Key result
Preoperative anxiety, pain, cancer, thyroid surgery, and tissue injury strongly predict worse postoperative resting pain.
Why the study?
The predictors of maximum intensity of postoperative pain at rest in adults undergoing elective surgery were not well defined.
Cohort (n=620)
Yes
Answers are grounded in this paper and cite their sources.
Preoperative anxiety, existing pain, cancer, and specific surgery types are significant predictors of maximal postoperative pain, highlighting the need for individualized pain management plans.
The aim of this prospective cohort study was to assess the maximum intensity of postoperative pain at rest in 620 adults after an elective surgery as well as to determine demographic and clinical predictors of pain. The Hospital Anxiety and Depression Scale was used to evaluate the preoperative mental condition of the patient. Preoperative and postoperative pain were assessed at rest based on the Numeric Rating Scale (range: 0-10). The total median maximum intensity of pain was 3 (interquartile range: 1-5). The linear regression model for the maximum intensity of postoperative pain was statistically significant and very well fitted - the coefficient of determination was 62%. Preoperative anxiety, pain, cancer, a medical history of thyroid (vs abdominal) surgery, and an operation resulting in major (vs moderate) tissue injury have a positive impact on the maximum intensity of postoperative pain. Eye surgery and lower limb operations gave lower scores than abdominal surgery. The early identification of these predictors in patients at risk for postoperative pain will help in preparing an individual pain management plan.
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Tomaszek et al. (2021) conducted a cohort in Postoperative pain (n=620). Preoperative anxiety, pain, cancer, and surgical factors vs. Abdominal surgery and moderate tissue injury was evaluated on Maximum intensity of postoperative pain at rest. Preoperative anxiety, pain, cancer, thyroid surgery, and major tissue injury were significant positive predictors of maximal postoperative pain at rest (model R2 = 62%).
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