Abstract

The prognostic value of BP elevation in very old patients with other chronic comorbidities is uncertain. We aimed to assess the prognostic impact of 24-hour BP (both brachial and central), BP variability, and pulse wave velocity (PWV) in very elderly patients hospitalized due to a chronic disease decompensation. We included 249 patients older than 80 years, admitted to the hospital due to decompensation of congestive heart failure (149), chronic obstructive pulmonary disease (60), chronic kidney disease with acute kidney injury (26), or other decompensated chronic conditions (14). During hospital stay, 24-h BP monitoring was performed (Mobil-O-Graph PWV). Mean values of brachial and central BP, aortic PWV, and BP variability (24-hour SD) were obtained in all participants. After discharge, patients were followed-up for one year. The primary outcome was total mortality. Hazard ratio (HR) of BP estimates (for 1 SD increase) were obtained through Cox models, adjusted for clinical confounders. During follow-up 72 patients (29%) died. Progression of heart failure (58%) was the most frequent cause of death. No differences were observed in 24-h BP between those who died or remained alive. Systolic BP-SD, and PWV were higher in patients who subsequently died, while 24-hour HR- SD was lower (Table). In fully adjusted models, PWV (HR: 3.54; 95%CI: 2.37-5.28), SD of 24-h brachial systolic BP (1.29; 1.00-1.67) and SD of 24-h heart rate (0.65; 0.46-0.91) were associated with the risk of mortality. We conclude that PWV, SBP and heart rate variabilities, but not the level of BP are associated with mortality in very old patients with advanced chronic conditions

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