We narrowed to 38 results for: biotin

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

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.

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

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 a highly processive reverse transcriptase, a new nanobody toolkit, and CRISPR-based tools for monitoring protein-DNA interactions

Curious about conjugating your antibody? Read our 101 on antibody conjugation chemistry!

Aptamers are nucleic acid oligos that bind to small molecules to induce their fluorescence and can be used to study RNA localization and dynamics.

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

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

ELISA are used to quantitatively detect protein concentrations in experimental samples. Learn about different types of ELISA and when to choose each method.

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.

Catalytically inactive CRISPR plasmids for purification of target loci.

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

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

This month's Hot Plasmids articles features new plasmids, new antibodies, and a viral ticker tape system!

Read on to learn more about this technique to isolate specific genomic regions using CRISPR.

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

Using anti-mouse antibodies in a mouse model can result in high background signal. Here are three ways to overcome this challenge.

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