Hemoglobin a heam factor in the red blood cells that binds with oxygen and carbon dioxide
Movement of carbon dioxide is driffen by osmosis from and to the tissue and bloodstream. Also active transport can be used. Amount of CO2 present is monitored by means of the pH of your blood as dissolved CO2 is acidic.
Respiration is the process in the lungs of absorbing oxygen into tissue while removing carbon dioxide. This is carried out by inhalation and exhalation.
No. Red blood cells do not create a tissue. It transports Oxygen and Carbon Dioxide throughout your body.
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Diffusion
Oxygen and carbon dioxide are exchanged in body tissues through the process of diffusion. Oxygen in the blood enters the tissue cells, where it is used for cellular respiration. Carbon dioxide, a byproduct of this process, moves from the cells into the blood to be transported back to the lungs for exhalation.
when blood ventilation (air exchange) is inhibited. Inhibited oxygen and carbon dioxide transfer prevents the delivery of oxygen to the tissue and results in carbon dioxide levels in the blood that are higher than normal.
The process known as diffusion. The cardiovascular system plays a large role by transporting both of these gases through the blood. Oxygen and carbon dioxide are both carried by the red blood cells (RBC). The carbon dioxide is "buffered" by the blood to keep it from turning acidic. This process results in respiration. The two kinds of respiration are internal (tissue) respiration and external (pulmonary) respiration.
carbon dioxide
The exchange of oxygen and carbon dioxide between systemic capillaries and tissue cells is called external respiration. Oxygen is taken up by the blood in the capillaries and delivered to the tissues, while carbon dioxide is picked up from the tissues by the blood to be removed from the body.
It is to carry oxygen from the lungs to tissue around the body.
During the process of photosynthesis, oxygen is released from the chloroplasts as a byproduct, while carbon dioxide is taken in from the surrounding environment. Water is absorbed through the roots and transported up to the leaves through the xylem tissue. Within the chloroplasts, carbon dioxide is converted into glucose using energy from sunlight, and oxygen is released as a waste product.