Decreased blood supply in the muscle can cause anoxia then paralysis.
it is decreased by 50000
Pneumonia primarily affects the respiratory system, but it can have secondary effects on the muscular system. The infection can lead to decreased oxygen levels in the blood, causing muscle fatigue and weakness due to insufficient oxygen supply for muscle function. Additionally, fever and systemic inflammation can result in muscle pain and discomfort, further impairing physical activity and strength. Overall, the body's response to pneumonia can indirectly impact muscle performance and recovery.
The main difference will be the motor's torque will be decreased, potentially making it undersized for its' purpose. The motor's speed will also be decreased since n=(120f)/P.
Ischemia is the medical term meaning decreased blood supply. Prolonged ischemia can lead to infarction.
Deficient blood supply to the myocardium is called ischemia. This lack of blood flow can result in decreased oxygen and nutrients reaching the heart muscle, leading to potential damage if left untreated.
The multiplier effect describes how an increase in some economic activity starts a chain reaction that generates more activity than the original increase. The multiplier effect demonstrates the impact that reserve requirements set by the Federal Reserve have on the U.S. money supply.
apoxia
At peak levels of muscle exertion, mitochondria can supply energy to the muscles by producing ATP through the process of aerobic respiration. This provides the necessary energy for muscle contraction and is vital for sustaining intense physical activity. Additionally, mitochondria play a role in regulating metabolism and maintaining cellular homeostasis.
When supply decreases but demand does not, cost increases. That would probably be most noticeable in the new home construction industry, the largest consumer of lumber.
A skeletal muscle's blood supply is generally best described as?
Decreased oral fluid intake, decreased fluid volume, decreased circulating volume, decreased supply and perfusion to peripheries to maintain vital organ requirements
Blood brings oxygen and ATP, which react with one another (oxidation), to the muscle cells. The result of this oxidation process (aerobic) is energy and heat. (Most of the body's heat originates from muscle activity.) Skeletal muscles will not contract unless stimulated by neurons.