2022•Indian Journal Of Applied ResearchRequires access

TO STUDY THE EFFECT OF BODY POSITIONS ON OXYGEN SATURATION AND PEFR IN POST CORONARY ARTERY BYPASS GRAFT PATIENTS

Shreya Jain, Rajni Pawar

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Abstract

CABG is the most common type of heart surgery. Reduced pulmonary functions and oxygen saturation are common postoperative complications. Body positions tends to show effect on peak expiratory ow rate and oxygen saturation .so, in this study we have observed effects of different body positions in values of PEFR and oxygen saturation for better recovery from post-operative complications. Objective was to evaluate the differences in values of PEFR and oxygen saturation in different body positions (supine, erect sitting, three quarter sitting, standing). Method: the study design was observational cross-sectional study. 30 subjects of age group 40-70 years were selected through random sampling technique. PEFR and oxygen saturation values were checked on post-operative day 3.subjects were allocated each position for 15 min and then values were recorded. the study results Results: indicated that standing position shows highest PEFR value (340.67 liters/min) and best oxygen saturation (97.53), supine position shows lowest PEFR value (183.00 liters/min) and lowest oxygen saturation (93.43). Difference in between the body positions three quarter sitting, sitting and supine were signicant (p<0.005) when compared with standing. The study concluded that standing position leads to highest PEFR a Conclusion: nd oxygen saturation value and supine position leads to lowest value of PEFR and oxygen saturation. So standing should be considered as best therapeutic position.

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CABG is the most common type of heart surgery. Reduced pulmonary functions and oxygen saturation are common postoperative complications. Body positions tends to show effect on peak expiratory ow rate and oxygen saturation .so, in this study we have observed effects of different body positions in values of PEFR and oxygen saturation for better recovery from post-operative complications. Objective was to evaluate the differences in values of PEFR and oxygen saturation in different body positions (supine, erect sitting, three quarter sitting, standing). Method: the study design was observational cross-sectional study. 30 subjects of age group 40-70 years were selected through random sampling technique. PEFR and oxygen saturation values were checked on post-operative day 3.subjects were allocated each position for 15 min and then values were recorded. the study results Results: indicated that standing position shows highest PEFR value (340.67 liters/min) and best oxygen saturation (97.53), supine position shows lowest PEFR value (183.00 liters/min) and lowest oxygen saturation (93.43). Difference in between the body positions three quarter sitting, sitting and supine were signicant (p<0.005) when compared with standing. The study concluded that standing position leads to highest PEFR a Conclusion: nd oxygen saturation value and supine position leads to lowest value of PEFR and oxygen saturation. So standing should be considered as best therapeutic position.

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Available abstract

CABG is the most common type of heart surgery. Reduced pulmonary functions and oxygen saturation are common postoperative complications. Body positions tends to show effect on peak expiratory ow rate and oxygen saturation .so, in this study we have observed effects of different body positions in values of PEFR and oxygen saturation for better recovery from post-operative complications. Objective was to evaluate the differences in values of PEFR and oxygen saturation in different body positions (supine, erect sitting, three quarter sitting, standing). Method: the study design was observational cross-sectional study. 30 subjects of age group 40-70 years were selected through random sampling technique. PEFR and oxygen saturation values were checked on post-operative day 3.subjects were allocated each position for 15 min and then values were recorded. the study results Results: indicated that standing position shows highest PEFR value (340.67 liters/min) and best oxygen saturation (97.53), supine position shows lowest PEFR value (183.00 liters/min) and lowest oxygen saturation (93.43). Difference in between the body positions three quarter sitting, sitting and supine were signicant (p<0.005) when compared with standing. The study concluded that standing position leads to highest PEFR a Conclusion: nd oxygen saturation value and supine position leads to lowest value of PEFR and oxygen saturation. So standing should be considered as best therapeutic position.

Key concepts: Supine position, Sitting, Body position, Oxygen saturation, Saturation (graph theory), Oxygen, Anesthesia, Medicine

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