@2024 Afarand., IRAN
ISSN: 1735-7675 Kowsar Medical Journal 2010;15(3):167-169
ISSN: 1735-7675 Kowsar Medical Journal 2010;15(3):167-169
Urine oxygen pressure measurement as an early renal function assessment in patients undergoing open heart surgery
ARTICLE INFO
Article Type
Original ResearchAuthors
Jalali Farahani A. R. (1 )Mohammadi M. (* )
Naseri S. M. H. (2 )
Ghiasi S. M. S. (1 )
(* ) Department of Anesthesiology & Critical Care, Baqiyatallah University of Medical Sciences, Tehran, Iran
(1 ) Department of Anesthesiology, Baqiyatallah University of Medical Sciences, Tehran, Iran
(2 ) Department of Heart Surgery, Baqiyatallah University of Medical Sciences, Tehran, Iran
Correspondence
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mos_anst@rocketmail.com
Article History
Received:Accepted:
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ABSTRACT
Aims
Annually, one million people worldwide undergo coronary revascularization with use of cardio-pulmonary bypass. The metabolically active medullary thick ascending loop of Henley is particularly vulnerable to hypoxia. Change in renal bio-markers is delayed and therefore checking them is not a proper way for early assessment of acute kidney injury. In this study, measurement of Urine Oxygen Pressure (PUO2) is examined for assessment of early renal function in patients undergoing open heart surgery.
Materials & Methods This cohort study was performed on 101 patients referred to one of Tehran’s hospitals for open heart surgery. Fresh urine sample from Foley catheter (for measuring PUO2) and Arterial blood sample (for measuring Pao2) was taken before cardio-pulmonary bypass and every 30 minutes after cardio-pulmonary bypass. 24 hour creatinine clearance, 24 hour urine volume, Cr and BUN levels were documented after operation. Data was recorded in separate charts and was analyzed by SPSS 11.
Results Relationship between PUO2 and decrement of creatinine clearance demonstrates significant statistic difference. Relationship between Urine Flow rate and decrement of creatinine clearance demonstrates no meaningful statistic difference.
Conclusion PUO2 measurement can be applied for real time assessment of early renal function in patients undergoing open heart surgery.
Materials & Methods This cohort study was performed on 101 patients referred to one of Tehran’s hospitals for open heart surgery. Fresh urine sample from Foley catheter (for measuring PUO2) and Arterial blood sample (for measuring Pao2) was taken before cardio-pulmonary bypass and every 30 minutes after cardio-pulmonary bypass. 24 hour creatinine clearance, 24 hour urine volume, Cr and BUN levels were documented after operation. Data was recorded in separate charts and was analyzed by SPSS 11.
Results Relationship between PUO2 and decrement of creatinine clearance demonstrates significant statistic difference. Relationship between Urine Flow rate and decrement of creatinine clearance demonstrates no meaningful statistic difference.
Conclusion PUO2 measurement can be applied for real time assessment of early renal function in patients undergoing open heart surgery.
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