ABSTRACT
OBJECTIVE: The intensity of pain after surgical treatment of hip fracture has a negative effect on functional recovery. However, the effects of acute postoperative pain on the recovery of walking ability after the surgery remain unclear. This study aimed to investigate the association between acute postoperative pain and the recovery of functional gait among patients who had independent walking ability prior to hip fracture. METHODS: This was an observational study that included 41 patients with a mean age of 81.3±7.3 years who underwent surgical treatment for traumatic hip fracture at a general hospital. The primary outcome was the time to recovery of independent gait postsurgery. Based on the median time to recovery, patients were classified into an early independent walking group and an independent walking group. Stepwise logistic regression analysis was performed to identify predictive factors of the time to recovery of independent walking. RESULTS: The median time to recovery of independent gait was 24 days (range, 7-50 days). In total, 20 patients were classified in the early independent walking group and 21 in the independent walking group. On logistic regression analysis, the total pain intensity, reported during activities of daily living (ADL) on postoperative days 5 and 6, and the knee extensor strength were predictive of the time to recovery of independent walking. CONCLUSIONS: The degree of recovery of gait function of patients surgically treated for hip fracture was found to be predicted by the pain intensity measured during ADL and the knee extensor strength assessed in the acute phase. Effective management of acute pain after surgical treatment of hip fracture may help improve functional recovery of gait.
ABSTRACT
BACKGROUND: The aim of the study was to address issues arising from fracture of the femoral neck in elderly individuals, the prevalence of which continues to increase in Japan. The prevalence is increasing in Japan and there have been many reports on physical functions such as prevention of a fall. However, there have been a few studies that focus on psycho-cognitive functions. We must examine factors in patients with fractured femur necks to develop methods to assist affected patients. The current study aimed to examine factors associated with psycho-cognitive functions after surgery for fractured femoral neck in the Japanese elderly. METHODS: In this study, we examined the relationships among sex, age, fracture site, operative procedure, body mass index, lifestyle, psycho-cognitive functions, and types of pain in 142 patients, performed multiple regression analysis using the mini-mental state examination (MMSE) and the Montgomery-Asberg depression rating scale (MADRS) scores as dependent variables, and created MMSE and MADRS models. RESULTS: Analysis of MMSE and MADRS models identified night pain and the number of family members as factors that affected mental function in a population with persistent pain for 1 week after surgery for fractured femoral neck. In addition, the number of family members was identified in multiple regression analysis models as a factor associated with psycho-cognitive functions. Pain, and night pain in particular, affect psycho-cognitive functions. CONCLUSIONS: We speculated that emotional changes were associated with number of family members. Patients living with family members maintained psycho-cognitive functions better than did those living alone, even when they experienced pain in their daily lives.
