How playing different games make your muscles strong?

Participation in regular exercise or training for six weeks, around three times a week will lead to the adaptation of body systems that are used or trained. In that type of exercise or sport, this has the effect of increasing performance and is often beneficial for general health and everyday life. 

How playing different games make your muscles strong? 

The Answer is When you are participating in various playing activities your entire human body systems take part in it either fully or partially. but when it comes to muscles and strength let's see what effect you will have after exercising in long run.

Long term effects of exercise

  • Cardiovascular system: Cardiac hypertrophy; increased stroke volume (SV); decrease in resting heart rate (HR); increase in maximum cardiac output (Q); capitalization at the lungs and muscles; increase in the number of red blood cells
  • Respiratory system: Increased number of functioning alveoli; increased strength of the respiratory muscles
  • Energy system: Increased production of energy from the aerobic energy system; increased tolerance to lactic acid
  • Muscular system: Muscle hypertrophy, A noticeable long-term impact of exercise is the increase in muscle mass due to exercise, especially weight training.; increased strength of tendons; increased strength of ligaments
  • Skeletal system: Increase in bone density
  • Fitness: Increase in strength; increase in flexibility; increase in speed; increase in muscular endurance

Aerobic exercise, or physical activity under conditions of high availability of oxygen, involves extended exercise periods at levels below the maximum strength of contraction and uses a high percentage of muscle fibers of type I.

Due to exercise type, primarily the availability (aerobic) or lack of availability (anaerobic) of oxygen, muscle metabolism differs. The relative contributions of these energy systems determine the rate at which energy is required. 

 Anaerobic respiration, or physical activity with low oxygen availability, involves muscle contractions of high intensity for short periods of time, primarily utilizing muscle fibers of type II.
Anaerobic exercise involves short, high-intensity exercise bouts that use little or no oxygen and lead to increased lactic acid concentrations.

The metabolism of the muscle differs due to the type of exercise, mainly due to the availability (aerobic) of oxygen inaccessibility (anaerobic).

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