Key result
Systemic hemodynamics are linked to high BPV and impaired autoregulation in acute ischemic stroke.
Why the study?
It was unknown whether cardiovascular hemodynamic measures could serve as physiologic biomarkers for early identification of acute ischemic stroke patients at risk for high blood pressure variability and impaired cerebral autoregulation.
Can cardiovascular hemodynamic measures serve as physiologic biomarkers for early identification of acute ischemic stroke patients at risk for high blood pressure variability and impaired cerebral autoregulation?
Can cardiovascular hemodynamic measures serve as physiologic biomarkers for early identification of acute ischemic stroke patients at risk for high blood pressure variability and impaired cerebral autoregulation?
The study aims to evaluate cardiovascular hemodynamics as early biomarkers for blood pressure variability and autoregulatory impairment in acute ischemic stroke.
May aid early stroke risk stratification; hypothesis-generating pending prospective validation.
To determine whether cardiovascular hemodynamic measures can serve as physiologic biomarkers for early identification of acute ischemic stroke patients at risk for high blood pressure variability (BPV) and impaired cerebral autoregulation.
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Thinzar et al. (2026) studied this question. Systemic hemodynamics are linked to blood pressure variability and autoregulatory impairment, potentially serving as early physiologic biomarkers in acute ischemic stroke.
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