What are the cochlear cores?

cochlear cores are structures in the brain stem where the nerves of the spiral cochle pass. It serves as a gate between the inner ear and the rest of the brain, which allows processing and sound information about sound processing and transmission to the main auditory centers of the brain. Divided into the ventral and back cochlear core forms the key part of the auditory path and are also divided into front and rear sections. Both are located along the rear of the brain stem, opposite the motor nerve tract called the lower stem. The cochlear nuclei have three main nerve projections that spread to the brain through the brain stems across the medulla. One is known as the ventral acoustic stretch marks and a brproTure of Ain is known as the superior olive complex. Dorsal acoustic stretch marks, other projections, also undergo Medulla, along with an intermediate acoustic stretch mark. These then pass PONS, the brain structure that connects both hemispheres, and into the core of the lateral lemniscus.

6 Many nerve cells also pass through the nucleus of Kochle and end like hair cells that raise every sound from the ears. There are also various other cell types in cochlear cores. Cells that have small branches that create the appearance of shrubs and in the front ventral cochlear core. They are primarily responsible for transmitting the timing of information between the main auditory nerve and other areas of auditory processing.

star -shaped cells called star cells shoot electric pulses regularly when noise is detected. The speed of activity is determined by how strong the auditory entry is, while the octopus, which is found in the position of the ventral cochlear core, responds to the frequency. They fire at the beginning of any frequency change and are also important when transferring information about the timing of sounds. It is also the highest unfore of brain nerve cells in terms of time detection. Cochlear cores and the rest of the auditory system together sound from the outerThe world along with its location, frequency and timing.