We narrowed to 15 results for: CFP

Stochastic multicolor labeling is a popular technique to label individual cells with different colors and allows for lineage tracing of cell populations over time. Read this blog post to learn about the different systems for various organisms.

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

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

The basics of Fluorescence Resonance Energy Transfer (FRET), including tips and parameters to consider when using FRET for your experiments.

An overview of the Brainbow system and its variants and how they utilize Cre-lox for multicolor labeling of neurons.

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

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

Connie Cepko's lab at Harvard University has developed transcription factor and CRE recombinase variants activated by GFP. Learn more inside!

Learn about a variety of AAV encoded calcium biosensors available from Addgene.

Find tips for transforming arabidopsis with your plasmid construct of interest.

Browse neurodegeneration plasmids for research related to Alzheimer's Disease, ALS, Frontotemporal Dementia, Huntington's Disease, Parkinson's Disease, and others.

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

Explore empty plasmid backbones with different fluorescent tags to create fusion proteins with your gene of interest.

Find bacterial expression plasmids that can be used for protein purification, protein visualization, study of protein interactions, controlled gene expression, reporter plasmids and genome engineering of bacteria.

Find plasmids encoding fluorescent fusion proteins with known subcellular localization patterns for colocalization studies or organelle labeling.