Key result
Physiological ageing is not associated with relevant electromechanical asynchrony, but structural heart disease in older adults is associated with increased diastolic asynchrony.
Cross-Sectional (n=547)
No
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Does not support age-specific ventricular synchrony thresholds; hypothesis-generating for diastolic asynchrony in structural disease.
It is unknown whether physiological ageing also goes along with electromechanical asynchrony of contraction. Aim of the study was to evaluate synchrony of contraction in older people with ("non-healthy") or without ("healthy") evidence for structural cardiac disease. In 547 persons (age 76.7+/-5.5 years, 306 male, 241 female) recruited from a population-based cohort of the ActiFE-Ulm study including a random sample of people >/=65 years old living in the region of Ulm, Germany, various PW- and TDI-Doppler based markers for asynchrony were obtained by echocardiography. Within a subgroup of 84 healthy subjects, at most minimal systolic and diastolic asynchrony was found. Concerning systolic asynchrony, similar observations were made within the non-healthy subgroup. However, extent of diastolic left ventricular intraventricular asynchrony and also - by tendency - diastolic interventricular asynchrony was increased in comparison to the healthy subgroup. To conclude, no evidence that physiological ageing might go along with relevant left or right ventricular systolic or diastolic electromechanical asynchrony was found in our study. Furthermore, our population-based data support the results from other clinical studies with rather selected cohorts that structural heart diseases might go along with increased diastolic asynchrony.
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Laszlo et al. (2017) conducted a cross-sectional in Ageing and structural heart disease (n=547). Structural heart disease vs. Healthy older adults without structural heart disease was evaluated on Left and right ventricular systolic and diastolic electromechanical synchrony. Physiological ageing is not associated with relevant electromechanical asynchrony, but structural heart disease in older adults is associated with increased diastolic asynchrony.
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