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Learn about recently available viral vectors and viral vectors coming soon from Addgene's viral service including our new trial size AAVs for serotype testing, jGCaMP7c variant in AAV1, Flp-expression AAV, and more.

Learn all about a highly processive reverse transcriptase, a new nanobody toolkit, and CRISPR-based tools for monitoring protein-DNA interactions

Learn about new plasmids including optogenetic control of synaptic transmission, acoustic reporter genes, miRNA reporter vectors, and CRISPR-Cas9 delivery for in vivo screening.

Learn about new plasmids at Addgene including plasmids for CRISPR, sparse cell labeling, reporting calcineurin activity, and an alternative to DNA staining dyes.

An overview of viruses used in biological research. Information related to history, applications, and limitations of the four most common viruses.

Find plasmids encoding fluorescent biosensors to measure biomolecules or genes via FRET or other assays.

An all-in-one CRISPR/Cas9 Multiplex Genome Engineering System for transfecting and editing cell lines.

Scientists are currently developing disease treatments using CRISPR. Learn about recent developments in the fight against HIV-1 with CRISPR.

Learn how repressible promoters work and how you can use them in your next experiment.

Angela Depace's lab recently described how Individual development plans (IDP's) help advance their research. Read on to learn more about IDPs.

We provide high quality AAV preps from select plasmids in the repository. Browse the University of Florida serotype testing panel for the eye and brain.

Browse Addgene's collection of plasmids for the generation and study of stem cells, from iPSC generation to directed differentiation.

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

Overview of the Sleeping Beauty transposase system and how they are efficient tools for genome engineering.pl

This post discusses the applications, advantages, and caveats to using hybrid guide RNAs, in which DNA bases are substituted for RNA bases.

This blog post describes a a self-excising cassette that can be used with CRISPR/Cas9 tools in C. elegans to generate genomic modifications.

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

Using synthetic biology principles has simplified and improved plasmids for optogenetic control of gene expression in E. coli.

A review of the types of engineered biosensors and how viruses can be used to deliver them.

An exploration of how the Trimmer lab developed their Addgene-deposited collection of recombinant antibodies.