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This study elicited time trade-off (TTO) and standard gamble (SG) preference values associated with four health states corresponding to response levels in chronic phase chronic myeloid leukemia (CML) from members of the general public in the UK (n = 235). Health states studied were treatment-free remission (TFR), complete molecular response (CMR, i.e. undetectable disease on treatment), molecular response and reappearance of detectable disease (i.e. relapse from TFR to molecular response requiring treatment). TFR was the most preferred health state (mean utility of 0.97 [TTO] and 0.87 [SG]) followed by CMR (mean utility of 0.96 [TTO] and 0.85 [SG]) followed by molecular response (mean utility of 0.94 [TTO] and 0.80 [SG]) followed by reappearance of detectable disease (mean utility of 0.90 [TTO] and 0.72 [SG]). SG values were significantly lower than TTO values (p < 0.001). The study demonstrated that different treatment responses may impact on the health-related quality of life of patients with chronic phase CML.

This study estimated time trade-off preference values associated with the four chronic myelogenous leukemia (CML) chronic phase-related health states (i.e. untreated, hematologic response, cytogenetic response and molecular response) among members of the general public in the UK (n = 241). All four health states were associated with decreases in preference values from full health. The molecular response to treatment was the most preferred health state (mean utility of 0.94). The second-most preferred health state was cytogenetic response followed by hematologic response (mean utilities were 0.89 and 0.80, respectively). The least preferred health state was untreated chronic phase CML (mean utility of 0.72). The utility values for each state were significantly different from one another (p < 0.001). This study demonstrated and quantified the impact that more robust treatment responses have on the health-related quality of life of patients with chronic phase CML.

Aim: To determine current treatment patterns for infants with cow milk allergy (CMA) and the associated resource implications and budget impact, from the perspective of the UK's National Health Service (NHS)., Methods: A computer-based model was constructed depicting current management of newly-diagnosed infants with CMA derived from patients suffering from this allergy in The Health Improvement Network (THIN) Database. The model spanned a period of 12 months following initial presentation to a general practitioner (GP) and was used to estimate the 12-monthly healthcare cost (at 2006/07 prices) of treating an annual cohort of 18,350 infants from when they initially present to their GP., Results: Patients presenting with a combination of gastrointestinal and atopic symptoms accounted for 59% of all patients. From the initial GP visit for CMA it took a mean 2.2 months to be put on diet, although treatment varied according to presenting symptoms. A total of 60% of all infants were initially treated with soy, 18% with an extensively hydrolysed formula and 3% with an amino acid formula. A mean 9% of patients remained symptomatic on soy and 29% on an extensively hydrolysed formula. The total cost of managing CMA over the first 12 months following initial presentation to a GP was estimated to be £1,381 per patient and £25.6 million for an annual cohort of 18,350 infants., Limitations: Patients were not randomised to treatment and resource use was not collected prospectively. Nevertheless, 1,000 eligible patients have been included in the analysis, which should be a sufficiently large sample to accurately assess treatment patterns and healthcare resource use in actual clinical practice. The diagnosis of CMA may not be secure in all cases. Nevertheless, patients were diagnosed as having CMA by a clinician and have been managed by their GP as if they had CMA., Conclusion: CMA imposes a substantial burden on the NHS. Any strategy that improves healthcare delivery and thereby shortens time to treatment, time to diagnosis and time to symptom resolution should potentially decrease the burden this allergy imposes on the health service and release resources for alternative use.

Objective: To quantify the health economic impact of managing cow milk allergy (CMA) in South Africa, from the perspective of healthcare insurers in both the private and public sectors and parents/carers of CMA sufferers., Methods: A decision model depicting the management of CMA in South Africa was constructed, using information obtained from interviews with paediatric specialists in the private and public sectors with relevant clinical experience. The model was used to estimate the expected 12-monthly levels of healthcare resource use and corresponding costs (at 2007/08 prices) attributable to managing CMA sufferers following an initial consultation with a paediatrician., Results: The expected 12-monthly cost incurred by an insurer attributable to managing a CMA sufferer following an initial consultation with a paediatrician was estimated to be R2,430.4 (€202.0) and R1,073.7 (€89.0) in the private and public sector, respectively. The expected 12-monthly cost incurred by parents/carers following an initial consultation with a paediatrician was estimated to be R43,563.1 (€3,634.0) and R24,899.9 (€2,076.9) in the private and public sector, respectively. The time taken for a CMA sufferer to be put on an appropriate diet and achieve symptom resolution was estimated to be 24 days in the private sector and 18 days in the public sector. The total cost to manage an annual cohort of 18,270 newly diagnosed infants with CMA in South Africa in the first year following presentation to a paediatrician was estimated to be R22.1 (€1.8) million for healthcare insurers and R489.1 (€40.8) million for parents/carers. The expected costs to insurers were driven by visits to general paediatricians and prescriptions for dermatological drugs in both the private and public sectors. The expected costs to parents/carers were driven by over-the-counter (OTC) purchases of clinical nutrition preparations., Limitations: The intolerance rates were derived from a study among 1,000 infants with CMA in the UK, healthcare resource use was not collected prospectively and the study period was limited to 1 year following presentation to a paediatrician and does not consider the impact of CMA in subsequent years. However, most children outgrow this form of allergy by the time they reach 2 years of age., Conclusion: CMA imposes a substantial socio-economic burden in South Africa, especially on parents/carers of CMA sufferers. Any strategy that reduces this burden should potentially lead to higher compliance with clinicians' recommendations, thereby improving health outcomes associated with treatment and should also release healthcare resource use for alternative use.

Objective: To assess the resource implications and budget impact of managing cow milk allergy (CMA) in the Netherlands from the perspective of the healthcare insurers., Methods: A model was constructed depicting the management of CMA in the Netherlands using information obtained from interviews with youth healthcare doctors (n = 14), general practitioners (n = 6) and paediatricians (n = 11) with relevant clinical experience of managing CMA. The model was used to estimate the expected level of healthcare resource use and corresponding cost (at 2007/08 prices) attributable to managing 4,382 new CMA sufferers., Results: The expected cost of healthcare resource use attributable to managing 4,382 new CMA sufferers up to 1 year of age following initial consultation with a community-based physician at a mean 3 months of age was estimated to be €11.28 (95% CI: €7.82; €14.33) million. Clinical nutrition preparations emerged as the primary cost driver accounting for 91% of the total cost and clinician visits collectively accounted for a further 5%. The time taken for CMA sufferers to be put on an appropriate diet and achieve symptom resolution was estimated to be 30 (95% CI: 27; 32) days. Sensitivity analysis showed that the costs would increase by approximately 16% if all new CMA sufferers were to undergo a double-blind placebo-controlled cow milk challenge in a hospital setting, as is currently being proposed. It is not clear how this proposal would affect time to symptom resolution since this would depend on the efficiency of hospitals being able to deal with the increased workload., Limitations: The intolerance rates were derived from a 1-year follow-up study among 1,000 infants with CMA in the UK, healthcare resource use was not collected prospectively and the study period was censured at 1 year of age and does not consider the impact of CMA in subsequent years. However, most children outgrow this form of allergy during their second year., Conclusion: Within the model's limitations, CMA imposes a substantial burden on the Dutch healthcare system. Moreover, initiating a double-blind placebo-controlled cow milk challenge for all CMA sufferers will potentially increase clinicians' workload and use of limited resources within paediatric hospital departments in the Netherlands.