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Internal respiration
Cardiac muscle tissue is supplied with nutrients and oxygen by the coronary arteries in a process called coronary circulation.
Breathing is the physical contraction of muscles such as the internal and external intercostals that draw air into and out of the lungs. Tissue respiration involves the tissues using Oxygen brought to them in the blood and respiring to produce CO2.
Plant's respiration rate is affected by many different factors, including tissue age, temperature, oxygen, carbon dioxide, damage, lack of water and available sugars.
true. cellular respiration does give the abilty to repair plant tissue.
Internal respiration
Underlying connective tissue
Cardiac muscle tissue is supplied with nutrients and oxygen by the coronary arteries in a process called coronary circulation.
Yes. It is called internal, or tissue, respiration.
External respiration is gas exchange in the lungs. Tissue respiration is the chemical reactions in our cells which produce energy. The most usual one is aerobic respiration: glucose + oxygen --> carbon dioxide and water.
Oxygen is transported by red blood cells and is released into tissues as they pass through capillaries in the tissue.
Lactic acid and oxygen debt
It is called internal respiration, or tissue respiration.
Aerobic respiration is the type of respiration that takes place in resting muscle tissue. This is in contrast to the anaerobic respiration that happens when muscles are exercised.
Breathing is the physical contraction of muscles such as the internal and external intercostals that draw air into and out of the lungs. Tissue respiration involves the tissues using Oxygen brought to them in the blood and respiring to produce CO2.
The area is known as a foci of necrotic tissue, eventually turning into fibrosed (scar) tissue. The process by which this occurs is tissue ischaemia (where not enough oxygen is supplied to the heart tissue to meet its requirements).
Respiration is a process of taking in oxygen and giving out of carbondioxide. The oxygen carried by the blood cells transfers oxygen to the tissues and takes up carbondioxide from the tissue.