We narrowed to 116 results for: Green Fluorescent Protein

Green fluorescent protein (GFP) and its derivatives can be used experimentally as fusion tags, biosensors, reporters, and more.

mNeonGreen is a bright green fluorescent protein. Along with mWasabi and mTFP, it can be used for traditional imaging, FRET, and multicolor imaging.

Tips to help you choose which fluorescent protein to use in your experiments.

Learn about the history of fluorescent proteins and download our new Fluorescent Proteins 101 ebook!

Many commonly used fluorescent proteins form dimers producing artifacts in a variety of experimental settings. Learn how to avoid these artifacts.

Learn what FRET is and how you can use it in your experiments. Find additional FRET resources throughout the post.

Tips on how to choose compatible fluorescent proteins for multi-color imaging.

Find plasmids encoding fluorescent biosensors to measure biomolecules or genes via FRET or other assays.

Use this protocol to transfect mammalian cells with your plasmid of interest.

Fluorescent proteins can mis-fold or form aggregates outside of the cytoplasm leading to errors in localization. Avoid these issues with new mOX-FPs.

GFP is the most widely used fluorescent protein, but there are several instances that limits its use. GFP requires oxygen, is sensitive to acid, and its large size can be problematic. When thinking about ways to label proteins, a different probe may be more appropriate.

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!

Get advice on tagging optogenetics and chemogenetics receptors to ensure that your receptors express and/or localize to the membrane.

Learn about fluorescent protein techniques you can use to monitor cellular trafficking throughout an organism.

This blog post explores how commonly used GFP variants can undergo Green-Red photoconversion.

An overview of split fluorescent proteins and a highlight of some of the most popular and newest ones available on Addgene.

Learn how you can use the Biobits plasmids and freeze-dried cell extracts to teach students about molecular biology.

The Patriarchi lab has deposited two new norepinephrine indicators with increased speed and sensitivity.

Learn all about new optogentics tools, caffeine degradation, biosensors, and new fluorescent proteins.

Chromoproteins are a subset of the fluorescent protein family. They give strong color in visible light and can be used for molecular biology experiments.