Taking a Look at Our Amazing Ear

They were told that they have hearing loss Just then amazing ear, "How can we hear the sound I have hearing loss, I have normal hearing if it is, Compared to people, does it affect me? "Individually Asking is just a small part of many problems. The structure of the ear is a very complex organ of the human body. The first involved mechanism of all sound waves into many air filled tubes, liquid through the tympanic membrane, cochlea via vibration, and finally, neural information was sent to the brain for processing .

Let's briefly introduce the human anatomical course to the ear before outlining the family therapies of various DIY. In the case of a human, the ear has two main functions. The first is to transmit and transmit sound to the brain via three different parts of the ear, namely the outer ear, the middle ear and the inner ear. The second thing is to play an important role in maintaining balance feeling. People who use certain hearing aids and earplugs as a means of protection may clog their ears. Children produce more wax than adults. With age, the ear canal will not move the wax efficiently. A combination of several etiologies increases the degree of occlusion

The way we receive sounds is now quite complicated. Sound is invisible to the body part of the eyes. Sonic waves enter the ear canal, reach the eardrum. The eardrum vibrates to the inner ear through the bones of the middle ear. The inner ear has a shape like a snail and is called a cochlea. There are thousands of small hair cells in the cochlea. Hair cells convert vibration into electrical signals and electrical signals are sent to the brain via the auditory nerve. What does the brain hear, what is the sound

The sound is essentially the vibration of the air around us. Our ears transmit these vibrations from the ear canal to the eardrum, and the eardrum begins to vibrate. These vibrations, our three small bones in the ear accelerate these vibrations, or alternatively amplify the vibration during snail of our ears, known as the cochlea, eardrum (seriously from the sponge It looks like Gary and is sent to. Surfing began. The cochlea is partially filled with liquid and the other part is filled with small hair (a sound like a pain in my uncle Rob's foot). When the vibration from the eardrum hits Gary's snail, the liquid changes to a small wave.

Your ears consist of three main areas: the outer ear, the middle ear and the inner ear. Sound waves pass through the outer ear and cause vibration of the tympanic membrane. Three smaller bones, the eardrum and the middle ear, amplify the vibration transmitted to the inner ear. There, the vibration passes through the fluid (cochlea) within the cochlear structure of the inner ear. Connected to thousands of small hairs, the nerve cells within the cochlea help vibrate the sound in the electrical signal transmitted to the brain. Various sound vibrations affect these small hairs in various ways, causing nerve cells to send different signals to the brain. This is a way to distinguish the difference between one sound and another.