We narrowed to 19 results for: snap-tag

Ready to let your tags do the work for you? Learn about self-labelling protein tags and how they can give you flexibility in your experimental approach!

Learn about click biology and how you can use it to advance your experiments and explore biological phenomenon.

New England Biolabs has deposited plasmids at Addgene to generate SNAP, CLIP, ACP or MCP tagged plasmids for visualization of proteins inside cells.

SapTrap improves CRISPR genomic tagging in C. elegans by offering scientists an easy one tube assembly reaction to generate high-throughput targeting vectors.

The HA frankenbody combines optimized elements of an antibody probe with a fluorescent protein and can be used to easily visualize single molecules and newly formed proteins. 

Stochastic multicolor labeling is a powerful tool for discriminating between neurons. Learn about how a new system named Tetbow (Tetracycline transactivator Brainbow) can bring brighter multicolor labeling to neuronal tracing experiments.

Our February hot plasmids, including two new CRISPR tools, a protein ladder, and anti-FLAG frankenbodies.

Luke Lavis from Janelia Farms describes how small molecule fluorophores can still be useful in the age of fluorescent proteins.

Check out the latest Hot Plasmids, viral vectors, and antibodies in the Addgene repository!

There are many factors to consider when choosing a fluorescent dye or label. This post walks you through them so you can select a suitable one for your experiment.

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

Win a tasty winter treat in Addgene's #DeckTheLab holiday cheer lab photo contest. See details inside.

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

Find plasmids and resources for FRET experiments to measure protein interactions or conformation changes.

Learn about new tools in Addgene's collection, including new biosensors for neuroscience research, plasmids for a common lab enzyme, and more!

Learn how to target donor and acceptor fluorophores for FRET experiments.

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

Browse neurodegeneration plasmids for research related to Alzheimer's Disease, ALS, Frontotemporal Dementia, Huntington's Disease, Parkinson's Disease, and others.

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