When muscle cells undergo anaerobic respiration they become fatigued and painful due to the buildup of pyruvate in cells. The pyruvate is converted to lactic acid.
Anaerobic respiration occurs whenever oxygen can't be delivered to the muscle when it needs to contract.
The ending product of anaerobic respiration in muscle cells is lactic acid.
When yeast undergo anaerobic respiration, they produce ethanol (alcohol) and carbon dioxide as byproducts.
All cells obtain energy from cellular respiration. Some undergo anaerobic respiration and some undergo aerobic respiration.
When muscle cells undergo anaerobic respiration they become fatigued and painful due to the buildup of pyruvate in cells. The pyruvate is converted to lactic acid.
This is caused by a buildup of lactic acid.
Lactic acid
Anaerobic respiration occurs whenever oxygen can't be delivered to the muscle when it needs to contract.
The ending product of anaerobic respiration in muscle cells is lactic acid.
When yeast undergo anaerobic respiration, they produce ethanol (alcohol) and carbon dioxide as byproducts.
All cells obtain energy from cellular respiration. Some undergo anaerobic respiration and some undergo aerobic respiration.
The product obtained during cellular anaerobic respiration human muscle cell water, energy and carbon dioxide.
Muscle cells primarily perform aerobic respiration, which involves the breakdown of glucose in the presence of oxygen to produce energy in the form of ATP. However, during intense physical activity or when there is limited oxygen availability, muscle cells can also switch to anaerobic respiration, which produces energy without the need for oxygen but results in the accumulation of lactic acid.
In yeast, the end products of anaerobic respiration are ethanol and carbon dioxide. In animal muscle, the end product is lactic acid.
It produces lactic acid.
Your muscle cells use the energy released in cellular respiration to synthesize new compounds to maintain its tissues; to transport material in and out of its cell; and to perform its mechanical function of expanding and contracting.