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The hemoglobin that makes up each RBC. Iron is crucial to the formation of hemoglobin, and I believe is what the oxygen sticks to.
The amount of oxygen taken up by the tissues in a muscle. It is the difference between oxygen concentration in the arteries and the oxygen concentration in the veins.ie. if your blood carries 20ml of oxygen per 100ml of blood and the muscle takes up 6mls of oxygen, 14mls of oxygen leaves the muscles into the veins.therefore, VO2-diff = 20ml-6ml = 14ml.
The heart gets the oxygen from the red blood cells that "trade" CO2 for oxygen in the lungs and travels back up to the heart and gives the heart a bit of the oxygen and then gives the rest of the oxygen to the other organs (like the alveoli and the liver and the gut ect)
I think you meant "through the body". if that is so: the heart does, it pumps oxygen poor blood to your lungs. then the blood absorbs the oxygen with the help of diffusion. this is like smoke: smoke doesn't stay together, it goes to places where no smoke is. the same counts for your blood, there is no oxygen in it so the oxygen goes into your veins. then the heart pumps it around the body until the oxygen is used up. the process will start over again.Your heart.
Hemoglobin is the substance in the blood that picks up oxygen. Hemoglobin is found on red blood cells.
Blood picks up oxygen from the lungs.
Erythrocytes
Blood with no oxygen (the blood that flows to the heart picks up oxygen from the lungs).
it goes to the lung and the blood picks it up there
It picks up oxygen
The lungs
Red blood cells pick up oxygen and deposit carbon dioxide at the lungs
Blood leaves the pulmonary artery and travels into the lungs. In the lungs the blood releases carbon dioxide and picks up oxygen.
The blood picks up oxygen in the lungs and gives it to all the organs in the body that needs it.
No, it does everything except picks up oxygen in the LUNGS. It gives up carbon dioxide instead! :)
Blood picks up oxygen and releases carbon dioxide in the lungs.