University of Haifa, The Clinical Pain Innovation Lab
Haifa, 3498838, Israel
NCT Number: NCT04306679
Treating pain, just as treating other medical conditions, depends on accurate assessment of patient's condition. When assessing pain, as other subjective symptoms, the challenge is twofold because the assessment is dependent on patient's understanding and use of the scale, all the more so in children
So far, attempts to improve pain assessments have been focused on the development and refining pain scales. No emphasis has been placed on improving patient's ability to report their pain. Our purpose is to evaluate a training program designed to improve the quality of children's post-surgical pain intensity reports.
After receiving Helsinki approval, eligible children and their parents will signed informed-consent. After surgery, the children, their parents, and the department nurses will assess children's pain intensity. Immediately after the nurse assessment, parents will assess their child's pain (blindly and independently) and the children will report their pain on four different pain scales.
Children aged 8-17, hospitalized in Rambam medical-center for elective surgery will be invited to participate. Children in the experimental group will be exposed to a training program, developed for this study, aimed to teach and train how to report pain. The control group will receive the standard pre-surgical instructions.
Looking for future studies?
Notify Me8 year–17 year
All sexes
Interventional
Not applicable
Haifa, 3498838, Israel
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
The first animation clip focuses on the importance of pain assessment introduce three pain scales (categorical, NPS and faces) followed by explanations on their properties and on the appropriate way to use them.The second movie was aimed to provide an opportunity to implement the new knowledge in case studies
Routine preoperative preparations, which included a section on pain assessment instructions.
Time frame: Pain intensity rating before analgesic consumption.
The average difference between scores reported on the different scales was calculated as follows: The difference between to pain scores reported on each possible pairs of two scales was calculated in absolute values. The average difference of the 6 pairs was calculated. The 5-point CAT was transformed into a 0-10 scale by multiplying its values by 2.5.
Time frame: Pain intensity rating one hour after analgesic consumption.
The average difference between scores reported on the different scales was calculated as follows: The difference between to pain scores reported on each possible pairs of two scales was calculated in absolute values. The average difference of the 6 pairs was calculated. The 5-point CAT was transformed into a 0-10 scale by multiplying its values by 2.5.
Time frame: NPS ratings before and one hour after analgesic consumption
The difference between children pain assessment vs. nurses assessment on a 0-10 numerical pain scale (NPS), in which 0 indicates "no pain" and 10 "the worst pain imaginable."
Time frame: NPS ratings before and one hour after analgesic consumption
The difference between children pain assessment vs. parents assessment on a 0-10 numerical pain scale (NPS), in which 0 indicates "no pain" and 10 "the worst pain imaginable."
Time frame: NPS ratings before and one hour after analgesic consumption
The average decrease in pain following analgesic consumption (Delta NPS) based on a 0-10 numerical pain scale (NPS), in which 0 indicates "no pain" and 10 "the worst pain imaginable."
Time frame: Pain intensity ratings before analgesic consumption.
The within-subjects standard deviation (SD) between the 4 pain scores (provided at the same time of assessment). To assure that variability will be appropriately reflected by this measure, subjects who reported only "0" or only "10" in all 4 scales were excluded from this analysis due to potential bias of the within-subjects SD due to floor or ceiling effects.
Time frame: Pain intensity ratings one hour after analgesic consumption.
The within-subjects standard deviation (SD) between the 4 pain scores (provided at the same time of assessment). To assure that variability will be appropriately reflected by this measure, subjects who reported only "0" or only "10" in all 4 scales were excluded from this analysis due to potential bias of the within-subjects SD due to floor or ceiling effects.
University of Haifa
Other
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