1,187 results

Learn how to produce, purify, and titer adenoviral vectors for your research.

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

Learn about the various expression systems and plasmids you can use to produce your protein of interest.

Learn how rabies virus can be used to trace neuronal connections. AAV available at Addgene can help you with the process!

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

Learn how you can use plasmids to teach students about functional genomics with your own "Pathways Over Time" project.

Learn about a wide variety of potential solutions to reproducibility issues in the biological sciences including changes to scientific sharing, publishing practices, and experimental design.

Learn all about FPbase - a community editable fluorescent protein database.

Learn all about new optogentics tools, caffeine degradation, biosensors, and new fluorescent proteins.

Learn how you can use Synthego's ICE tool to analyze your CRISPR genome editing experiments.

Learn about new RNA-targeting Cas13d enzymes that average only 2.8 kb in size, are easy to package in low-capacity vectors, have high on-target and low off-target editing rates.

Learn how you can use split-BioID to study protein-protein interactions and build a better understand of your protein's interactome.

Learn all about plasmids for protein degradation, endosome biosensing, studying the epigenome, and controlling gene expression in yeast.

The final installment of our transferable skills guide. Learn how you can begin collaborating with people outside your organization and boost your projects with a mix of collaborators' skills.

Learn about the many ways you can deliver reprogramming factors to generate induced pluripotent stem cells (IPSCs).

In this episode of the Addgene podcast, learn what it was like to get Addgene off the ground and what the founders hope to see in the repository’s future.

Learn how you can use kits from the Arabidopsis Biological Resource Center (ABRC) to bring arabidopsis into the classroom.

Learn how RANbodies provide a scaffold for new, easy to detect, nanobodies.

Learn how to use Easi-CRISPR to generate mouse knock-in and conditional allele models.

Learn about xCas9, an engineering Cas9 variant with broad PAM flexibility and high on-target specificity.