Anatomy and Disorder of the Outer Ear

Hearing is not essential for all communications, but it is not not important. When you hear that a baby is talking in a social environment, you can accept a variety of voices, but I do not fully understand the meaning yet. The structure of the ear helps them collect the sounds they hear from their families and colleagues, eventually forming a sense of language and language. The outer ear including the auricle and ear canal is essential for collecting sound and transmitting it to other auditory cavities.

Let's briefly introduce the human anatomy course on the ear before explaining the outline of various DIY home remedies. The human ear has two main functions. The first is to send the sound to the brain through the three parts of the ear, the outer ear, the middle ear, the inner ear, and communicate. The second thing is to play an important role in maintaining our sense of balance. People who use specific hearing aids and earplugs as a means of protection have a higher chance of clogging the ears. Children produce wax more than adults, and the ear canal does not move the wax in an efficient way like past as they get older. Several pathogenic factor combinations increase the degree of occlusion

Your ears are made up of three main areas: the outer ear, the middle ear, the inner ear. The sound wave passes through the outer ear and causes vibration of the eardrum. The ear drum's tympanic membrane and three small bones amplify the vibration when moving to the inner ear. There, the vibration passes through the fluid in the snail structure (cochlea) of the inner ear. The cochlear neurons have thousands of small hairs that help convert sound vibrations into electrical signals that travel to the brain. Various sound vibrations affect these small hairs in different ways, causing nerve cells to send various signals to your brain. This is a way to distinguish between sound differences.

The sound wave reaches the outer ear, is transmitted to the eardrum along the ear canal, and vibrates it. Vibrations are transmitted to the fluid of the inner ear through the three small ear bones of the middle ear. Body fluids move hair cells (hair cells, cilia), their movement creates nerve impulses, which are then transported to the brain through the cochlear nerve. The auditory nerve carries a pulse to the brain stem and the brain stem sends a pulse to the midbrain. Finally, the signal enters the auditory cortex of the temporal lobe and is interpreted as a sound.