The use of ultrasonography as an adjunct tool for early diagnosis of haemophilic arthropathy may optimize factor replacement therapy. The objective of this study was to compare costs and effectiveness of physiotherapy, radiography and ultrasonography (intervention strategy, IS) with physiotherapy and radiography alone (standard care strategy, SCS) for diagnosing soft tissue and osteocartilaginous changes in haemophilic joints. We retrospectively compared costs and effectiveness of IS vs. SCS in knees, ankles CP-673451 purchase and elbows of 31 children (age range, 4–17 years) with haemophilia A (n = 30) or B (n = 1) (IS, n = 11; SS, N = 20). Direct health care costs were measured

from the provincial health care perspective. Effectiveness was measured by false-negative (FN) rates in each study arm by

comparing presence or absence of abnormalities of physiotherapy and imaging exams to the reference standard measure (MRI). In scenario 1, all diagnostic tests matched with MRI. In scenario 2, at least one diagnostic test matched with MRI. The IS was more https://www.selleckchem.com/products/Gefitinib.html costly [incremental cost/100 patients, Canadian (CND) $4987] and more effective (incremental effectiveness, FNs/100 patients for scenario 1, –4.09, and for scenario 2, –41) for both scenarios. The incremental cost-effectiveness ratios for scenario 1 and for scenario 2 were CND$1166 and CDN$116 per FN result averted per 100 patients, respectively. In conclusion, in the short-term, the incorporation

of ultrasonography in a test set for diagnosis of haemophilic arthropathy substantially improved the diagnostic performance of this test set, however at Rho an increased cost. “
“Health-related quality of life (HRQoL) is an important outcome from the perspective of boys with haemophilia and their parents. Few studies have captured the HRQoL of boys with haemophilia in developing countries. This article reports on the cross-cultural adaptation of the Canadian Haemophilia Outcomes – Kids Life Assessment Tool (CHO-KLAT) for use in São Paulo, Brazil. The CHO-KLAT2.0 was translated into Portuguese, and then translated back into English. The original English and back-translation versions were compared by a group of three clinicians, whose first language was Portuguese. The resulting Portuguese version was assessed through a series of cognitive debriefing interviews with children and their parents. This process identified concepts that were not clear and revised items to ensure appropriate understanding through an iterative process. The initial back-translation was not discrepant from the original English version. We made changes to 66% of the CHO-KLAT2.0 items based on clinical expert review and 26% of the items based on cognitive debriefings. In addition, two new items were added to the final Portuguese version to reflect the local cultural context. The final result had good face validity.