OBJECTIVE:Pain is a well-known complication of intravenous administration of propofol, and to find out the optimal method to decrease this pain, we studied 4 methods of delivering propofol. METHODS:The study took place at Jordan University Hospital, Amman, Jordan between November 2004 and March 2005 on 200 patients. The patients were divided into 4 groups, group I (n=50), the control group, propofol 1% was given alone. Group II (n=50), patients received propofol 1% premixed with 40 mg of lidocaine. Group III (n=50), patients received propofol 1% 60 seconds after giving 40 mg of lidocaine. Group IV (n=50), patients had venous occlusion for 60 seconds with the use of lidocaine 1% (40 mg), followed by release of the occlusion and administration of the propofol. Pain was assessed during injection and categorized into: no pain, pain, and pain with behavioral changes. RESULTS: In group I (control), 35 patient complained of pain, compared to 26 in group II, 23 in group III, and 7 patients in group IV, with a significant reduction in the incidence and intensity of pain in group II, III, and IV compared with the control (p<0.005). The best reduction of intensity and incidence was achieved in group VI, when compared with groups I, II and III (p<0.005), with no statistical difference between group II and III when compared with each other. CONCLUSION: Of the 4 methods studied, the optimal method to decrease the incidence and intensity of pain resulting from propofol injection is to inject lidocaine while applying venous occlusion for 60 seconds prior to administering propofol.
RCT Entities:
OBJECTIVE:Pain is a well-known complication of intravenous administration of propofol, and to find out the optimal method to decrease this pain, we studied 4 methods of delivering propofol. METHODS: The study took place at Jordan University Hospital, Amman, Jordan between November 2004 and March 2005 on 200 patients. The patients were divided into 4 groups, group I (n=50), the control group, propofol 1% was given alone. Group II (n=50), patients received propofol 1% premixed with 40 mg of lidocaine. Group III (n=50), patients received propofol 1% 60 seconds after giving 40 mg of lidocaine. Group IV (n=50), patients had venous occlusion for 60 seconds with the use of lidocaine 1% (40 mg), followed by release of the occlusion and administration of the propofol. Pain was assessed during injection and categorized into: no pain, pain, and pain with behavioral changes. RESULTS: In group I (control), 35 patient complained of pain, compared to 26 in group II, 23 in group III, and 7 patients in group IV, with a significant reduction in the incidence and intensity of pain in group II, III, and IV compared with the control (p<0.005). The best reduction of intensity and incidence was achieved in group VI, when compared with groups I, II and III (p<0.005), with no statistical difference between group II and III when compared with each other. CONCLUSION: Of the 4 methods studied, the optimal method to decrease the incidence and intensity of pain resulting from propofol injection is to inject lidocaine while applying venous occlusion for 60 seconds prior to administering propofol.
Authors: S A Abu-Halaweh; A K Aloweidi; I Y Qudaisat; M O Al-Hussami; K R Al Zaben; A S Abu-Halaweh Journal: J Anesth Date: 2014-05-11 Impact factor: 2.078
Authors: Hyo Jin Byon; Kil Woo Lee; Hee Yong Shim; Jang Ho Song; Jong Kwon Jung; Young Deog Cha; Doo Ik Lee Journal: Korean J Anesthesiol Date: 2014-02-28