Our ears are indisputably one of the most important organs of our body. Ears, which take on the task of hearing, also have a number of other functions that one cannot think of. Ears, which are important for our ability to balance and walk, help us control our facial features and even our sense of taste. For example, in the middle ear, there is a nerve that controls the muscles on our face. Damage to this nerve, also known as the facial nerve, can cause us to lose control of the muscles on our face in cases of serious ear inflammation. There is also a taste nerve next to this facial nerve. This nerve, called chorda tympani, also goes through the middle ear. If this nerve is damaged, our sense of taste may be impaired or we may lose the sense of taste. Ear wax is good for your health: Not only our ears, but also the things we listen to are effective in enjoying the food. White noise, for example, blinds salty taste and enriches the sense of brittleness. In one study, people who listened to the sound of chickens perceived that the food was tastier. Sounds that enter our ear go to the snail in the inner ear. Over 16 thousand cells resembling a feather inside the snail turn the vibrations created by sound waves in our ears into a nerve signal. These signals go to our brain and our brain makes these signals sound. For this reason, it is vital to protect these cells from bacteria, viruses, and adventure-loving insects because you may be deaf if these cells are damaged. Scientists emphasize that earwax is extremely important for the ear. Earwax not only has anti-bacterial properties; Thanks to being moist and sticky, it gets in the way of the invaders entering the ears. In addition to earwax, there is a muscle tube that connects the back of our nose with our ears. The Eustachian tube balances the pressure between the outside atmospheric pressure and our ear. The Eustachian tube fills air when the pressure rises and helps balance the pressure. The vestibular system in our inner ear also helps us maintain our balance by using channels filled with fluid. These channels are responsible for letting us know that you are walking into our body. Again, the feather-like structures called stereocilia in these channels ensure that a signal is sent to our brain when the fluid is shaken. Inflammation in the vestibular nerves is sometimes the reason why we are dizzy when we have a cold.
