We narrowed to 13 results for: BirA

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

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

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

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.

Learn how you can use a plasmid from the Rex lab at Vanderbilt to easily and selectively biotinylate your protein of interest.

Learn all about CAPTURE - a new CRISPR-based technique to study regulatory elements in their native chromatin contexts.

Learn about new plasmids and viral preps available at Addgene including a yeast-based tool for protein evolution, fluorescent tools, nanobody purification, new CRISPR tools, and calcium and norepinephrine biosensors.

A list of free online molecular biology tools for plasmid mapping, DNA and protein sequence analysis, primer design and more.

Catalytically inactive CRISPR plasmids for purification of target loci.

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

Browse neurodegeneration plasmids for research related to Alzheimer's Disease, ALS, Frontotemporal Dementia, Huntington's Disease, Parkinson's Disease, and others.

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.