We narrowed to 16 results for: LEA

Check out some of the new and useful tools recently deposited in the Addgene repository!

Neil McKenna and Bert O’Malley of the Nuclear Receptor Signaling Atlas (NURSA) provide an introduction to nuclear receptors and more.

As part of Addgene's Management for Scientists, this post describes the differences between managing vs. leading and the skills associated with each.

This blog post explores ways to gain leadership experience at professional organizations like the National Postdoctoral Association.

This page lists plasmid vectors designed to express nucleases in different cell types. Zinc finger arrays can be transferred in-frame to these vectors.

We share our principles of clear and accessible writing and show how to apply them through the development of alt text.

Tired of meetings? Read this blog post for tips on how to run an enjoyable and productive meeting.

Transient plant leaf transformation can save you time... months in fact. Learn more about this method and get some tips and tricks for designing your transient plant leaf transformation experiment.

Addgene lab technician Racheal Komuhendo describes her recent experiences at a workshop at Lab Central and how you can get the most out of a similar workshop.

Making the transition from bench to management can be daunting, but these tips can help!

Learn about some newly developed Cas proteins and how to choose a Cas protein based on site accessibility, specificity, and sensitivity.

Learn about the sources of spontaneous recombination and optimizing Cre-recombinase dependent AAV vector expression in vivo.

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

Addgene's conference rooms are named after gene names. Learn more about these genes including sonic hedgehog, sleeping beauty, groucho, and cookie monster.

Fourteen years after Cas9, CRISPR has moved beyond DNA cutting. Read Addgene's recap of CRISPR Frontiers 2026, covering programmable gene insertion, RNA-sensing cell killing, and next-gen base and prime editors.

Learn how a new episomal plasmid-based method can be used to efficiently reprogram blood cells to induced pluripotent stem cells