We narrowed to 18 results for: ligase labeling

There are many method to identify protein-protein interactions. Learn about different method of proximity labeling based on biotin-streptavidin interactions.

Ready to let your tags do the work for you? Learn about self-labelling protein tags and how they can give you flexibility in your experimental approach!

Learn about flow cytometry labeling strategies beyond extracellular markers in this Antibodies 101 post!

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

Luke Lavis from Janelia Farms describes how small molecule fluorophores can still be useful in the age of fluorescent proteins.

Learn all about how to use a new plasmid for RNAi in C. elegans, tools for proximity labeling, RNA-based methods for detecting viral outbreaks, and tools for characterizing protein domain binding specificities.

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

Learn how biotin is used in a variety of molecular biology experiments and makes it easier for researchers to label and purify macromolecules of interest.

We highlight some exciting new deposits in our repository of plasmids and AAVs.

Recent highlights from Addgene's collection include tools for epigenetic engineering, tracking cell-cell interactions, and a new auxin inducible degron system for C. elegans.

This post highlights some of the tools Addgene makes available to industry scientists.

Model organisms have genetic and developmental characteristics that make them easy to study. Examples include E. coli, rat, frog, axolotl, and Arabidopsis.

Check out all of the plasmids featured in our hot plasmids articles from 2016.

Learn more about NanoBiT technology and explore examples of HiBiT-tagged fusion proteins in action.

Addgene's protocol for using the pLKO.1 cloning vector, a backbone used by the RNAi consortium for targeting human and mouse genes.

Learn about the basics of molecular biology, including molecular genetics, plasmids, sequencing, and more.

Addgene's guide to using CRISPR plasmids in your lab, from knockouts to pooled library screening.

Addgene's guide to using CRISPR plasmids in your lab, from knockouts to pooled library screening.