He gestured to a dense cloud of glowing green neurons in the upper right — the subiculum itself — and explained that his team had genetically engineered the mouse to
produce channelrhodopsin only in the subiculum's neurons.
Chang got a genetic foothold on this sensory system by labeling GPCRs in mice and engineering them to
produce channelrhodopsin, a molecule that allowed the scientists to use light to manipulate the cells» function and study the neurons sorted by different GPCRs.
Not exact matches
He mentioned mouse studies by Chris Fiorillo, now at the Korea Advanced Institute of Science and Technology (KAIST), who inserted genetic sequences that code for a light - sensitive protein called
channelrhodopsin - 2 into dopamine -
producing neurons of mice.