We narrowed to 140 results for: yeast

Curious about how you can expand the number and type of amino acids available in your experiment? Genetic code expansion can help!

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

Learn about new plasmids at Addgene including AAV split base editors, Ace2-mScarlet voltage indicator, CyanoGate MoClo cloning toolkit, and CreLite.

Learn how to determine the practical brightness of your fluorescent protein in your specific experimental setup.

Blue-white screening is a well loved technique that allows scientists to quickly identify recombinant clones for further analysis.

Looking for a way to test a lot of different parts in your cloning, or maybe interrogate some complex genetic circuits? MoClo just might be the approach for you!

There are many tools available for studying the microbiome. Learn about plasmid tools for engineering gut microbes, detection, and synthetic biology.

Learn how you can use RaPID to detect RNA-protein interactions and its applications in infectious and human genetic diseases.

This post provides an overview on how transcription terminates in prokaryotes and eukaryotes.

This blog posts discusses Cas9 gene drives and the appropriate safeguard and confinement strategies scientists should use for these gene drives.

Browse depositor collections of antibody, CRISPR, disease research, visualization, protein expression, synthetic biology, and viral vector plasmids.

Browse Ginkgo Bioworks plasmids to express SARS-CoV-2 viral proteins in several expression systems.

Summary of degron tags along with their applications, advantages, and several commonly used tags.

An overview of split fluorescent proteins and a highlight of some of the most popular and newest ones available on Addgene.

Use plasmids to develop synthetic nanobodies in a few weeks with a three step selection process.

Learn some best practices to keep your mammalian cell lines free of contaminants and your experiments running smoothly.

Get tips on how to monitor your protein of interest inside cells - co-localization, complex formation, and more.

Researchers inactivate genes to investigate their function. This article describes techniques/plasmids used to knockout and knock-in specific genes in mammalian cells.

Use this guide to learn about the applications of fluorescent proteins and to find the plasmids that are available from Addgene's depositing scientists.

A review of the common antibiotic resistances genes used in bacteria.