We narrowed to 219 results for: crispr c plasmids

Check out how you can use the top lentivirus and AAV from 2016 in your own research.

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.

Protocol to generate stable cell lines expressing a gene of interest from an integrated lentiviral vector.

Learn about the basic elements that make up the AAV transfer plasmid, including the ITRs, transgene, promoter, and other cis-regulatory elements.

Learn about click biology and how you can use it to advance your experiments and explore biological phenomenon.

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.

We describe the different classes of optogenetic tools available and what levels of control they give you in your experimental setup.

Learn about items from Addgene's viral service including lentiviral preps expressing SARS-CoV-2 proteins, ChR2 for targeted expression, DREADDs, GFP dependent Cre and FLPo, and more.

Lambda Red mediated recombineering can be used to generate point mutations in plasmids and bacterial genomes. Learn how to use Lambda Red in this post.

Joining the popular sacB counterselection method is a new suite of toxin-based allelic exchange vector that can be used in many proteobacterial genomes.

This post discusses takeaways from, and tools presented at, the Deaminet 2026 conference, focusing on base editors, prime editors, and translational work.

Broswe plasmids and other research tools for use in Rett Syndrome research.

Zebrafish larvae is a great model for studying development and embryogenesis. Learn more about genetic tools for zebrafish in this blog post.

Learn about the most common injection routes in mice, including their key differences and uses.

Plasmid-encoded antibodies offers many advantages over other types of antibodies. Learn about how recombinant antibodies are made.

Learn how to plan a basic CRISPR experiment, including selecting the edit type, designing and cloning a gRNA, delivering Cas and the gRNA, and validating the edit.

This post, written by the creator of the CRISPRecise kit, explains how to use it to minimize off-target effects in CRISPR genome editing.

Learn about the structure and life cycle of retroviruses to help understand how to use viral vectors tools in the lab.

Antibody validation shows that your antibody is targeting exactly what it is supposed to. This post walks through 5 validation strategies.