1,184 results

Read updates on new developments in cancer research and learn about Addgene's Cancer Collection pages.

Blog editor Tyler Ford runs down some of the best posts from August 2016. NgAgo, site directed mutagenesis, and much more!

Senior graduate student researchers Niroshi Senaratne and Ben Vincent provide concrete advice on how to pick a lab, a mentor, and a research project.

Researchers from the Collins and Yin labs have developed new paper-based diagnostics for detecting Zika. Learn more inside.

Addgene Software Engineer, Kris Shamloo, describes difficulties we've faced developing our lab management software and gives tips to help you make your own.

Find 10 tips on how to give the perfect science talk

Discover the best situations to use Cas9 activators in your experiments with tips from their creators.

Having trouble with your transductions? Find troubleshooting tips from Addgene scientist Leila Haery.

Learn how to design a CRISPR screening experiment targeting enhancers.

Blog editor, Tyler J. Ford, summarizes the top post from July 2016 and picks another post that he thinks deserves another look.

Guest blogger Pooran Dewari presents results of an NgAgo survey he gave to some of the first NgAgo users. Find out how NgAgo compares to Cas9 so far.

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

Learn how to use recombinase-based state machines from the Lu lab to monitor cellular events and regulate gene expression.

Learn about the importance of considering sex and gender in your research.

Learn how to target donor and acceptor fluorophores for FRET experiments.

Learn how Cpf1 stacks up against Cas9 and NgAgo

Learn the basics behind generating generating mouse models using CRISPR/Cas9.

Addgene recently attended the ASM Microbe 2016 conference in Boston. Check out what we learned!

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

Learn how to use in vitro screening and other tricks to expedite the CRISPR genome editing process in mice.