We narrowed to 463 results for: %s

Viral research basics and their use as biological tools. Learn about retrovirus, lentivirus, adenovirus, and AAV.

The science community has gotten pretty good at sharing open software. But sharing open hardware brings its own unique challenges and solutions.

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

Our February hot plasmids, including two new CRISPR tools, a protein ladder, and anti-FLAG frankenbodies.

Learn about new plasmids including optogenetic control of synaptic transmission, acoustic reporter genes, miRNA reporter vectors, and CRISPR-Cas9 delivery for in vivo screening.

Targeted mutagenesis helps molecular biologists make changes to a DNA sequence at a precise location. Read on to learn more about EvolvR, a CRISPR-Cas9 based targeted mutagenesis method from the Dueber Lab.

If you're a scientist, you should use social media for networking and professional development! Read this blog post for some reasons why and five resources that can help you get started.

Addgenie Eric Perkins curates Addgene resources you can use in your chromatin research.

Learn how you can use new photosensitizers to specifically kill target cells.

Nano-lanterns contain luciferase fused to a fluorescent protein. The Nagai lab has assembled multicolored nano-lanterns for various applications.

Learn how DNA methylation may affect the activity of certain restriction endonucleases.

R bodies are tiny, tunable molecule machines that can be used to break membranes. Learn all about them and their potential uses here.

Overview of polycistronic glycine tRNA-gRNA (PTG) multiplexing gRNA cassettes, with comparisons to Pol III and Cys4 gRNA cassettes.

Explore Addgene's collection of luciferase plasmids for gene expression assays and bioluminescent reporters.

Curious about what an ITR is and why it's so important for an AAV? Learn all about inverted terminal repeats in this Viral Vectors 101 post.

An overview of gRNA modifications available to CRISPR users and some of the advantages of using synthetically modified guides in your experiments.

What are we asking of our audience when we tell them about our science? Cognitive load explains how your learners have to work too.

Learn about the latest CRISPR plasmids deposited at Addgene, including a miniature CRISPR-Cas systems, SEND plasmids, and prime editing improvements

New channelrhodropsins, called ChRgers, avoid intracranial injections and fiber-optic cable implantation for in vivo optogenetics experiments.

Learn how you can use photoswitchable kinases to control signaling pathways with light!