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Your search keyword '"OBESITY-INDUCED HYPERTENSION"' showing total 3 results
Start Over Descriptor "OBESITY-INDUCED HYPERTENSION" Topic adiposity
3 results on '"OBESITY-INDUCED HYPERTENSION"'

1. Mechanisms underlying elevated SBP differ with adiposity in young adults

Subjects
adiposity, BORDERLINE HYPERTENSION, cardiac output, AMBULATORY BLOOD-PRESSURE, NONINVASIVE MEASUREMENT, BODY-MASS INDEX, SCIENTIFIC STATEMENT, BMI, ISOLATED SYSTOLIC HYPERTENSION, OBESITY-INDUCED HYPERTENSION, GAS REBREATHING TECHNIQUE, peripheral vascular resistance, CARDIAC-OUTPUT, SBP, INTRAVASCULAR VOLUME
Abstract

Objectives:The positive association between adiposity and hypertension is well recognized. However, not all overweight individuals have elevated blood pressure (BP). Moreover, different factors may be associated with high BP in normal-weight versus overweight individuals. The aim of the current study was to examine the influence of adiposity on the relationship between SBP and underlying haemodynamic mechanisms in young adults.Method:Data from 2502 patients were available from the Enigma study. Detailed demographic, biochemical, and haemodynamic data were obtained in all individuals. Data were analysed between lower and upper tertiles of BMI and SBP, separately for each sex.Results:In normal-weight individuals, cardiac output (CO) was elevated in those with higher SBP, independently of body size. Moreover, higher CO was associated with an increased stroke volume in men (P

Published
2016

2. Mechanisms underlying elevated SBP differ with adiposity in young adults

Subjects
adiposity, BORDERLINE HYPERTENSION, cardiac output, AMBULATORY BLOOD-PRESSURE, NONINVASIVE MEASUREMENT, BODY-MASS INDEX, SCIENTIFIC STATEMENT, BMI, ISOLATED SYSTOLIC HYPERTENSION, OBESITY-INDUCED HYPERTENSION, GAS REBREATHING TECHNIQUE, peripheral vascular resistance, CARDIAC-OUTPUT, SBP, INTRAVASCULAR VOLUME
Abstract

Objectives:The positive association between adiposity and hypertension is well recognized. However, not all overweight individuals have elevated blood pressure (BP). Moreover, different factors may be associated with high BP in normal-weight versus overweight individuals. The aim of the current study was to examine the influence of adiposity on the relationship between SBP and underlying haemodynamic mechanisms in young adults.Method:Data from 2502 patients were available from the Enigma study. Detailed demographic, biochemical, and haemodynamic data were obtained in all individuals. Data were analysed between lower and upper tertiles of BMI and SBP, separately for each sex.Results:In normal-weight individuals, cardiac output (CO) was elevated in those with higher SBP, independently of body size. Moreover, higher CO was associated with an increased stroke volume in men (P

Published
2016

3. Mechanisms underlying elevated SBP differ with adiposity in young adults: the Enigma study

Author

Middlemiss, Jessica E., Miles, Karen L., McDonnell, Barry J., Yasmin, Maki-Petaja, Kaisa M., Cockcroft, John R., Wilkinson, Ian B., McEniery, Carmel M., Interdisciplinary Centre Psychopathology and Emotion regulation (ICPE), and Clinical Cognitive Neuropsychiatry Research Program (CCNP)

Subjects
adiposity, Adolescent, BORDERLINE HYPERTENSION, cardiac output, AMBULATORY BLOOD-PRESSURE, NONINVASIVE MEASUREMENT, BODY-MASS INDEX, SCIENTIFIC STATEMENT, BMI, ISOLATED SYSTOLIC HYPERTENSION, OBESITY-INDUCED HYPERTENSION, GAS REBREATHING TECHNIQUE, Hypertension, ORIGINAL PAPERS: Obesity, peripheral vascular resistance, Humans, CARDIAC-OUTPUT, Obesity, SBP, INTRAVASCULAR VOLUME
Abstract

Objectives: The positive association between adiposity and hypertension is well recognized. However, not all overweight individuals have elevated blood pressure (BP). Moreover, different factors may be associated with high BP in normal-weight versus overweight individuals. The aim of the current study was to examine the influence of adiposity on the relationship between SBP and underlying haemodynamic mechanisms in young adults. Method: Data from 2502 patients were available from the Enigma study. Detailed demographic, biochemical, and haemodynamic data were obtained in all individuals. Data were analysed between lower and upper tertiles of BMI and SBP, separately for each sex. Results: In normal-weight individuals, cardiac output (CO) was elevated in those with higher SBP, independently of body size. Moreover, higher CO was associated with an increased stroke volume in men (P

Published
2016

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