Ischaemia during exercise and ambulatory monitoring in XXXX with stable @entity951 and healthy controls. Gender differences and relationships to @entity2661 .

@entity1 @entity662 @entity308 @entity296 @entity951 @entity2922 @entity1540 @entity1063 @entity2661 @entity943
AIMS: To evaluate signs of ischaemia and @entity943 in relation to gender and sympathoadrenal activity in @entity1 with stable @entity951 and healthy controls. MATERIAL AND METHODS: 809 @entity1 (248 females) with stable @entity951 , and 50 matched healthy controls performed an exercise test and an ambulatory ECG recording. @entity2661 were measured in plasma before and immediately after exercise, and in urine during ambulatory ECG. RESULTS: Male and female @entity1 showed similar frequencies of @entity308 , similar blood pressure and @entity2922 responses on exercise testing. Females had higher heart rates and were more prone towards silent ischaemia. The healthy controls exercised longer and showed greater adrenaline responses. During ambulatory ECG, the two genders had similar duration of @entity308 , but males had more @entity1540 . Females excreted more @entity1063 , and had higher minimal and maximal heart rates. @entity1540 were equally common among @entity1 and controls, but controls had greater @entity2922 excretion. @entity308 during exercise was positively related to the duration of @entity308 during ambulatory ECG for both genders. Exercise time until @entity308 was inversely related to the duration of @entity308 during ambulatory ECG among male @entity1 only. @entity2922 responses during exercise testing were more closely correlated to time until @entity662 than to signs of ischaemia. CONCLUSION: Mechanisms behind @entity296 and @entity943 may differ in male and female @entity1 , as females seem to be more prone towards silent ischaemia. Ischaemia on exercise correlated to ambulatory ischaemia among males only.
