 So hearing loss is a significant problem worldwide in terms of numbers, almost 20% of world population is affected by hearing loss. So our hearing starts in the inner ear, which is buried inside your skull, and it's quite deep inside your back of your ear. And this area contains some cells that are able to sense the sound wave and another type of neurons then transmit this information to your brain. And that's how we perceive sound. And with aging or too much sound coming into the ear, these cells get too excited and start to degenerate. Yeah, so the mechanism or molecular mechanism of why this happens, why these neurons start to lose communication as they are exposed to too much sound is not clear. But our research is trying to find out which proteins are involved in this process so we can maybe target these proteins in trying to prevent hearing loss. So what we are trying to do with experimental model at the basic science level is likely to be translatable to human, to future treatment in human. And it seems to be a common mechanism of hearing loss in both noise induced and aging related hearing loss. So it might be quite applicable to quite a large population of people.