Audiological Science: The Mammalian Cochlea (Research Paper Sample)

AUDIOLOGICAL SCIENCE: THE MAMMALIAN COCHLEA
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Audiological Science: The Mammalian Cochlea
Part A
The Mammalian Cochlea
Human physiology is an intricate yet complex aspect of human beings a vital subject of interest. However, this complexity is common in the mammalian class, with features like warm blood, complex brain, fur, and mammary glands playing a central role. However, one of the most notable aspects in mammals is their three middle ear bones that make this class sensitive to sound. Closely related to these bones is the cochlea which is part of the inner ear of animals and a critical component in fostering the sense of hearing. It is the end organ of auditory function and, therefore, crucial in the biological well-being of class Mammalia. It is vital to indicate that the mammalian cochlea is a remarkable structure and unique compared to other organs in the body. It has an intricate architecture containing a diversity of cell types and a unique coil shape. It also contains the organ of Corti, which is the sensory organ of hearing. 
Key Processes That Take Place in the Cochlea
The cochlea plays an integral role in the hearing process. Being the end organ of the auditory function, it is pivotal in linking the sounds that enter the ear to the brain. It is a vital link helping mammals make sense of sounds and interpret them to take appropriate actions. One of the critical processes that take place in the cochlea is the transformation of sound waves into electrical impulses (Alkhairy and Shera 2019). It converts vibrations into neural signals and enables the brain to translate impulses into sounds animals can understand. It is vital to indicate that each ear has one cochlea. These organs are not just input devices; they work with the brain receiving instructions about sounds and the appropriate response. Furthermore, the Cochlea filters sound before they get to the brain. For example, they play a central role in helping the body to ignore certain sounds. The cochlea receives instructions to disregard certain sounds once the brain has determined them to be background noise. Therefore, the processes in the cochlea not only help interpret sounds but also filter impulses and take the most viable cause of action in the given circumstances. 
The inner ear has a web of passages and tubes referred to as the labyrinth. The cochlea is found in the labyrinth and contains sensory cells known as the organ of Corti. It is at the organ of Corti where vibrations are converted into neural images. It is crucial to note that the cochlea is a nail-shaped organ containing fluid. The organ of Corti is a vital