Effect of Low-pressure Pneumoperitoneum on Pain and Inflammation Post Laparoscopic Cholecystectomy: A Randomized, Double-blinded, Controlled, Clinical Trial.
Overview
- Phase
- Not Applicable
- Intervention
- Not specified
- Conditions
- Pneumoperitoneum
- Sponsor
- University of Jordan
- Enrollment
- 100
- Locations
- 1
- Primary Endpoint
- change from baseline in ESR value at 24hr post op
- Status
- Completed
- Last Updated
- 5 years ago
Overview
Brief Summary
The purpose of this study is to assess the effect of low-pressure pneumoperitoneum on post operative pain and inflammation in patients undergoing elective laparoscopic cholecystectomy by comparing it to standard practice.
Detailed Description
After obtaining informed consent from eligible study participants. patients were randomized into one of two masked groups, labelled red and green. The red-label group was operated at standard-pressure pneumoperitoneum, while the green-label group was operated at low-pressure pneumoperitoneum. Baseline blood samples were obtained pre-operatively for ten inflammatory markers, patients' demographics and intra-operative details collected, then post-operative pain and change in inflammatory markers were followed.
Investigators
Hanan Ibrahim Mansour
Dr. Hanan Mansour, post-graduate, general surgery resident
University of Jordan
Eligibility Criteria
Inclusion Criteria
- •Elective admission for laparoscopic cholecystectomy
Exclusion Criteria
- •Current or previous diagnosis of acute cholecystitis confirmed by ultrasound
- •previous GI surgeries, except bariatric and anti-reflux surgeries
- •Currently on immunosuppressant agents
- •Pregnancy
- •Breastfeeding
- •Currently diagnosed with drug addiction
- •American Society of Anesthesiologists (ASA) score 3 and more
Outcomes
Primary Outcomes
change from baseline in ESR value at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in erythrocyte sedimentation rate value as inflammatory marker post-op in millimeters per hour. change = (post-op ESR) - (baseline ESR)
change from baseline in TNF level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in tumor necrosis factor alpha level as inflammatory marker post-op in pg/mL change = (post-op TNF) - (baseline TNF)
change from baseline in WBC count at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in white blood cycles count as inflammatory marker post-op in 1000 cells per cubic millimeter of blood. change = (post-op WBC count) - (baseline WBC count)
change from baseline in pain on the 11-point short pain scale (SPS-11) at hour 12 post-op
Time Frame: baseline and 12 hours post-op
the SPS-11 is a validated, self-reported numeric instrument assessing pain intensity, ranging from 0 to 10; where 0 is no pain, and 10 is the worst pain felt ever. change = (pain score at 12-hr post-op) - (baseline pain score assessed at 6-hr post-op)
change from baseline in pain on the 11-point short pain scale (SPS-11) at hour 24 post-op
Time Frame: baseline and 24 hours post-op
the SPS-11 is a validated, self-reported numeric instrument assessing pain intensity, ranging from 0 to 10; where 0 is no pain, and 10 is the worst pain felt ever. change = (pain score at 24-hr post-op) - (baseline pain score assessed at 6-hr post-op)
change from baseline in cortisol level at 4hr post op
Time Frame: baseline and 4 hours post-op
calculate the rise in cortisol level as inflammatory marker post-op in nmol/L change = (post-op cortisol ) - (baseline cortisol )
change from baseline in pain on the 11-point short pain scale (SPS-11) at day 7 post-op
Time Frame: baseline and 7 days post-op
the SPS-11 is a validated, self-reported numeric instrument assessing pain intensity, ranging from 0 to 10; where 0 is no pain, and 10 is the worst pain felt ever. change = (pain score at post-op day 7) - (baseline pain score assessed at 6-hr post-op)
change from baseline in Plt count at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in platelets count as inflammatory marker post-op in × 10\^9/L of blood change = (post-op Plt count) - (baseline Plt count)
change from baseline in CRP level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in C reactive protein level as inflammatory marker post-op in mg/L change = (post-op CRP) - (baseline CRP)
change from baseline in IL-6 level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in interleukin 6 level as inflammatory marker post-op in pg/mL change = (post-op IL-6) - (baseline IL-6)
change from baseline in IL-1 level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in interleukin 1 level as inflammatory marker post-op in pg/mL change = (post-op IL-1) - (baseline IL-1)
change from baseline in Alb level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the drop in albumin level as inflammatory marker post-op in g/dL change = (baseline Alb) - (post-op baseline Alb)
change from baseline in IL-17 level at 24hr post op
Time Frame: baseline and 24 hours post-op
calculate the rise in interleukin 17 level as inflammatory marker post-op in pg/mL change = (post-op IL-17) - (baseline IL-17)
Secondary Outcomes
- Difference in surgery time among two groups(through study completion, an average of 1 year)
- Difference in surgery difficulty level among two groups(through study completion, an average of 1 year)