When the body produces lactic acid because it doesn't have enough oxygen this makes a muscle sore.
Cellular respiration is performed by peas when they start to grow.
it can be like when you bake bread and the cellular respiration in the yeast causes the bread to rise. also in the process of making wine and alcohol as oxygen runs out for cellular respiration it goes into a process called aerobic respiration.
Aerobic cellular respiration produces energy for muscle contraction but this is not what causes the contractions. The binding properties between the proteins actin and myosin are what give muscles the ability to contract.
When muscles are active they quickly exceed their oxygen supply. When this occurs they can no longer run aerobic respiration so the muscle begins to produce lactic acid as a byproduct of anaerobic respiration. When lactic acid builds up it irritates nerve receptors and results in the feeling of soreness.
Muscles use aerobic respiration to metabolize the energy they need to function. When they have insufficient oxygen to metabolize all the energy they need, they use anaerobic respiration in the form of fermentation. The Lactic acid which is created as a by product of fermentation builds up in the muscles and causes soreness.
In order for muscles to move cellular respiration must occur to provide cells with energy. The process of cellular respiration also produces heat energy which plays a large part in keeping our body temperature close to 37 degrees Celsius.
Cell respiration and lactic acid fermentation release energy in the body. While cell respiration requires oxygen, fermentation does not. However, the buildup of lactic acid causes much pain in the body's muscles.
Leigh syndrome is caused by defective cellular respiration that supplies many tissues with energy.
lack of water
When muscles overexert, the available oxygen may run out and they resort to anaerobic metabolism creating lactic acid which is what causes the soreness felt after exercise.
The most ATP is created when NADH+ is reduced in the electron transport chain to NAD which causes a proton gradient that is then pumped through ATP synthase (and enzyme) creating most of the ATP in Cellular Resp.
Lactic acid will be the temporary end point of cellular respiration while oxygen supplies are limited, as while enduring exertion. This temporary presense of an excess amount of acid in the muscle tissue is what causes the feeling 'muscle burn'.