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Use plasmids to develop synthetic nanobodies in a few weeks with a three step selection process.

Scientists at Beam Therapeutics have found a way to improve editing in primary human cells using evolved adenine base editors called ABE8.

Learn some best practices to keep your mammalian cell lines free of contaminants and your experiments running smoothly.

Addgene scientists perform standard quality control for AAVs. But we are also going one step further with next-generation sequencing (NGS) of the viral genome.

Read updates on new developments in cancer research and learn about Addgene's Cancer Collection pages.

Tips to help you choose which fluorescent protein to use in your experiments.

Are you looking to make your office more eco-friendly? Read this blog post to learn what we've been doing to make our office more sustainable!

Welcome to Addgene's blog! In our blog we'll help you share science by highlighting the latest plasmid technologies, bringing you the inside scoop from scientists, providing career development advice, and more.

Read our gamma-retroviral guide to learn about gamma-retroviral components, retroviral production, and common uses.

Explore plant-optimized plasmids for cloning, gene expression, reporter assays, genome editing, gene silencing, and more.

Addgene's collection of plasmids for the Ras pathway. Ras is a small GTPase and constitutively active Ras is the most common oncogene in human cancer.

List of plasmid kits and accessory plasmids available from Addgene for generating your own specific TALE plasmids.

This post describes the design of shuttle vectors, which are designed for replication, selection, and expression in more than one host species.

Learn about how Cascade-Cas3 can be used as a CRISPR tool to degrade large fragments of DNA.

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

Which ELISA is right for your experiment? Read our blog post to help you decide!

Learn about the structure and life cycle of retroviruses to help understand how to use viral vectors tools in the lab.

Curious about the history of C-myc, one of the most common antibody tags? Learn all about it here!

An introduction to the use of antibodies in immunoprecipitation, including antibody immobilization, controls, and a basic overview of techniques.

Should you codon optimize your gene or not? Here, we discuss several reasons for and against codon optimization.