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A Shahani

Publications and source records attributed to A Shahani.

3 recordsLinked to original sources

Classification trees. A possible method for iso-resource grouping in intensive care.

Classification and grouping of clinical data into defined categories or hierarchies is difficult in intensive care practice. Diagnosis-related groups are used to categorise patients on the basis of diagnosis. However, this approach may not be applicable to intensive care where there is wide heterogeneity within diagnostic groups. Classification tree analysis uses selected independent variables to group patients according to a dependent variable in a way that reduces variation. In this study, the influence of three easily identified patient attributes on their length of intensive care unit stay was explored using classification analysis. Two thousand five hundred and forty-five critically ill patients from three hospitals were classified into groups so that the variation in length of stay within each group was minimised. In 23 out of 39 terminal groups, the interquartile range of the length of stay was < or = 3 days.

Critical Care↗

Towards a model for hospital case-load decision support.

This paper presents an operational model of patient flow through a hospital. The operations involved in the patient flow are explained and the development and use of the model are discussed. The model uses the data derived from the NHS minimum contract data set which is collected by all hospitals, and this results in the model being generalizable to any hospital. Typically the model can be used to determine the appropriate bed numbers for a given arrival pattern, or the effects of particular management strategies or changes in patient care patterns on the hospital. The model is implemented on a PC running the Microsoft Windows operating environment, and solved used a simulation approach.

Bed Occupancy↗