Linked from

The 14 pages that link to Hypovolemic shock, each with the reason it gives.

• Orthostatic hypotensionCompared with: Both can involve low circulating volume, but shock causes systemic perfusion failure rather than an upright-specific drop.

• Lactic acidosisBroader topic: Poor tissue perfusion can drive lactate production and accompany lactic acidosis.

• Cardiogenic shockCompared with: Unlike cardiogenic shock, its primary failure is insufficient circulating volume rather than pump function.

• Septic shockCompared with: Unlike septic shock, its primary driver is volume loss rather than infection-related dysregulation.

• ShockBroader topic: Fluid or blood loss lowers venous return and can sharply reduce cardiac output.

• GastroenteritisBroader topic: Extreme fluid loss from gastroenteritis can reduce circulating blood volume and cause shock.

• HemorrhageRelated: Severe hemorrhage can reduce circulating volume until organs receive too little blood.

• Extracellular fluidRelated: Loss of circulating extracellular fluid can impair tissue perfusion.

• Anaphylactic shockCompared with: Anaphylactic shock can reduce effective circulating volume through vascular leakage, but also involves vasodilation.

• Obstructive shockCompared with: Both can reduce cardiac output, but hypovolemia reflects insufficient circulating volume rather than a blockage.

• Distributive shockCompared with: Unlike distributive shock, its primary defect is loss of circulating volume.

• Neurogenic shockCompared with: It commonly follows trauma and requires volume replacement, unlike isolated loss of sympathetic tone.

• Internal bleedingRelated: Severe internal blood loss can leave organs without adequate blood flow.

• HyperlactatemiaRelated: Poor tissue perfusion can drive lactate production in severe hypovolemia.