2006
DOI: 10.1016/j.ajog.2006.01.038
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A trial that compares Monsel's paste with ball electrode for hemostasis after loop electrosurgical excision procedure

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Cited by 10 publications
(15 citation statements)
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“…Edelman et al [30] Clinical relevance 15 Hui et al [31] Clinical significance 20 Assis et al [32] Clinically significant change 20 !10%, 11e20%, 21e30%, O30% Suzuki et al [23] Clinically beneficial effect 10 Morgan et al [33] Clinically important difference 30 Pendleton et al [34] Clinically or substantively significant 10 Cepeda et al [35] Clinically meaningful decrease in pain 50% Langford et al [27] Clinically meaningful difference 10 38 Ilfeld et al [36] Clinically relevant 40 Nikolajsen et al [37] Clinically relevant 20 40 Qerama et al [21] Clinically relevant 20 30 30% Finnerup et al [38] Clinically relevant difference 15 33% van Wijck et al [39] Clinically relevant pain 30 Lipscomb et al [18] Clinically significant 4 Turan et al [40] Clinically significant 15 Rog et al [41] Clinically significant 17.5 50% Carvalho et al [42] Clinically significant difference 30 Ong et al [43] Clinically significant difference 20 Berry and Petersen [20] Effect sizedclinically significant 30 Chang et al [44] Minimal clinically significant difference 13 Wong et al [25] Minimum clinically important 20% Hinman et al [45] Minimum clinically important difference 175 Chae et al [46] Minimum clinically significant difference 20 mm…”
Section: Discussionmentioning
confidence: 96%
See 1 more Smart Citation
“…Edelman et al [30] Clinical relevance 15 Hui et al [31] Clinical significance 20 Assis et al [32] Clinically significant change 20 !10%, 11e20%, 21e30%, O30% Suzuki et al [23] Clinically beneficial effect 10 Morgan et al [33] Clinically important difference 30 Pendleton et al [34] Clinically or substantively significant 10 Cepeda et al [35] Clinically meaningful decrease in pain 50% Langford et al [27] Clinically meaningful difference 10 38 Ilfeld et al [36] Clinically relevant 40 Nikolajsen et al [37] Clinically relevant 20 40 Qerama et al [21] Clinically relevant 20 30 30% Finnerup et al [38] Clinically relevant difference 15 33% van Wijck et al [39] Clinically relevant pain 30 Lipscomb et al [18] Clinically significant 4 Turan et al [40] Clinically significant 15 Rog et al [41] Clinically significant 17.5 50% Carvalho et al [42] Clinically significant difference 30 Ong et al [43] Clinically significant difference 20 Berry and Petersen [20] Effect sizedclinically significant 30 Chang et al [44] Minimal clinically significant difference 13 Wong et al [25] Minimum clinically important 20% Hinman et al [45] Minimum clinically important difference 175 Chae et al [46] Minimum clinically significant difference 20 mm…”
Section: Discussionmentioning
confidence: 96%
“…We propose some recommendations for defining a clinically relevant difference in clinical trials assessing pain with a VAS or an NRS Lipscomb et al [18]: Difference between groups was considered not clinically relevant, because both group means were !30 mm. Farrar et al [19]: The clinical improvement was 20 mm or 30% of improvement at the individual level.…”
Section: Discussionmentioning
confidence: 99%
“…A substantial variation in MCSD on VAS can be observed across different studies with chosen values ranging from 4 to 30 mm on a scale of 0–100 (Lipscomb et al . , Morgan et al . ).…”
Section: Discussionmentioning
confidence: 99%
“…Calculation of minimum clinically significant difference is a contentious issue in the field of medical statistics. A substantial variation in MCSD on VAS can be observed across different studies with chosen values ranging from 4 to 30 mm on a scale of 0-100 (Lipscomb et al 2006, Morgan et al 2006. Patient expectations are highly variable, and the MCSD is influenced by a number of factors including, amongst others, the type of pain (Wang et al 2011) or the region affected (Parker et al 2012).…”
Section: Discussionmentioning
confidence: 99%
“…For example, the prophylactic application of Monsel’s solution to the cervical wound does not reduce postoperative hemorrhage [4]. In another randomized controlled trial (RCT), application of Monsel’s solution showed no significant difference in blood loss compared to ball electrode coagulation [5]. In a RCT conducted in Thailand, application of Monsel’s solution after ball electrode coagulation reduced the duration of uncomplicated postoperative hemorrhage and the incidence of minor hemorrhage lasting >2 weeks compared to ball electrode coagulation alone; however, the application of Monsel’s solution did not reduce the incidence of hemorrhage requiring treatment [6].…”
Section: Introductionmentioning
confidence: 99%