We narrowed to 11 results for: mTurquoise2

Learn how you can test your fluorescent protein's propensity to aggregate in your experiments.

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

Find plasmids and resources for FRET experiments to measure protein interactions or conformation changes.

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

Learn about some things to consider when designing your fusions - where to make the fusions, the size and shape of the protein, and linker size.

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.

Learn how to determine the practical brightness of your fluorescent protein in your specific experimental setup.

Learn how to measure your fluorescent protein's photostability and get the most out of your next fluorescent imaging experiment.

Learn about new plasmids and viral preps available at Addgene including a yeast-based tool for protein evolution, fluorescent tools, nanobody purification, new CRISPR tools, and calcium and norepinephrine biosensors.

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

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