There are many areas that have gained from the increase in technological innovations. Generally the field of medicine is one such area with newer equipment capable of carrying out more complicated diagnosis and treatment processes. Therefore treatment has generally improved with the use of equipments like audiometers that can be used to assess the hearing ability of the patient.
Generally a working ear is an important functional unit for the body. As such when hearing is impaired it is likely to affect the way a person carries out their life activities. In fact hearing is among the five senses that a person relies on to work normally within their environment. Therefore a defect in this area is always an anxious moment and trouble for the patient requiring a quick solution.
Basically the ear works normally by picking sounds from the environment. These are passed on to a part of the brain that can intelligently interpret their meaning. In this way the hearing process is accomplished. However a part of the ear may suffer defect due to disease or trauma. This will certainly impair the hearing ability of this organ which can be partially or fully basing upon the degree of damage.
Deafness may not be a reversible condition. As such only hearing aids can be used to help the person to have a near normal life. This is critical for all those who depend on hearing to carry on crucial daily processes. By using such aids the patient is able to pick sound that they would not have picked with the damaged ear and hence enabling them to carry on with life activities almost normally.
Technology has allowed the computer to be used to determine hearing loss. This can be accomplished using hardware and software components of the system. The machine is initially calibrated to ascertain a certain level of accuracy during the diagnosis. A part of this system captures the sound that can then be submitted to the computerized system that carries out the analysis using special software to determine the levels of sensitivity.
Generally the machine has been able to generate reliable test results. The general setup is such that it includes an artificial ear also called acoustic coupler that captures the stimulus and measures its intensity. With such an arrangement varying degrees of auditory sensitivity can be determined for each patient followed by specialized treatment based on the results. Hence varying hearing aids for each person can be set and fitted.
Moreover included within this system is a microphone and head phones. These components enable the incoming sound to be captured and transmitted to the computer running special software. This computer can interpret this data appropriately. Generally this copies the working of a normal ear. Some cases may incorporate the use of an artificial mastoid that will generate stimulus in the same way the natural one does.
It is factual that technology has contributed greatly within the medical field. This can be seen in the use of gadgets like audiometers that appraise the hearing capacity of a patient. With such practice the patient is carefully assessed and suitable treatment including hearing aids can be administered to enhance their hearing capacity
Generally a working ear is an important functional unit for the body. As such when hearing is impaired it is likely to affect the way a person carries out their life activities. In fact hearing is among the five senses that a person relies on to work normally within their environment. Therefore a defect in this area is always an anxious moment and trouble for the patient requiring a quick solution.
Basically the ear works normally by picking sounds from the environment. These are passed on to a part of the brain that can intelligently interpret their meaning. In this way the hearing process is accomplished. However a part of the ear may suffer defect due to disease or trauma. This will certainly impair the hearing ability of this organ which can be partially or fully basing upon the degree of damage.
Deafness may not be a reversible condition. As such only hearing aids can be used to help the person to have a near normal life. This is critical for all those who depend on hearing to carry on crucial daily processes. By using such aids the patient is able to pick sound that they would not have picked with the damaged ear and hence enabling them to carry on with life activities almost normally.
Technology has allowed the computer to be used to determine hearing loss. This can be accomplished using hardware and software components of the system. The machine is initially calibrated to ascertain a certain level of accuracy during the diagnosis. A part of this system captures the sound that can then be submitted to the computerized system that carries out the analysis using special software to determine the levels of sensitivity.
Generally the machine has been able to generate reliable test results. The general setup is such that it includes an artificial ear also called acoustic coupler that captures the stimulus and measures its intensity. With such an arrangement varying degrees of auditory sensitivity can be determined for each patient followed by specialized treatment based on the results. Hence varying hearing aids for each person can be set and fitted.
Moreover included within this system is a microphone and head phones. These components enable the incoming sound to be captured and transmitted to the computer running special software. This computer can interpret this data appropriately. Generally this copies the working of a normal ear. Some cases may incorporate the use of an artificial mastoid that will generate stimulus in the same way the natural one does.
It is factual that technology has contributed greatly within the medical field. This can be seen in the use of gadgets like audiometers that appraise the hearing capacity of a patient. With such practice the patient is carefully assessed and suitable treatment including hearing aids can be administered to enhance their hearing capacity
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