How is anaerobic respiration in plants and animals different?
Hint: Anaerobic respiration is the process of breaking glucose molecules partially and producing less energy in comparison to the anaerobic respiration. When the glucose is unable to break completely then this process will occur as the amount of oxygen is less resulting in the formation of lactic acid which is the end product.
Complete answer The difference between the anaerobic respiration in plants and animals
Anaerobic respiration in plants
Anaerobic respiration in animals
Anaerobic respiration in plants is very dangerous for plants.
Anaerobic respiration in animals may not be that dangerous.
It occurs in the absence of oxygen and carbon dioxide is evolved.
It also occurs in the absence of oxygen but the carbon dioxide is not evolved.
In this process, the glucose molecule will react and result in the formation of the ethanol and carbon dioxide.
In this process, the glucose molecule will react and result in the formation of the lactic acid.
It may lead to the killing of plants
It will not cause the death of an organism but simply causes cramps and strains in the muscles.
It occurs mostly in the process of the fermentation.
It occurs mostly for the animals to gain energy when required.
Additional information Cellular respiration is the process of the production of energy from one molecule of glucose in the form of 34 molecules of ATP. There are two types of cellular respiration, aerobic respiration, and anaerobic respiration. Aerobic respiration is the process of the production of energy where the molecules of glucose break down in the presence of oxygen. When the glucose molecule is broken a huge amount of energy is released which results in the formation of carbon dioxide and water as an end product.
Note: Anaerobic respiration comes first from which aerobic respiration was evolved. It was found that the suggestion of anaerobic respiration was possibly done by a French microbiologist and chemist Louis Pasteur. In 1895, Beijerinck was the first one to discover and describe anaerobic respiration.