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  1. Veins as Blood Reservoirs. In addition to their primary function of returning blood to the heart, veins may be considered blood reservoirs, since systemic veins contain approximately 64 percent of the blood volume at any given time (Figure \(\PageIndex{10}\), Table \(\PageIndex{3}\)).

  2. Summary. The splanchnic circulation can act as a site of regulation of distribution of cardiac output and also as a blood reservoir. Multiple regulatory pathways are involved in both intestinal and hepatic blood flow. Bypass flow rate is the major determinant of portal and hepatic arterial blood flow during CPB.

  3. Veins as Blood Reservoirs. In addition to their primary function of returning blood to the heart, veins may be considered blood reservoirs, since systemic veins contain approximately 64 percent of the blood volume at any given time (Figure \(\PageIndex{8}\)).

  4. Veins as Blood Reservoirs. In addition to their primary function of returning blood to the heart, veins may be considered blood reservoirs, since systemic veins contain approximately 64 percent of the blood volume at any given time (Figure 20.1.8).

    • Lindsay M. Biga, Sierra Dawson, Amy Harwell, Robin Hopkins, Joel Kaufmann, Mike LeMaster, Philip Mat...
    • 2019
  5. Veins as Blood Reservoirs. In addition to their primary function of returning blood to the heart, veins may be considered blood reservoirs, since systemic veins contain approximately 64% of the blood volume at any given time (Figure 20.9).

    • Qut Anatomy and Physiology Team
    • 2020
  6. 10. Apr. 2023 · Introduction. Blood volume refers to the total amount of fluid circulating within the arteries, capillaries, veins, venules, and chambers of the heart at any time. The components that add volume to blood include red blood cells (erythrocytes), white blood cells (leukocytes), platelets, and plasma.

  7. 13. Aug. 2019 · At rest, the venous structures contain approximately two-thirds of the total blood volume and thus act as a blood reservoir . The ability of veins to house this volume of blood at any given time relates to their structure. Veins have thinner walls and larger diameters than arteries with less muscle and elastic tissue. This means that ...