We narrowed to 30 results for: pET

Play along in the scavenger hunt to find Addgene pets all over the blog. Enter to win Addgene swag!

Use these protocols and tips to make your own competent cells and transform your DNA. It's easy and affordable.

Browse Addgene's collection of ARF family plasmids. ARF family members include regulatory GTPases, GEFs, and GAPs.

New to remote working? Find tips for self-care, professional development, writing, balancing working from home with parenting, and more.

Addgenies came together to celebrate our 20th anniversary!

Learn how to use Easi-CRISPR to generate mouse knock-in and conditional allele models.

Learn about the various expression systems and plasmids you can use to produce your protein of interest.

Get into the Holiday Spirit with Addgene's annual #DeckTheLab contest!

See the winners from Addgene's 2020 Deck The Lab contest! Contestants could either decorate the lab or make a science-themed winter decoration from home.

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

This post highlights some of the tools Addgene makes available to industry scientists.

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

The Addgene marketing co-op shares her experience working at Addgene for the past five months.

The origin of replication is the DNA sequence which allows initiation of replication within a plasmid by recruiting transcriptional machinery proteins, enabling a plasmid to reproduce itself.

Uncertain about using LinkedIn as a scientist? Find seven tips for leveraging your LinkedIn profile for your career.

Learn about selecting the correct pipettor and pipette tip, how to dispense liquids, and how to handle the pipette.

Explore empty plasmid backbones with different fluorescent tags to create fusion proteins with your gene of interest.

An overview of split fluorescent proteins and a highlight of some of the most popular and newest ones available on Addgene.

Learn the basics of CRISPR ribonucleoprotein (RNP) preparation and delivery for your next gene editing experiment.

Learn all about CAPTURE - a new CRISPR-based technique to study regulatory elements in their native chromatin contexts.