It is recognized that exercise increases the utilization of dextrose. This fact was first demonstrated by Rakestraw1 and by Levine2 and their associates, who observed in normal people that a long period of exercise is usually accompanied by a drop in the level of sugar in the blood, although short, strenuous exercise increases the concentration of sugar in the blood. Exercise also lowers the level of blood sugar of persons with diabetes who have an adequate supply of insulin. This effect is so striking that exercise3 is now accorded a prominent place in the treatment of diabetes along with diet and insulin. In contrast, there has been no work to show the effect of physical inactivity or prolonged rest in bed on the carbohydrate metabolism in nondiabetic persons. The fact that exercise increases the carbohydrate metabolism does not necessarily mean that inactivity will do the opposite. If
BLOTNER H. EFFECT OF PROLONGED PHYSICAL INACTIVITY ON TOLERANCE OF SUGAR. Arch Intern Med (Chic). 1945;75(1):39–44. doi:10.1001/archinte.1945.00210250046004
Coronavirus Resource Center
Customize your JAMA Network experience by selecting one or more topics from the list below.