We narrowed to 140 results for: yeast

The yeast two hybrid (Y2H) assay is useful for probing interactions between proteins. Learn more about the Y2H assay and how you can use it in this post.

This post discusses the core replication and resistance features of yeast vectors and explains how these plasmids differ from their bacterial counterparts.

Yeast genome modification plasmids have been developed for tagging yeast genes with fluorescent proteins, epitope tags, and more. Various systems are described to help you choose which to use for your research.

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

Find plasmids to overexpress various fluorescent markers and tag your proteins of interest with fluorescent proteins in yeast.

Browse Addgene's collection of synthetic biology plasmids for use in yeast.

CRISPR plasmids that have been designed for use in yeast.

A review of K. phaffii as a model organism and its relevant applications for biotech to basic 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.

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

In this Episode of the Addgene Podcast learn all about the Synthetic Biology research going on in Tom Ellis' lab at Imperial College London.

This post describes the design of shuttle vectors, which are designed for replication, selection, and expression in more than one host species.

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

Learn all about BosLab, a DIY community science space in Somerville MA.

Rosella is a fluorescent biosensor that you can use to study autophagy.

We describe the different modular cloning kits available for different applications and organisms to help you find the kit that's right for your experiment.

Learn how the 2017 Addgene-Seeding Labs Plasmid Grant Awardees will be using plasmids in their research.

Recent highlights from Addgene's collection include tools to study SARS-CoV-2 antibody escape, antibodies for aminoacyl tRNA synthetases, and plasmids for generating nanocompartments for yeast bioproduction.

Choose the best empty backbone for your experiment from some of the most popular in Addgene's library.

The next post in the Plasmids 101 series focuses on the promoter region, the element responsible for initiating the transcription of your insert into RNA.