We narrowed to 21 results for: zebrafish

Addgene's zebrafish resources: Find plasmids for use in zebrafish.

CRISPR plasmids that have been designed for use in zebrafish.

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.

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

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

CRISPR plasmids that create double strand breaks in DNA.

Reagents from the Keith Joung laboratory for engineering TAL effectors, including designed TALENs, and assembly methods for REAL, REAL-Fast and FLASH

Plamids for Oligomerized Pool ENgineering (OPEN) method has been used to engineer ZFNs that function in zebrafish, plants, and human cells

CRISPR plasmids for precisely editing DNA bases without inducing a DNA break.

Browse Addgene’s curated list of CRISPR resources and references, including gRNA design tools, CRISPR FAQs, and community forums.

A selection of Addgene's empty vector backbones curated by species, epitope tags/fusion proteins, function, selectable markers, and more.

Find reagents for engineering and expressing zinc finger proteins deposited by Zinc Finger Consortium members like the Joung Lab, Voytas Lab, and Wolfe Lab

CRISPR plasmids with dCas9 fused to FokI for creating double-strand breaks (DSBs).

Find information on Addgene's collection of plasmid-based antibodies, including monoclonal antibodies, scFvs, and nanobodies.

Guide to TALEN technology and using TALEN plasmids

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

CRISPR plasmids for endogenous tagging of your gene of interest.

The NeuroMab Facility and James Trimmer have produced monoclonal antibodies validated for neuroscience research. Find plasmids encoding these R-mAbs here.

An overview of CRISPR's development from a prokaryotic immune system to a valuable genome engineering tool.