International journal of cardiology · 2024
Assessment of atrial strain variations in amateur runners: A 10-week unsupervised training program and half-Marathon impact study using 2D and speckle-tracking echocardiography.
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Szałek-Goralewska Anna, Dankowski Rafał, Sacharczuk Wioletta, Ożegowski Stefan, Baszko Artur, Szyszka Andrzej
Аннотация
BACKGROUND: Competitive running leads to cardiac remodeling and functional changes in cardiovascular haemodynamics in professional runners. Data on atrial changes in amateur runners completing a half-marathon are limited. The study sought to analyze the impact of training and a 21.0975-km run on echocardiographic parameters of left (LA) and right (RA) atrial anatomy and function in recreational runners.
METHODS: The study group comprised 52 amateur runners [mean age 32.96 (5.12) years], including 32 men. Echocardiographic evaluations were performed at three stages: prior to the ten-week unsupervised training, and then before and after the run. Morphological and functional parameters were assessed using two-dimensional imaging, Doppler, and speckle-tracking technique.
RESULTS: During the training period, both LA dimension [31.87 mm vs. 33.96 mm; p < 0.001] and LA volume [59.00 ml vs. 68.00 ml; p < 0.001] increased and no changes were found for RA morphological parameters. Ten weeks of preparatory training resulted in an increase in LA contractile strain (LASct) [10.50 % vs. 11.00 %; p = 0.030], without affecting the RA function. Change of LASct was particularly pronounced in young women (<32 years; p = 0.029). Half-marathon performance decreased the LA volume.
CONCLUSIONS: Amateur training for 21.0975-km run remodels LA and enhances LA active contractile function (especially in young women) without influencing RA. The half-marathon decreases LA volume and does not affect RA morphology and function in recreational runners.
METHODS: The study group comprised 52 amateur runners [mean age 32.96 (5.12) years], including 32 men. Echocardiographic evaluations were performed at three stages: prior to the ten-week unsupervised training, and then before and after the run. Morphological and functional parameters were assessed using two-dimensional imaging, Doppler, and speckle-tracking technique.
RESULTS: During the training period, both LA dimension [31.87 mm vs. 33.96 mm; p < 0.001] and LA volume [59.00 ml vs. 68.00 ml; p < 0.001] increased and no changes were found for RA morphological parameters. Ten weeks of preparatory training resulted in an increase in LA contractile strain (LASct) [10.50 % vs. 11.00 %; p = 0.030], without affecting the RA function. Change of LASct was particularly pronounced in young women (<32 years; p = 0.029). Half-marathon performance decreased the LA volume.
CONCLUSIONS: Amateur training for 21.0975-km run remodels LA and enhances LA active contractile function (especially in young women) without influencing RA. The half-marathon decreases LA volume and does not affect RA morphology and function in recreational runners.