Microcirculatory Dysfunction
Cross-source consensus on Microcirculatory Dysfunction from 1 sources and 5 claims.
1 sources · 5 claims
How it works
Benefits
Comparisons
Evidence quality
Highlighted claims
- Circulatory shock affects approximately 30% of intensive care patients and involves life-threatening failure of central organ perfusion. — Imaging the choroidal microvasculature in intensive and high dependency care unit patients: a pilot study
- Macrovascular targets such as blood pressure and cardiac output can improve large-vessel physiology but do not necessarily describe microcirculatory perfusion. — Imaging the choroidal microvasculature in intensive and high dependency care unit patients: a pilot study
- Microcirculatory dysfunction is central to end-organ injury in critical illness. — Imaging the choroidal microvasculature in intensive and high dependency care unit patients: a pilot study
- Sublingual capillary perfusion in haemorrhagic shock may predict multiorgan failure better than serum lactate or systolic blood pressure. — Imaging the choroidal microvasculature in intensive and high dependency care unit patients: a pilot study
- Choroidal OCT may provide information about microvascular function, perfusion pressure, or vascular leakage, but larger studies are needed before clinical use. — Imaging the choroidal microvasculature in intensive and high dependency care unit patients: a pilot study