A new tool helps stem cells integrate with host neural circuitry after implantation in mice.
Oct 1, 2019
A new technique, optochemogenetics, activates light-sensitive channels inside the brain with a drug-like compound administered through the nose. Once the compound, CTZ, has entered the brain, it interfaces with the protein Gaussia luciferase (GLuc) on modified ion channels—in this case a channelrhodopsin protein, VChR1. GLuc emits light, causing the VChR1 to open and allow sodium ions to flow inside the neuron, thus stimulating the cell.
© Kelly Finan
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Nicoletta Lanese is a former intern at The Scientist. Follow her on Twitter @NicolettaML.
