Linked from

The 23 pages that link to Ischemia, each with the reason it gives.

• HypoxiaRelated: It is a common route to localized hypoxia.

• AngiogenesisRelated: Ischemic tissues can trigger angiogenesis in an attempt to restore perfusion.

• Compartment syndromeRelated: Ischemia is the tissue-level consequence of pressure obstructing local circulation.

• NecrosisRelated: It is a frequent cause of necrosis, especially in the heart and limbs.

• VasculitisRelated: Inflamed vessels can restrict blood flow and produce ischemic injury.

• HemorrhageRelated: Hemorrhage can reduce perfusion and deprive vulnerable organs of oxygen.

• ThrombolysisRelated: An obstructing clot causes ischemia, the immediate threat thrombolysis aims to reverse.

• AnoxiaRelated: Severe ischemia can leave affected tissue anoxic.

• Atherosclerotic cardiovascular diseaseRelated: Arterial obstruction harms downstream tissue by restricting its blood supply.

• Polyarteritis nodosaRelated: Arterial narrowing and occlusion deprive affected organs of blood.

• HerniaRelated: Compression at a hernia opening can cut off blood flow to trapped contents.

• GangreneRelated: Reduced perfusion can start the tissue injury that develops into gangrene.

• Wood frogRelated: Frozen tissues face restricted circulation, making the frog relevant to studying injury during low-flow states.

• Parenchymal tissue (animal organs)Related: Reduced perfusion threatens energy-demanding parenchymal cells and can cause tissue injury.

• Robert EttingerRelated: The interval after circulation stops can damage the brain before cryonic cooling begins.