We narrowed to 116 results for: Green Fluorescent Protein

Get free science-themed Zoom backgrounds from Addgene! Backgrounds include plasmids, viruses, DNA, and more.

If you need to image more than one protein in your sample, multiplex immunofluorescence is an important skill to master!

Nano-lanterns contain luciferase fused to a fluorescent protein. The Nagai lab has assembled multicolored nano-lanterns for various applications.

There are many factors to consider when choosing a fluorescent dye or label. This post walks you through them so you can select a suitable one for your experiment.

RUBY-red is a new plant marker that uses a bright red color for easy identification of transgenic plants.

Find plasmids to overexpress various fluorescent markers and tag your proteins of interest with fluorescent proteins in yeast.

CRISPR-Sirius is a new tool to visualize genomic loci using dCas9. It's brighter than its predecessor CRISPRainbow and unlike fluorescent in situ hybridization, can be used in live cells.

Learn about new plasmids at Addgene including AAV split base editors, Ace2-mScarlet voltage indicator, CyanoGate MoClo cloning toolkit, and CreLite.

Learn how you can use new photosensitizers to specifically kill target cells.

22 of the interesting and popular hot plasmid technologies of 2014 from Addgene's plasmid repository.

In vivo imaging is used to study individual plasmids or protein-protein interactions in organs and whole mammals.

Struggling to get started with designing your first flow panel? This blog walks you through what you need to know and an example panel design to help you get started!

Learn about new tools in Addgene's collection, including new biosensors for neuroscience research, plasmids for a common lab enzyme, and more!

Learn how the Gradinaru Lab at Caltech developed AAV vectors to target the peripheral and central nervous systems.

Read on for a sampling of some of the exciting new plasmid technologies that have come through our doors in 2015.

Yeast genome modification plasmids have been developed for tagging yeast genes with fluorescent proteins, epitope tags, and more. Various systems are described to help you choose which to use for your research.

Learn how to target donor and acceptor fluorophores for FRET experiments.

Learn about new plasmids at Addgene including plasmids for CRISPR, sparse cell labeling, reporting calcineurin activity, and an alternative to DNA staining dyes.

FlipGFP is a genetically encoded caspase reporter that contains a flipped beta strand of GFP. There is no fluorescence unless the caspase cuts the cleavage site between the strands.

Check out some great blog posts from Addgene Depositors.