We narrowed to 918 results for: plasmid

TOPO cloning is a restriction enzyme and ligase free cloning method. Learn how TOPO works in this post.

An introduction to gene, enhancer, and promoter trapping. Relevant examples of each along with pros and cons of each system.

An introduction to Gram negative and positive bacteria - what are they, how can you tell the difference, and where did this terminology come from?

Looking for a way to test a lot of different parts in your cloning, or maybe interrogate some complex genetic circuits? MoClo just might be the approach for you!

Changes in export control regulations have make rabies and VSV-G plasmids more accessible to researchers around the world.

Learn how you can use plasmids to teach students about functional genomics with your own "Pathways Over Time" project.

Find plasmids more easily with the new search feature on Addgene's website! Now, you can set filters to narrow down your plasmid or viral service search.

Addgene is teaming up with nonprofit Seeding Labs to provide plasmids to researchers in developing countries.

An introduction to transposons including Sleeping Beauty, piggyBac, and Tol2 and how they can be used in transposon mutagenesis screens, gene transfer, and creating transgenic animals.

Learn about new plasmids at Addgene including AAV split base editors, Ace2-mScarlet voltage indicator, CyanoGate MoClo cloning toolkit, and CreLite.

We describe the different modular cloning kits available for different applications and organisms to help you find the kit that's right for your experiment.

Ginkgo Bioworks and Addgene are synthesizing and distributing thousands of plasmids for COVID-19 research. Read to learn more about these constructs

Learn all about new optogentics tools, caffeine degradation, biosensors, and new fluorescent proteins.

Learn all about a highly processive reverse transcriptase, a new nanobody toolkit, and CRISPR-based tools for monitoring protein-DNA interactions

There are many plasmid tools available in molecular biology so how do you chose the right cloning method for you? Here, consider speed, cost, difficulty, efficiency, and the number of inserts when designing your cloning strategy.

Learn all about plasmids for protein degradation, endosome biosensing, studying the epigenome, and controlling gene expression in yeast.

The purpose of this article is to explain what Unique Persistent Identifiers are, why they’re important, and to announce that Addgene now supports two different formats of plasmid identifiers and how they should be used.

Learn all about how to regulate cell growth dynamics with optogenetics, the Riboglow platform for visualizing RNA production and localization, mCarmine, a new and improved red fluorescent protein, and the ACE reporter system for quantifying base-editing and Cas9 cleavage activity.

Learn all about new plasmids available at Addgene including an anti-CRISPR optogenetic tool, the fluorescent voltage indicator Archon1, photoswitchable proteins, and a simplified 2in1 cloning method.

Learn about new plasmids at Addgene including CRISPR, auxin inducible degradation, MerMAID channelrhodopsins, and genome looping.