The normal partial pressure of oxygen in arterial blood is 75-100 millimeters of Mercury. In comparison the partial pressure of oxygen at sea level is 750 millimeters of mercury.
The normal partial pressure of Oxygen in the arterial blood (PaO2) is 80-100mmHg.
Normal is around 40mmHg
Arterial blood is under direct pressure from the heart and is oxygen rich, which venous blood is oxygen poor and is under low pressure.
arterial pressure
The primary differences between venous blood and arterial blood are that arterial blood is oxygenated, under great pressure, and is moving from the heart, and that venous blood is deoxygenated, under low pressure, and is moving towards the heart.
Generally the blood pressure at arterial end of the capillaries is about 30 mm of mercury. The blood pressure at the venous end of the capillaries is about 15 mm of mercury. The fluid exit the capillaries at arterial end. Fluid enters the capillaries at venous end.
pulmonary arterial blood as it has moce CO2 than venous
Venous blood flow is easiest to control. Arterial blood flow is hardest to control because it is under pressure from the heart.
arterial
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The arterial and venous systems are connected in the body tissues by capillaries, and also in the heart.
The arterial and venous systems are connected in the body tissues by capillaries, and also in the heart.
Because being closer to the beating of the heart, it has more pressure behind it. Arterial blood is "outboud". Venous blood is "inbound".ANS2:Arterial bleeding is difficult to control because the pulsing pressure, delivered directly from the heart, makes clot formation less effective for staunching the flow than it would be for capillary or venous bleeding.
venous and arterial