We narrowed to 39 results for: RNAi

Learn all about how to use a new plasmid for RNAi in C. elegans, tools for proximity labeling, RNA-based methods for detecting viral outbreaks, and tools for characterizing protein domain binding specificities.

Plasmids for mammalian RNA interference (RNAi) experiments at Addgene; browse by constitutive lentiviral shRNA, cre-regulated lentiviral shRNA, and more.

Get the basics on RNA interference (RNAi), how it compares with CRISPR, and tools for RNAi studies in plants.

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

Addgene's Advisory Board helps steer and promote Addgene in its goal of sharing science. We welcome CRISPR expert, John Doench, to the Advisory Board.

Learn about RNA interference and how you can use shRNA plasmids to knockdown gene expression!

Gamma-retroviral vectors and lentiviral vectors can be used in a wide variety of experiments including those involving genome engineering, RNAi, and inducible gene expression. In this post, learn about some of the most popular viral vectors available from Addgene and their uses.

A review of the cellular functions and consequences of dsRNA and RNA:DNA hybrids.

A general overview of how and when to use screens vs. selections and the ins and outs of each method.

If you can't find a validated antibody for your flow experiment, this blog post can help you validate your antibodies yourself.

Addgene's protocol for using the pLKO.1 cloning vector, a backbone used by the RNAi consortium for targeting human and mouse genes.

Genome-wide CRISPR/Cas9 screens are a high-throughput systematic approach for identifying genes involved in a biological process. Recently the Bassik Lab at Stanford developed a new genome-wide CRISPR knockout screen to analyze unanswered questions about CRISPR screen design by including safe targeting guides and short gRNAs.

Browse plasmid tools, kits, and resources (such as CRISPR and synthetic biology collections) for use in C. elegan research.

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.

Joanne Kamens provides highlights from the 2015 Canton Nucleic Acids Forum (CNAF).

Meet Addgene's Newest Board Member Bart Newland.

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

Model organisms are species that are widely studied because they are easy to maintain and modify in the lab. Common model organisms include the mouse, the fruit fly, yeast, zebrafish, and the worm.

Browse Addgene’s curated collections of plasmids, kits, and pooled libraries. Find tools for CRISPR, fluorescent proteins, optogenetics, biosensors, and more.