We narrowed to 94 results for: mcherry

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

New fluorescence resonance energy transfer (FRET)-based calcium biosensors and FRET-based sensors for the intracellular imaging of transition metal ions.

Overview of the MORF library collection and accompanying ATLAS deposited at Addgene

Learn about the fluorescent protein work being supported by the Michael Davidson and Rogers Tsien Commemorative Travel Awards.

All living cells possess a bioelectric state. Learn about how bioelectricity can advance research in birth defects, regeneration, medicine, and synthetic bioengineering

Connie Cepko's lab at Harvard University has developed transcription factor and CRE recombinase variants activated by GFP. Learn more inside!

In our latest Hot Plasmids, we feature new systemic capsids, Cas-Page, an anti-FLAG antibody, and more!

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

Find a list of universal sequencing primers and other common sequencing primers.

Learn about CRISPR activation tools for neuroscience including a SPH transgenic mice, neuron-optimized viral vectors, and high-throughput screening.

Fluorescent protein timers can be used to determine molecular age. Learn how to use these unique tools in this post.

Learn how you can use MXS-Chaining to generate complex, multicistronic plasmid constructs.

Many commonly used fluorescent proteins form dimers producing artifacts in a variety of experimental settings. Learn how to avoid these artifacts.

Multicistronic or bicistronic vectors contain IRES and/or 2A peptides to allow for coexpression of multiple genes from a single transcript.

Aptamers are nucleic acid oligos that bind to small molecules to induce their fluorescence and can be used to study RNA localization and dynamics.

Learn about some things to consider when designing your fusions - where to make the fusions, the size and shape of the protein, and linker size.

Learn about new tools in Addgene's collection!

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

Learn how FLEx and optogenetics combined can be combined to control gene expression with high spatial and temporal resolution.

Struggling to get started with designing your first flow panel? This blog walks you through what you need to know and an example panel design to help you get started!