The present study examined the reproducibility of alterations in left ventricular function and cardiac biomarkers in a cohort of athletes following two marathons, one year apart. Eight participants in the 2004 and 2005 London Marathons were tested pre- and post-race via echocardiography and humoral analysis. Reductions in diastolic filling, unrelated to loading or heart rate, following both marathons were reproducible within individuals, which may be a function of exercise duration. In contrast, exercise-induced cardiac troponin release was inconsistent
ABSTRACT To determine the effects of prolonged exercise on systolic and diastolic left ventricular f...
Prolonged exercise has been shown to result in an acute depression in cardiac function. However, lit...
We assessed segmental and global left ventricular (LV) diastolic function via tissue-Dopplerimaging ...
The present study examined the relationship between LV (left ventricular) function, markers of cardi...
The present study examined the relationship between LV (left ventricular) function, markers of cardi...
International audienceAim - To provide a state-of-the-art review of the last 10 years focusing on ca...
Marathon running can increase circulating cardiac troponin above the diagnostic criteria for myocard...
Whether exercise-induced increases in left ventricular mass can alter left ventricular diastolic fun...
The present study employed novel echocardiographic tools and cardiac markers to obtain a greater und...
The long term clinical significance of exercise-induced \u201ccardiac fatigue\u201d has not been cle...
OBJECTIVES: Exercise leads to an increase in cardiac troponin I in healthy, asymptomatic athletes af...
Abstract Background: Prolonged aerobic exercise, such as running a marathon, produces supraphysiolo...
PURPOSES: To comprehensively investigate the cardiovascular consequences of a 160-km ultramarathon u...
Chronic exercise induces physiological enlargement of the left ventricle ('athlete's heart'), but th...
Objectives Seventeen male participants (mean (SD) (range): age 33.5 (6.5) years (46–26 years), body ...
ABSTRACT To determine the effects of prolonged exercise on systolic and diastolic left ventricular f...
Prolonged exercise has been shown to result in an acute depression in cardiac function. However, lit...
We assessed segmental and global left ventricular (LV) diastolic function via tissue-Dopplerimaging ...
The present study examined the relationship between LV (left ventricular) function, markers of cardi...
The present study examined the relationship between LV (left ventricular) function, markers of cardi...
International audienceAim - To provide a state-of-the-art review of the last 10 years focusing on ca...
Marathon running can increase circulating cardiac troponin above the diagnostic criteria for myocard...
Whether exercise-induced increases in left ventricular mass can alter left ventricular diastolic fun...
The present study employed novel echocardiographic tools and cardiac markers to obtain a greater und...
The long term clinical significance of exercise-induced \u201ccardiac fatigue\u201d has not been cle...
OBJECTIVES: Exercise leads to an increase in cardiac troponin I in healthy, asymptomatic athletes af...
Abstract Background: Prolonged aerobic exercise, such as running a marathon, produces supraphysiolo...
PURPOSES: To comprehensively investigate the cardiovascular consequences of a 160-km ultramarathon u...
Chronic exercise induces physiological enlargement of the left ventricle ('athlete's heart'), but th...
Objectives Seventeen male participants (mean (SD) (range): age 33.5 (6.5) years (46–26 years), body ...
ABSTRACT To determine the effects of prolonged exercise on systolic and diastolic left ventricular f...
Prolonged exercise has been shown to result in an acute depression in cardiac function. However, lit...
We assessed segmental and global left ventricular (LV) diastolic function via tissue-Dopplerimaging ...