The effect of lean body mass evaluated by musculoskeletal ultrasound on resting energy expenditure measured by indirect calorimetry : Prospective observational study /
Mohamed Abdelghany Ali
The effect of lean body mass evaluated by musculoskeletal ultrasound on resting energy expenditure measured by indirect calorimetry : Prospective observational study / تأثير قياس كتلة الجسم الخالية من الدهون عن طريق السونار العضلى على الطاقة المستهلكه اثناء الراحه عن طريق جهاز قياس السعرات الحرارية الغير مباشر Mohamed Abdelghany Ali ; Supervised Walid Ibrahim Hamimy , Ahmed Mohamed Mukhtar, Islam Ayman Shawky - Cairo : Mohamed Abdelghany Ali , 2018 - 48 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Medicine - Department of Anaesthesia
All consecutive patients that were admitted to intensive care unit (ICU) and required mechanical ventilation were enrolled in the study. Bed side ultrasound was used to measure muscle layer thickness (MLT) and cardiac output (CO). MLT was measured within 24 of ICU admission. Two measurements of MLT were made at two sites; mid-upper arm and thigh anteriorly using linear array transducer. MLT was determined and summed up. Stroke volume was obtained by placing pulsed wave Doppler in the middle of left ventricular outflow tract using phased array transducer. CO was calculated by multiplying SV and heart rate. REE was calculated using indirect calorimetry via metabolic module on General Electric ventilator (Engstrom Carestation and Carescape R860, GE Health care, USA). A multiple regression analysis was applied to a set of independent variables to develop the predictive equation of REE
Indirect Calorimetry Measure muscle layer thickness (MLT) Musculoskeletal Ultrasound
The effect of lean body mass evaluated by musculoskeletal ultrasound on resting energy expenditure measured by indirect calorimetry : Prospective observational study / تأثير قياس كتلة الجسم الخالية من الدهون عن طريق السونار العضلى على الطاقة المستهلكه اثناء الراحه عن طريق جهاز قياس السعرات الحرارية الغير مباشر Mohamed Abdelghany Ali ; Supervised Walid Ibrahim Hamimy , Ahmed Mohamed Mukhtar, Islam Ayman Shawky - Cairo : Mohamed Abdelghany Ali , 2018 - 48 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Medicine - Department of Anaesthesia
All consecutive patients that were admitted to intensive care unit (ICU) and required mechanical ventilation were enrolled in the study. Bed side ultrasound was used to measure muscle layer thickness (MLT) and cardiac output (CO). MLT was measured within 24 of ICU admission. Two measurements of MLT were made at two sites; mid-upper arm and thigh anteriorly using linear array transducer. MLT was determined and summed up. Stroke volume was obtained by placing pulsed wave Doppler in the middle of left ventricular outflow tract using phased array transducer. CO was calculated by multiplying SV and heart rate. REE was calculated using indirect calorimetry via metabolic module on General Electric ventilator (Engstrom Carestation and Carescape R860, GE Health care, USA). A multiple regression analysis was applied to a set of independent variables to develop the predictive equation of REE
Indirect Calorimetry Measure muscle layer thickness (MLT) Musculoskeletal Ultrasound