Glucose

Glucose Through the past few centuries, the study of muscular exercise has provided us with many facts of how the prospect of exercise can initiate the process of the body to mobilize mechanisms to meet using respiratory and circulatory demands. Exercise not only involves the muscles but also other tissues that it depends, on an extraordinary coordination of the nervous, circulatory, and respiratory systems. In order to ensure a proper supply of oxygen for the working muscle during exercise, the body must coordinate with the interaction of the lungs, the blood, the heart, the circulatory, and the muscle cell itself. Oxygen enters the bloodstream and carbon dioxide leaves it by way of the alveoli, which are the tiny sacs that form the structure of the lung. The maximal oxygen intake however on a normal person does not have so much to do with the capacity of the lungs for ventilation or diffusion, but with the maximal pumping capacity of the heart. After ventilation of the lungs, the next adaptation to exercise is hemoglobin. Hemoglobin transports and delivers oxygen in the body. The biological properties of hemoglobin play a very important role in the enabling the body to adapt to exercise. Hemoglobin enables our exercise, oxygen, body, muscle, hemoglobin, blood, output, lungs, heart, capacity, stroke, rate, volume, ventilation, study, physical, circulatory, cell, cardiac, bodies, working, under, training, tissues, rest, respiratory, pumping, per, past, next, needed, mechanisms, maximal, limit, itself, intake, increasing, increases, however, fluid, components, certain, cells, adaptation, adapt, zero, without, wide, way, vital