We narrowed to 465 results for: %s

If you can't find a validated antibody for your flow experiment, this blog post can help you validate your antibodies yourself.

Learn about using SpyLigase for irreversible peptide-peptide ligation and magnetic cancer cell capture.

The NeuroMab Facility and James Trimmer have produced monoclonal antibodies validated for neuroscience research. Find plasmids encoding these R-mAbs here.

This post provides tips for designing a prime editing experiment, from pegRNA design, PE tool selection, and choice of DNA sequence to edit.

Magnetoresponsive proteins have seemed like a dream... but Andrew York's lab has developed and deposited one, opening the possibility of magnetoresponsive tools!

PRIDICT 2.0 is an updated software that can help you design gRNAs for PRIME editing. Read more in our guest post!

Learn about what's coming for Addgene in 2026

The Patriarchi lab has deposited two new norepinephrine indicators with increased speed and sensitivity.

Use this protocol to generate lentivirus

Browse Ginkgo Bioworks plasmids to express SARS-CoV-2 viral proteins in several expression systems.

This post describes CRISPR-derived base editors to convert cytosine to adenine or guanine, called CGBEs or GBEs.

If you need to image more than one protein in your sample, multiplex immunofluorescence is an important skill to master!

Overview of split vector approaches for fitting genes >4.7 kB into AAV including overlapping, transplicing, hybrid, and sequential homologous recombination.

Learn about TnpB, a small genome editor with a function similar to CRISPR systems!

INTEGRATE is a bacterial genome engineering system that uses CRISPR to direct transposition to targeted locations in the genome.

An open-source biosensor platform, TRUPATH, measures the association of G protein signal transducers using bioluminescence resonance energy transfer.

Overview of the CRISPRi system for rewiring metabolic circuitry, with a focus on the paper by Zalatan et al 2015.

A look at the history of the CRISPR/Cas system. Discovered in bacteria, this system has been harnessed for genome engineering.

Where did plasmids come from? Learn more about natural plasmids, the benefits they offer cells, and how scientists have adapted them into laboratory tools.

Use anti-CRISPR proteins to turn off genome editing and prevent off-target effects. In this article, read about how it works and its applications