1,183 results

Learn about fluorescent protein techniques you can use to monitor cellular trafficking throughout an organism.

A paper published in Nature used CRISPR to correct a disease-causing mutation in human embryos. Does this paper herald a future of human germline editing?

Learn about the history of fluorescent proteins and download our new Fluorescent Proteins 101 ebook!

Two techniques developed by Addgene depositors have made it possible to track mRNA translation at the single molecule level using fluorescent proteins.

In the final post of our Quick Guide to Working with Drosophila, learn how to make Drosophila transgenic lines.

Learn about the fluorescent protein work being supported by the Michael Davidson and Rogers Tsien Commemorative Travel Awards.

Learn how you can use photoswitchable kinases to control signaling pathways with light!

Learn what the Gal4/UAS system is and how it can enable powerful experiments in Drosophila.

Learn how Addgene is supporting rare disease research through the Rare Genomics Institute and the BeHeard Award 2017.

Learn how the 2017 Addgene-Seeding Labs Plasmid Grant Awardees will be using plasmids in their research.

Learn how to use the pPSU plasmids to generate affordable DNA ladders.

Get your fly research started with this quick guide to working with drosophila.

Learn how you can use Green Listed to design gRNAs for custom CRISPR screens.

In this episode of the Addgene Podcast, we interview Darrell Kotton, Director of the Center for Regenerative Medicine at Boston University.

Learn about some of the latest developments in cancer and immunology research and find resources you can use to accelerate your immuno-oncology experiments.

We've partnered with SnapGene to update our plasmid maps. Learn how to use our new maps to accelerate your research.

Learn what FRET is and how you can use it in your experiments. Find additional FRET resources throughout the post.

Learn how scientists are using Twitter. We break it down by subject area, domains most tweeted, and more.

Get tips on how to monitor your protein of interest inside cells - co-localization, complex formation, and more.

Learn how dry ice shipment can affect pH and discover precautions you can take to protect your virus samples.