A New Optogenetic Tool Based on AraC Controls Gene Expression with Blue Light

By Jennifer Tsang

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Electron micrograph showing hM4Di tagged with mCherry remaining cytoplasmic and hM4Di-HA tag localizes to the plasma membrane.
Graphic of channelrhodopsin activated with blue light. Without light, the channelrhodopsin is inactive, no ions flow in, and neurons don't fire. With blue light, the channelrhodopsin opens and allows an influx of ions into the neuron. This results in neuronal firing.
In blue light, OptoNanobodies cannot bind target protein. In darkness, OptoNanobodies bind the target.
FLEx-switch
Optogenetics-Zebrafish-Behavior

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