The Effect of Preemptive Oral Celecoxib on Pain Reduction and Opioid Consumption during Elective Herniorrhaphy

Abstract

Introduction Pain control is an important aspect in postoperative care. While opioids proved excellent analgesia undesirable side effects such as respiratory depression, nausea and vomiting, constitute major limitation. As a result, many surgical centers used NSAIDs for controlled acute pain of surgery. Celecoxib is NSAIDs that inhibits cox2, but it does not have GI side effect and coagulopathy disorder. The aim of this study was to determine the effect of preemptive celexib on pain score reduction and opioid consumption after herniorrhaphy. Material and Method This is a randomised double blinded clinical trial study which performed in Imam Ali and Khatam hospital in zahedan. 76 patients scheduled for elective herniorrhaphy were enroled in this study. Patients were divided into 2GROUPS; celexib group (n=38) and placebo group (n=38). Drugs (placebo or 200mg celexib) were given (oraly) 2 hours before operation to patients. All patients general anesthetized with midazolam (1-2mg), fentanyl (1-2μg/kg) for premedication; nesdonal (4-6mg/kg) and atracorioum (0.5mg/kg) for induction and propofol (100-200 μg/kg) for maintenance. Then pain score (vas score), heart rate, blood pressure was recorded in 2Snd, 6th, 12th and 24th hours after tracheal extubation. Pain was treated with morphin 0.1 mg /kg in patients with vas score >4. Total Opioid consumption was recorded for 24hours. Results Mean painless time in celexib group was higher than placebo group {12.7±9.8 to 5.38±8.3 (p=0.04)} and mean pain score of 2nd hour in the celexib group was lower than placebo {2.2±2.2 to 5.7±3.5 (p=0.003)}. The mean opioid used in celexib group was lower than placebo group {5.33±6.1 to 11.15±7.1 (p=0.02)}. But difference in mean of HR and BP between two groups wasn't significant. Conclusion Preemptive clexib to be able to reduce pain score and consumption of opioid after hernirrhaphy.

Authors and Affiliations

Mahjoubifard Maziar, Enayati Hasan, Noori Noor Mohammad, Shaikh Mahdy, Fard Alireza Jahangiri

Keywords

Related Articles

Difficult Airway due to Retropharyngeal Hematoma after Stabbing to the Neck

Reports of retropharyngeal hematoma have been scarce in the anesthesiology literature. We report a patient whose trachea was difficult to intubate due to retropharyngeal hematoma after stabbing to the neck. A woman with...

Echocardiographic Predictors of Alveolar Capillary Dysplasia: A Case-Control Study

Objective To evaluate early echocardiographic variables of neonates with alveolar capillary dysplasia (ACD). Study Design A case-control study of five neonates with ACD and their matched controls on extracorporeal membr...

Bacterial Colonization and Infection Rate of Epidural Catheters used for Postoperative Analgesia

Background & Aim Epidural analgesia is one of the commonest modes for providing postoperative analgesia after surgery and epidural space infection is a major concern despite low incidence. We prospectively studied the in...

Perioperative Fetal Monitoring during Acute Heart Valve Surgery in the 16th Week of Pregnancy: A Case Study with Follow up after Five Years

Cardiac surgery during pregnancy carries an extremely high fetal risk. When conducting anesthesia in the gravid patient care must be taken to avoid uterine contractions, and fetal hypoxia. Thus, in such cases, monitoring...

Reversal with Sugammadex in the Absence of Neuromuscular Monitoring

Sugammadex provides rapid and reliable recovery of neuromuscular (NM) function from rocuronium or vecuronium-induced NMblockade than neostigmine. The dose of sugammadex, ranges from 2 to 16 mg/kg, is adequately matched w...

Download PDF file
  • EP ID EP625911
  • DOI -
  • Views 184
  • Downloads 1

How To Cite

Mahjoubifard Maziar, Enayati Hasan, Noori Noor Mohammad, Shaikh Mahdy, Fard Alireza Jahangiri (2016). The Effect of Preemptive Oral Celecoxib on Pain Reduction and Opioid Consumption during Elective Herniorrhaphy. Enliven: Journal of Anesthesiology and Critical Care Medicine, 3(1), 8-11. https://europub.co.uk./articles/-A-625911