Vocal Biomarkers are proving to be essential in the detection of various disorders including anxiety, depression, and coronary artery disease
Early diagnosis of the vocal disease can mean the difference in life and death for an individual, particularly in the case of severe vocal impairment. Vocal ultrasound technology has helped to identify a number of new tools that help patients and doctors diagnose disorders at an early stage, thereby reducing mortality rates further. While this technology can be used for any form of the vocal condition, it is particularly important for those whose voice is afflicted with diseases and disorders such as vocal cord paralysis, throat phlegm, or tonsillitis.
The impressive potential of Vocal Biomarkers is part of what makes them such a promising technology. Biomarkers can also provide important information about the speech patterns of people with hearing loss, which is relevant to understanding aging and disease. This is why biomechanists and speech researchers are excited about this potential. The amazing potential of Vocal Biomarkers is part of what makes them such a promising technology. Biomarkers can also provide important information about the speech patterns of people with hearing loss, which is relevant to understanding aging and disease. Another area where vocal biomarkers are of great use is in detecting and monitoring people at risk of Alzheimer's disease, a condition that affects the memory, language, and behavior of its sufferers. Recently, in November 2020, AI programmers from Vocalis Health used vocal biomarkers to diagnose COVID-19 in asymptomatic patients.
Biomarker applications are now available beyond verbal speech recognition and may help address many medical conditions beyond vocal cords. Biomarker testing can also provide information on whether or not a patient is suffering from fatigue, respiratory illness, poor eyesight, or low energy levels. These tests can also assist with assessing whether or not a patient has potential drug interactions with prescription drugs and can even provide information beyond the range of speech.
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