Home or hospital? An evaluation of the costs, preferences, and outcomes of domiciliary chemotherapy.

This study compares the costs and outcomes of domiciliary and hospital-based chemotherapy, using a prospective randomized cross-over design. Eighty-seven eligible patients were recruited from oncology services at two metropolitan hospitals in Sydney, Australia. Forty patients completed study evaluation requirements, having two months of chemotherapy in each location (home and hospital). The domiciliary service was staffed by hospital-based oncology nurses. Marginal costs of domiciliary treatment over hospital treatment were estimated from the health service perspective. Home-based care was more expensive, largely due to extra nurse time. About half of the eligible patients (n = 87) and 73 percent of the evaluated patients (n = 40) preferred domiciliary care. Most evaluated patients and their informal carers were satisfied with the medical care provided, regardless of location. Patient needs were well met in either location, and no differences were found in quality of life. At current throughput rates, providing chemotherapy in the home was more expensive than providing it in hospital. However, if the demand for chemotherapy were to exceed ward capacity by up to 50 percent, moving chemotherapy into the home could provide a less costly strategy for the expansion of a chemotherapy service without compromising patient outcomes.

Factors affecting epirubicin pharmacokinetics and toxicity: evidence against using body-surface area for dose calculation.

PURPOSE: An exploratory study to test whether body-surface area (BSA) should be used for the calculation of epirubicin dose. PATIENTS AND METHODS: The relationship between pretreatment characteristics and the effects of epirubicin were investigated in 20 chemotherapy-naive patients. Measurements of body size, renal and hepatic function, and other factors were correlated with epirubicin pharmacokinetics (PK) and epirubicin-induced neutropenia. All patients received 150 mg of epirubicin infused continuously over 120 hours, regardless of body size. Factors were analyzed by univariate and multivariate linear regression. RESULTS: There were no correlations between BSA or weight with any PK parameter or with the degree of neutropenia. In multivariate analysis, indicators of liver function were the only factors that correlated with neutropenia and epirubicin PK. Thus, correlations for neutropenia were seen with antipyrine clearance (P = .003), activated partial thromboplastin time (APTT) (P = .005) and serum transferrin (P = .01). Further, the area under the concentration-time curve (AUC) for epirubicin correlated with prothrombin index (P < .01), antipyrine clearance (P < .01), and serum bile salt concentration (P = .03), and there were similar correlations for epirubicin steady-state concentration (CpSS). Epirubicin clearance correlated with antipyrine clearance (P = .02). PK parameters for dihydroepirubicin correlated with prothombin index, serum transferrin, and bile salt concentrations (P < .001 for all correlations). Because of the number of statistical examinations performed, some of these correlations may be spurious. However, some are likely to be real, since the same variables repeatedly correlated with different epirubicin-associated outcomes. There were no correlations between epirubicin PK indices or neutropenia and serum aminotransferase levels or other biochemical liver function tests, creatinine, or any of the clinical factors examined. CONCLUSION: These results led us to question the use of BSA for epirubicin dose calculation. In contrast, quantitative liver function tests may give a better indication of drug handling and toxicity and may be useful to determine more accurate methods for dose calculation of epirubicin.

Recurrent transitional cell carcinoma of the renal pelvis presenting as diabetes insipidus.

We present the case of a 61-year old man with intracranial recurrence of transitional cell carcinoma of the renal pelvis presenting as diabetes insipidus. Metastatic infiltration of the pituitary stalk was demonstrated by magnetic resonance imaging when cerebral computerized tomography scanning was unhelpful. Successful treatment followed, comprising radiotherapy and intranasal desmopressin.