Although ubiquitous in biological studies, the enhanced green and yellow fluorescent
proteins (EGFP and EYFP) were not specifically optimized for neuroscience, and their …

Green fluorescent protein (GFP) and mutated GFP variants have proved to be immensely
powerful tools that have had a profound impact on research in biological sciences. This …

Green fluorescent protein (GFP) from the jellyfish Aequorea victoria and its homologs from
diverse marine animals are widely used as universal genetically encoded fluorescent labels …

We generated transgenic mice in which red, green, yellow, or cyan fluorescent proteins
(together termed XFPs) were selectively expressed in neurons. All four XFPs labeled …

To perform quantitative live cell imaging, investigators require fluorescent reporters that
accurately report protein localization and levels, while minimally perturbing the cell. Yet …

Fluorescence imaging has enabled us to decipher spatiotemporal information coded in
complex tissues. Genetically encoded probes that enable fluorescence imaging of excitable …

The original green fluorescent protein (GFP) was discovered back in the early 1960s when
researchers studying the bioluminescent properties of the Aequorea victoria jellyfish isolated …

To visualize the movements of cells and their processes in developing vertebrates, we
constructed replication-incompetent retroviral vectors encoding green fluorescent protein …

Spectrally diverse fluorescent proteins (FPs) provide straightforward means for multiplexed
imaging of biological systems. Among FPs fitting standard color channels, blue FPs (BFPs) …

We describe an engineered family of highly antigenic molecules based on GFP-like
fluorescent proteins. These molecules contain numerous copies of peptide epitopes and …