4, 5, 10 and 11 Glycaemic control is a significant factor in the postoperative recovery phase of TKA. People whose diabetes is not well controlled have higher odds of perioperative complications and mortality than those with well-controlled diabetes.5 Clinical outcomes such as the Knee Society score12 appear to be comparable

over the long term, regardless of diabetes status.13 and 14 Although pain relief and functional recovery PFI-2 are primary clinical goals after TKA, few studies have examined the impact of diabetes on pain and functional recovery after joint arthroplasty.13 and 15 Measures of function in older adults are predictive of health utilisation and mortality.16 Observational studies suggest that the greatest amount of pain relief and functional improvement occurs within the first 6 months,17, 18 and 19 yet it is unclear whether the recovery pattern over this time period is different selleck products for people who have diabetes. The prognostic characteristic of diabetes on recovery after joint arthroplasty has traditionally been evaluated in terms of the presence or absence of diabetes, not in terms of functional difficulty that is associated with diabetes. Evidence in high-functioning, older women suggests that self-reported

difficulty in performing activities is a strong indicator of preclinical disability.20 Specifically, asking people about their preclinical difficulty with functional activities appears to be informative of forthcoming disability. The primary aim of the present study was to determine whether people with diabetes have different patterns of recovery for both pain and function over 6 months after TKA than those without diabetes.

Better defining the pre-surgical effect of diabetes on the recovery of TKA will have direct clinical importance when screening for surgical candidates and planning postoperative management. From a rehabilitation perspective, diabetes Fossariinae was defined in terms of the impact that it has on function, because it may provide a far richer depiction of the severity of the condition on pain and functional outcomes for TKA. The a priori hypothesis specified that participants with diabetes who identified prior to surgery that diabetes affected their routine activities would have a slower recovery after TKA than those without diabetes or with diabetes that did not affect routine activities. Therefore, the specific research questions for the present study were: 1. In the 6 months after TKA, what is the pattern of pain relief and functional recovery in people without diabetes, with diabetes that does not impact on routine activities, and with diabetes that does impact on routine activities? This community-based, prospective, observational study recruited a consecutive cohort of participants who were undergoing TKA within a Canadian health region.