Non-invasive physiological monitoring of exercise and XXXX .

@entity1 @entity410 @entity64 @entity542 @entity1566
OBJECTIVE: To review the current research of new emerging diagnostic technology for non-invasive physiological monitoring of exercise and @entity410 . As a personal trainer, I believe that exercise can improve the conditions of several diseases and/or events such as @entity64 , post-traumatic @entity542 , @entity1566 , and a multitude of other diseases. This compilation of information will allow health care providers tools of a non-invasive manner to promote healing and health that go beyond the initial event. Allowing @entity1 continued managed care beyond what is believed to be their plateau. MATERIAL AND METHOD: Review science-based research involving non-invasive technology, including cardiovascular evaluations: heart rate monitors, near-infrared spectroscopy, blood pressure, and electrocardiography; motor capabilities: surface electromyography and manual testers, i.e. dynamometer, and digital and video photography; radiological monitoring: magnetic resonance imaging, three-dimensional computer tomography, and laser Doppler. RESULTS: This investigation has found that a new approach should be implemented for non-invasive physiological monitoring of exercise and @entity410 through development and utilization across a wide variety of equipment, and monitoring technology. This non-invasive methodology will not only motivate but encourage individuals to begin and remain compliant with an exercise program allowing a variety of health care providers to assist in @entity1 care. DISCUSSION: We need to shift the paradigm from taking care of the sick to maintaining the health of our @entity1 . This can be accomplished with non-invasive evaluation, tracking, and monitoring tools. Many of the suggestions for monitoring are used in a clinical setting rather than a general @entity410 environment. These monitoring tests need to be economical as well as available for continual re-evaluation.
