anaerobic respiration
Muscular cramp occurs when the oxygen demand by muscles is greater than what the body can provide. When the supply is less than the demand, the muscles start to undergo anaerobic respiration - this results in a build-up of lactate in the muscles. When the levels of lactate become too high, the muscles cramp.
cramping generally refers to the build up of lactic acid in the muscles due to the process of anaerobic respiration.
Tendons and ligaments along with muscles, cramp due to low potassium.
Like most muscles, the triceps can cramp after a period of exercise, and is usually caused by poor posture, insufficient stretching, or overtraining. Muscles may also cramp as a result of dehydration, or as a result of certain acute medical conditions.
we are using our muscles
Stop doing whatever activity triggered the cramp, Gently stretch and massage the cramping muscle, holding it in stretched position until the cramp stops, and Apply heat to tense/tight muscles, or cold to sore/tender muscles.
intermittent claudication
Muscle cramps result by build up of lactic acid in muscles that must go through anaerobic respiration when immediate energy required surpasses what the muscles can provide using aerobic respiration. Providing O2 drives aerobic reaction, providing O2 to the muscles and replacing lactic acid production. Increased delivery of O2 will weaken contractions causing cramps
A leg cramp is caused by a build up of lactic acid in your muscles, so the type of fermentation responsible for a leg cramp is lactic acid fermentation.
You're pregnant. Sucks to suck
The waste product of anaerobic respiration is lactic acid this can cause cramp.
While our bodies can store glucose (for example, that's what marathoners are doing when they eat lots of pasta the night before a race), we can't store oxygen. Sometimes we can't take in enough oxygen to keep up with our energy needs. When this happens, our muscle cells switch to anaerobic respiration -- instead of reacting with oxygen, the glucose breaks in half and forms lactic acid. Energy is produced, but the lactic acid builds up in our muscles. This build-up makes our muscles feel heavy and they might even cramp up. While our bodies can store glucose (for example, that's what marathoners are doing when they eat lots of pasta the night before a race), we can't store oxygen. Sometimes we can't take in enough oxygen to keep up with our energy needs. When this happens, our muscle cells switch to anaerobic respiration -- instead of reacting with oxygen, the glucose breaks in half and forms lactic acid. Energy is produced, but the lactic acid builds up in our muscles. This build-up makes our muscles feel heavy and they might even cramp up.