Abstract
Introduction: Selected studies link high systolic blood pressure variability (SBPV) to poor patient outcome after intracerebral hemorrhage (ICH). SBPV levels during real-world ICH admission remain unknown, however. We profile SBPV across ICH patient characteristics. Methods: Clinical data for adult patients (≥18) with primary non-traumatic ICH were retrieved from the electronic medical records. Patient SBPV was calculated as the Coefficient of Variation (CV; CV = (Standard Deviation/Mean)*100) during the first 24 hours of admission and across whole hospitalization. Hemorrhage characteristics and cerebral small vessel disease burden (CSVD; STRIVE 2.0 criteria) were assessed from neuroimaging during admission. Severe CSVD was assessed at summary scores ≥3. Cerebral Amyloid Angiopathy (CAA) was graded via Modified Boston Criteria. Descriptive statistics are provided for SBPV during first 24 hours of admission and whole-stay. Population differences are assessed using Mann Whitney Rank Sum and Kruskal Wallis tests of hypothesis. Results: Patient cohort included 2,020 primary ICH patients (median age: 67, IQR: [55-77]; 45.2% female), with an ethno-racial distribution of 43.6% White, 23.3% Black, 22.5% Hispanic, 8.2% Asian, and 2.5% Other. Median hemorrhage volume was 12.1 [1.9-36.3] cm 3 ; SBPVs over the first 24-hours and whole-stay were 12.6 [9.9-16.2] (Mean: 13.7; Skewness: 1.9; Kurtosis; 11.3) and 12.5 [10.7-15.0] (Mean: 13.4; Skewness: 3.05; Kurtosis; 21.3), respectively. SBPV significantly increased with female sex, worsening discharge disposition, increasing Glasgow Coma Scale severity, hemorrhage volume, intraventricular hemorrhage presence, and severe CSVD. Increasing CAA tiers showed reductions in SBPV. (Figure 1) Discussion: Levels of SBPV during ICH vary across patient characteristics and are elevated in those with more severe hemorrhage characteristics and worse hospital outcomes.
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