Study and Analysis of Spinal Injury(s) by Using Bio-Impedance Analysis
Monitoring and Analysis of Body Composition in Spinal Injuries Using Bioelectrical Impedance Analysis.
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People with SCI require rehabilitation. Exercise prevents or reduces secondary issues like pain and spasticity and improves muscular function (strength and endurance). Technology and equipment are essential in diagnostics, treatment, and critical care in today's healthcare environment. In addition, it is vital to note that clinical diagnostics are based on non-invasive techniques. Spinal cord injury is a disease that requires early diagnosis and close monitoring, and this study examines the present condition. Medical and technological capabilities shall be brought together in this study to val...
People with SCI require rehabilitation. Exercise prevents or reduces secondary issues like pain and spasticity and improves muscular function (strength and endurance). Technology and equipment are essential in diagnostics, treatment, and critical care in today's healthcare environment. In addition, it is vital to note that clinical diagnostics are based on non-invasive techniques. Spinal cord injury is a disease that requires early diagnosis and close monitoring, and this study examines the present condition. Medical and technological capabilities shall be brought together in this study to validate the Bioelectrical Impedance Analysis (BIA) and to develop new healthcare and monitoring tools. Validation of an affordable, portable, and rapid BIA instrument is the goal of this research. The importance of non-invasive measures in clinical applications is emphasized, and the need for therapeutic assessments, including diagnosis to prediction, is highlighted. Bioelectrical Impedance Analysis (BIA) is utilized in clinical practice and research studies to estimate body composition.
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