The aim of this clinical trial is to estimate the efficacy and safety of combined intervention with the intra-peritoneal normal saline instillation and pulmonary recruitment maneuver for reducing post-laparoscopic shoulder pain.
Shoulder pain after laparoscopy is common and its probable mechanism is residual carbon dioxide gas after surgery. Both the intra-peritoneal normal saline instillation and pulmonary recruitment maneuver could effectively reduce post-laparoscopic shoulder pain. However, the efficacy and safety of combined intervention with normal saline instillation and pulmonary recruitment maneuver have not been investigated yet. The aim of this clinical trial is to estimate the effectiveness of combined intervention with the intra-peritoneal normal saline instillation and pulmonary recruitment maneuver for reducing post-laparoscopic shoulder pain.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
TRIPLE
Enrollment
144
In the control group, residual carbon dioxide gas was evacuated by the routine method using passive exsufflation through the port site at the end of surgery.
In the normal saline instillation group, in addition to the routine method, the patients were placed in the Trendelenburg position (30°), isotonic normal saline (20 ml/kg of body weight) was infused in the sub-diaphragmatic region at the end of surgery.
In the combined intervention group, in addition to the routine method, the patients were placed in the Trendelenburg position (30°), and a pulmonary recruitment maneuver was performed after instillation of isotonic normal saline (20 ml/kg of body weight) in the sub-diaphragmatic region at the end of surgery.
Kangbuk Samsung Hospital
Seoul, South Korea
Shoulder pain evaluated by 10 point visual analogue scale
The pain score was evaluated by 10 point visual analogue scale.
Time frame: after two day of procedure
Wound pain evaluated by 10 point visual analogue scale
The pain score was evaluated by 10 point visual analogue scale.
Time frame: after two day of procedure
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