Linked from

The 14 pages that link to Venous return, each with the reason it gives.

• Cardiac outputRelated: It sets ventricular filling and, in steady state, matches cardiac output.

• VasodilationRelated: Changes in venous tone affect cardiac filling, unlike arteriolar dilation's main resistance effect.

• Valsalva maneuverRelated: High chest pressure temporarily impedes blood returning to the heart.

• Vasovagal syncopeRelated: Reduced return of blood to the heart can contribute to circulatory changes during an episode.

• Blood flowRelated: In steady circulation, venous return matches cardiac output and therefore total flow.

• Fluid resuscitationRelated: Resuscitation can increase cardiac preload by increasing the pressure driving blood back to the heart.

• HemodynamicsRelated: It links venous flow to cardiac filling and subsequent output.

• Compression garmentRelated: External pressure can help move blood from the limbs toward the heart.

• Obstructive shockRelated: Impaired return or cardiac filling can reduce the preload needed to sustain output.

• Distributive shockRelated: Venodilation can increase vascular capacity and reduce the blood returning to the heart.

• Frank–Starling lawRelated: It supplies the blood that can increase ventricular filling.

• VenuleRelated: Venules begin the low-pressure pathway that returns capillary blood toward the heart.

• Diastole (cardiac cycle)Related: Returning blood supplies the atria and drives passive chamber filling.

• Cock ringRelated: Restricting local venous return is the ring's central physiological action.