We narrowed to 917 results for: plasmid

CRISPR plasmids for activating or upregulating gene expression in various model organisms.

CRISPR plasmids for transcriptional repression of target genes.

Catalytically inactive CRISPR plasmids for purification of target loci.

Find plasmids for CRISPR-associated transposases (CASTs) for insertion of donor DNA.

CRISPR plasmids that create double strand breaks in DNA.

CRISPR nickase plasmids for the generation of single-strand breaks.

Overview of Addgene's viral preparation service for plasmids and pooled libraries. Viral preparation options include lentivirus and AAV.

Researchers from the MIT Sloan School of Management show that publications with plasmids deposited at Addgene get more citations.

The Addgene Blue Flame Awards celebrate depositors with highly requested plasmids. Learn more about the awards here.

One-pot saturation mutagenesis can quickly generate libraries of mutant plasmids for phenotypic screening. Learn more from SciComm intern Beth Kenkel.

Learn how to use and apply NEBuilder HiFi DNA Assembly Technology from New England Biolabs for quick and accurate plasmid cloning.

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

FastCloning is a fast and easy technique that can replace restriction cloning. Learn about this great plasmid cloning technique here.

Green fluorescent protein (GFP) and its derivatives can be used experimentally as fusion tags, biosensors, reporters, and more.

Learn more about luciferases, a class of enzymes used in bioluminescence, and how they are commonly used in reporter plasmids.

Check out some great blog posts from Addgene Depositors.

Learn about Addgene's QC process and how and why we maintain a high standard of sequence accuracy across our plasmid collection.

Learn how Addgene works with you to increase your work's visibility and citations through efforts to organize and curate the repository.

Learn about the latest statistics on CRISPR plasmid deposits and distributions and how this reflects the broader CRISPR community.

Use site directed mutagenesis to insert small mutations into your plasmid of interest and follow these tips for a smooth process with easy validation.