formerly Twitter. If you are interested in engaging with us on social media, you can find us on Bluesky: @addgene.bsky.social; or @addgene on Instagram, TikTok, Facebook, and LinkedIn. We are also exploring other ...
Today marks Addgene's 20th anniversary! We've done so much in the past two (2!) decades that it's hard to summarize, but we wanted to mark the occasion by trying.
Neuromodulators like dopamine and norepinephrine have important functions in the brain but have been difficult to study without biosensors to directly visualize their activity. In 2019, the first generation of norepinephrine sensors was developed, named GRABNE, which helped ...
It's December, and that means it's officially the start of Addgene's winter holiday celebrations! We're kicking it off by sharing all the incredible guest posts and stories featured in our blog in 2023. Some of these were written by guest authors, while others chose to work with ...
Every few months, we highlight a subset of the new plasmids, antibodies, and viral preps in the repository through our Hot Plasmids articles. Today, it's time for another edition of Hot Plasmids!
Getting ready for Society for Neuroscience Conference 2023? So are we! Come say hi to us at Addgene's booth, #3422, in the nonprofits section.
