Red. bright (or blood) red.
The blood is rich in oxygen.
Coronary veins have oxygen rich blood. Hope I helped (:no, they carry deoxygenated blood to the coronary sinus.
The left side of the heart contains oxygen-rich blood. The right side of the heart contains deoxygenated blood.
Systemic Arteries carry oxygen rich blood (also called oxygenated blood). Pulmonary Arteries carry oxygen poor (deoxygenated) blood
No, they carry blood rich with oxygen away from the heart to all the body.
Oxygenated blood is bright red.
Lungs are pink in color because they are full of oxygen rich blood. Oxygen poor blood, on the other hand, has blue color to it.
the worst colour blood can be is a deep, rich red. the closer it is to that, the worse the blood is.
The blood in ARTERIES is BRIGHT RED beacuse it is rich in oxygen. :)) -Zuri
Oxygen-poor blood is dark red; oxygen-rich blood is bright red.
it is red as it is rich with oxygen
Capillaries change color as they pass by body cells as the blood they contain loses oxygen. Oxygen-rich blood has a brighter color than oxygen-poor blood.
Human blood has red color when oxygenated which is mainly because of red blood cells. Its color changes to purple when present in oxygen deprived circumstances. To restore the color the blood has to be placed in oxygen rich environment.
Its called hemoglobin. it also gives the color to red blood cells, when carrying oxygen, and the bluish color when they carry carbon dioxide.
Blood. Your red blood cells are quite iron-rich; you could almost say that the color of blood is because it's rusty.
When blood is oxygen-rich, it is bright red. Therefore, when blood is oxygen-poor, it is darker in color. When oxygen-poor blood flows through the lungs from the pulmonary arteries, it gets rid of the carbon dioxide and picks up oxygen, which then becomes oxygen-rich blood with a bright red color.
When blood cells have oxygen they are red, when they have no oxygen they are a darker shade of red. The more haemoglobin the blood contains the more oxygen is going to attach to the iron which is the most important element of the haemo-globin.