 So the way we process information, all the environmental stimuli, is based on the neurons. They talk to each other. They process and they make a decision. There are mainly two ways of communication. One is through the release of neurotransmitters. The other one is I mentioned through gap junctions. So the basic idea is that we want to develop a new, genetically encoded, non-invasive method to image the gap junction communication. So it's based on the channel between cells. We want in one cell, we want to generate a specific small molecule as a mediator. And the mediator will go through the gap junction and in the kinetic cell, there's a sensor for the small mediator. So once we triggered one cell, there's a response in the other cell. Then this demonstrates that these two cells are communicated by gap junctions. That's the basic idea. So for now we know that the main function for electrical synapses is synchronizing neurons, firing. Like those neurons are connected by gap junctions. They will fire together. So they will release transmitters together. If you don't know how to code, you spend more time on boring stuff and be less efficient.