1,183 results

2022 has been a great year for new biosensor tools - check out our favorite new offerings from this year!

A recent study shows ancestral bias in CRISPR guide libraries, leading to skewed cancer dependency results, particularly in cell lines with African ancestry.

Interested in how Addgene creates our content, like blog posts and guides? We explain here!

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

Learn how to verify indels, deletions, and homology directed repair (HDR) events in your CRISPR modified cell lines.

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

With many different Cas9 variants out there, it can be hard to know which one to use in your particular CRISPR experiment. This post is here to help.

Exciting new plasmids, viruses, and antibodies in the Addgene collection!

A deep dive into qPCR with a focus on analysis, chemistries, and bench tips.

Addgene is excited to announce its very first AAV Data Hub Challenge.

Our latest summer scicomm series covers how to write a compelling science story.

Open science resources like Addgene's Data Hub increase reproducibility, reduce validation and optimization timeframes, and drive science forward.

An in-depth look at fixing and permeabilizing samples in immunofluorescence experiments.

PhD student Emma Harcourt explains what it's like to do research in the field of science communication.

A growing area of scientific communication is preprints, a strong open science resource explored in this post.

Read how the Wu lab is screening over 3,000 antibodies in mice and human brain IHC to verify antibodies for addition to the mAb3D atlas website.

An introduction to Gram negative and positive bacteria - what are they, how can you tell the difference, and where did this terminology come from?

What's it like to do a master's degree in science communication? Guest blogger Alex Gilbert shares his experience.

Addgene uses bioinformations to streamline our sequencing and QC workflow. Learn how we built the process in this blog.

Drive-and-proccess (DAP) arrays are a new tool from the Gao lab that allows for up to 31-loci CRISPR multiple base editing.