t and occurs during performance of a simple motor task. The authors also concluded that it appears that a remarkable reorganization as well as plastic functional changes occur in the human brain after injury. The relationship between patients' stroke and motor development occurs within other and varied contexts. Most commonly, as the layman may relate to, participation in physical activity may serve as precursors of strokes. For example, there exists a number of cross-sectional surveys as well as cohort and case-controlled studies which have pointed to a peripheral interest, but not directly applicable to the relationship between participation in physical activity and stroke patients. According to Powell and Dysinger, there exists a relationship between physical activity and stroke (1992). In the final analysis, there exists specific patterns of activity which underline the relationship between stroke patients and motor development. These include the authors' analysis of data to be considered with any variables that are likely to reflect an association between childhood and adult activity patterns.ReferencesAdams, Harold P. Jr., Louis R. Caplan, and Eric J. Russell. Patient Care. "Early Care in Acute Stroke." Oct. 15, 1990, Vol. 24, p. 121.Adams, Harold P. Jr., Louis R. Caplan, and Eric J. Russell. Patient Care, "Stroke: Recognition and Risk Factors." Aug. 15, 1990, Vol. 24, p. 144.______________. Harvard Medical School Health Letter, "Aspirin and Stroke." May 1990, Vol. 15, p. 1.______________. Medical Update, "New Hope for Stroke and Brain Injury Victims." Dec. 1990, Vol. 13, p. 6.______________. "Helpful Drugs May Hurt in Stroke," Medical World News, March 30, 1990, Vol. 31, p. 11.______________. New England Journal of Medicine, "The Effect of Low-Dose Warfarin on the Risk of Stroke in Patients with Non-Rheumatic Atrial Fibrillation." Nov. 29, 1990, Vol. 323, p. 1505.Powell and Dysinger. American Journal of Preventive Medicine, "Chil...
