We narrowed to 232 results for: antibody

This guide on single chain fragment variables (ScFvs) covers how ScFvs are made, the advantages and disadvantages of using ScFvs, and several applications.

A dive into troubleshooting and optimization steps you can take to improve your western blot or identify and fix issues within the assay.

Introducing the Antibodies 101 eBook, the latest addition to Addgene's helpful eBook collection!

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

A review of the advantages of epitope tags and commonly used tags and their antibodies.

Find materials created at Addgene, including empty backbones, control vectors, viral packaging and expression plasmids, and more.

The Institute for Protein Innovation and Addgene are partnering to share IPI's high-quality, well-validated recombinant antibodies.

Follow @addgene on TikTok to watch our latest series of animated antibody shorts!

Addgene has a new animation showing the common ways antibodies are used to study proteins in the lab!

A basic overview of chromatic immunoprecipitation (ChIP)

Flow cytometry can require some extra controls, described in this blog post!

An exploration of how the Trimmer lab developed their Addgene-deposited collection of recombinant antibodies.

Find materials useful for neurodegeneration research.

This post explains how to strip and reprobe a western blot, which is useful for detecting multiple targets or for correcting errors.

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.

Get an overview of flow cytometry including how it works, what you can use flow cytometry for, and tips and tricks for a successful flow cytometry run.

Western blots have many technical elements. We cover each element, and the different options available to choose from, in this post.

An in-depth look at fixing and permeabilizing samples in immunofluorescence experiments.

The HA frankenbody combines optimized elements of an antibody probe with a fluorescent protein and can be used to easily visualize single molecules and newly formed proteins. 

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