OBJECTIVE: To compare target joint-associated costs incurred by boys with severe hemophilia A 1 year before and 1 year after development of a target joint (pre-TJ, post-TJ). STUDY DESIGN: Resource utilization data were extracted retrospectively from medical and hemophilia clinic charts and patient diaries for 16 boys attending the Hospital for Sick Children (HSC)'s comprehensive care hemophilia program. Resources examined included drugs, medical care, hospitalization, laboratory tests, therapies, and transfusions received. All costs were figured using standard price lists and were discounted using an annual rate of 3%. RESULTS: Fifteen of the 16 boys developed at least one target joint, defined as three bleeds into any single joint within a consecutive 3-month period, at an average age of 54 months (range, 15-94 months), with ankles being most often affected, followed by elbows and knees (46% vs 28% and 23%, respectively). The total cost of treating a boy with on-demand Factor VIII (FVIII) increased by 119% after development of a target joint, from $20,091 (in 2002 Canadian dollars [$CDN]) in the year before to $43,890 in the year after target joint development. Factor VIII use accounted for 87% of the total cost in the year before target joint development and 93% in the year after. CONCLUSIONS: This study identified substantial increased costs of care associated with target joint development. This finding provides further support for more aggressive treatment aimed at reducing target joints-either more aggressive treatment of joint bleeds or institution of primary prophylactic therapy at an early age.
OBJECTIVE: To compare target joint-associated costs incurred by boys with severe hemophilia A 1 year before and 1 year after development of a target joint (pre-TJ, post-TJ). STUDY DESIGN: Resource utilization data were extracted retrospectively from medical and hemophilia clinic charts and patient diaries for 16 boys attending the Hospital for Sick Children (HSC)'s comprehensive care hemophilia program. Resources examined included drugs, medical care, hospitalization, laboratory tests, therapies, and transfusions received. All costs were figured using standard price lists and were discounted using an annual rate of 3%. RESULTS: Fifteen of the 16 boys developed at least one target joint, defined as three bleeds into any single joint within a consecutive 3-month period, at an average age of 54 months (range, 15-94 months), with ankles being most often affected, followed by elbows and knees (46% vs 28% and 23%, respectively). The total cost of treating a boy with on-demand Factor VIII (FVIII) increased by 119% after development of a target joint, from $20,091 (in 2002 Canadian dollars [$CDN]) in the year before to $43,890 in the year after target joint development. Factor VIII use accounted for 87% of the total cost in the year before target joint development and 93% in the year after. CONCLUSIONS: This study identified substantial increased costs of care associated with target joint development. This finding provides further support for more aggressive treatment aimed at reducing target joints-either more aggressive treatment of joint bleeds or institution of primary prophylactic therapy at an early age.
Authors: Lusine Abrahamyan; Andrew R Willan; Joseph Beyene; Marjorie Mclimont; Victor Blanchette; Brian M Feldman Journal: J Gen Intern Med Date: 2014-08 Impact factor: 5.128
Authors: Susan Halimeh; Christoph Bidlingmaier; Christine Heller; Sven Gutsche; Susanne Holzhauer; Gili Kenet; Karin Kurnik; Daniela Manner; Alfonso Iorio; Ulrike Nowak-Göttl Journal: Biomed Res Int Date: 2013-10-02 Impact factor: 3.411