We narrowed to 61 results for: zebrafish

So you want to control neuronal activity, but should you choose chemogenetics or optogenetics? Read this article to see how these methods compare.

Learn about CRISPR plasmids at Addgene such as an E. coli genome-wide CRISPRi library, GeneWeld vectors, CasX plasmids, and drug inducible CRISPR/Cas9 activation.

Learn what non-model organisms are, why scientists use them, and what they can teach us.

This page lists plasmid vectors designed to express nucleases in different cell types. Zinc finger arrays can be transferred in-frame to these vectors.

A list of zebrafish genes and associated pairs of zinc finger arrays that can be used to generate ZFNs targeted to a site within that gene.

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. 

The Doudna lab recently described a new, thermostable Cas9 variant, GeoCas9. Learn how you can use GeoCas9 in your next genome engineering experimetn.

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

Learn about SF-iGluSnFr, an updated glutamate biosensor from Loren Looger's lab.

Learn about OCaMP, a new orange genetically encoded calcium indicator .

Learn all about new plasmids available at Addgene including an anti-CRISPR optogenetic tool, the fluorescent voltage indicator Archon1, photoswitchable proteins, and a simplified 2in1 cloning method.

CRISPR plasmids available at Addgene. Search by species and CRISPR function.

Learn about a variety of AAV encoded calcium biosensors available from Addgene.

If you're new to behavioral neuroscience, this article will walk you through how to standardize your experiments and chose viral vectors appropriate for your experiment.

Learn about the different open resources for C. elegans like OpenWorm, microPublication, and 3'UTRome, and find C. elegans tools at Addgene.

Learn how you can use planarian plasmids from the Sánchez lab to teach developmental biology techniques to new molecular biologists.

Use the deposit spreadsheet to quickly deposit multiple plasmids with Addgene.

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

Get tips on how to monitor your protein of interest inside cells - co-localization, complex formation, and more.

CRISPR plasmids that create double strand breaks in DNA.