Organ Damage

Cross-source consensus on Organ Damage from 1 sources and 5 claims.

1 sources · 5 claims

How it works

The left ventricle responds to chronically elevated pressure by thickening its walls, analogous to skeletal muscle hypertrophy under sustained load. — Blood Pressure: Mechanisms, Root Causes, and What the Numbers Really Mean
The kidneys and eyes contain extremely fine capillary networks that are particularly vulnerable to damage from sustained high pressure. — Blood Pressure: Mechanisms, Root Causes, and What the Numbers Really Mean
At crisis levels above 180/120, sustained high pressure creates mechanical friction that accelerates endothelial damage and atherosclerotic plaque formation. — Blood Pressure: Mechanisms, Root Causes, and What the Numbers Really Mean
Left ventricular hypertrophy produces diastolic dysfunction — the stiffened ventricle cannot fill completely — which is a recognized precursor to heart failure. — Blood Pressure: Mechanisms, Root Causes, and What the Numbers Really Mean
Microvascular damage in kidneys and eyes is often driven by the combination of high pressure and inflammation from hyperglycemia, rather than pressure alone. — Blood Pressure: Mechanisms, Root Causes, and What the Numbers Really Mean