ABSTRACT
The ACPSEM radiation oncology medical physics workforce modelling project task group was formed to acquire a snapshot of practices in Australia and New Zealand and to develop an activity-based workforce model. To achieve this, two surveys were carried out, capturing the work practices of 98 radiation oncology departments and 182 college members. The member survey provided a snapshot of the current workforce: their demographics, work conditions, professional recognition, and future plans. The facility survey provided an Australian and New Zealand contextualisation of the volume-based activities defined in the International Atomic Energy Agency activity-based radiation oncology staffing model at a granular level. An ACPSEM ROMP workforce model was developed to be a modelling tool applicable at both the facility and sector levels.
Subject(s)
Radiation Oncology , Australia , Forecasting , Humans , Physics , WorkforceABSTRACT
OBJECTIVE: Over the four years to 30 June, 2017 the McGrath Foundation's Second Federal Government Breast Care Nurse (BCN) Initiative funded 57 McGrath BCNs (MBCNs) to deliver better continuity of care and provide specialized support to those diagnosed with and undergoing treatment for breast cancer. This article summarizes the findings generated through a mixed-method evaluation of the program's appropriateness, effectiveness, and efficiency. METHODS: The evaluation comprised surveys and semi-structured interviews with patients, multidisciplinary clinicians and MBCNs. The research also drew on secondary materials, including MBCN activity and patient caseload data, a review of existing programs and costing information. RESULTS: The evaluation generated evidence that access to an MBCN results in an improved experience for patients and clinicians, and that these impacts are more profound when MBCNs come into contact with their patients at the time of diagnosis. The economic modeling component of the evaluation revealed that there are cost savings to the health system when breast cancer patients have early access to an MBCN (through reduced health service utilization). The net saving produced by the program was estimated to be worth $6,323,257 per year, or $1,527 per new breast cancer patient seen. Stakeholders indicated that the MBCN model of care could be evolved to respond to emerging trends in breast cancer care pathways, such as a greater role in survivorship. CONCLUSION: This research advances the current understanding of the impact of BCNs on different levels of the health system and holds relevance for health-care funders, providers, and policy-makers. The evaluation demonstrates that access to an MBCN results in an improved experience for patients and clinicians, along with savings to the health system (through reduced health service utilization). The evaluation also shows that these impacts are more profound when MBCNs come into contact with their patients at the time of diagnosis.
ABSTRACT
INTRODUCTION: A unified and logical system of descriptors for diagnostic imaging examinations and procedures is a desirable resource for radiology in Australia and New Zealand and is needed to support core activities of RANZCR. Existing descriptor systems available in Australia and New Zealand (including the Medicare DIST and the ACC Schedule) have significant limitations and are inappropriate for broader clinical application. METHODS: An anatomically based grid was constructed, with anatomical structures arranged in rows and diagnostic imaging modalities arranged in columns (including nuclear medicine and positron emission tomography). The grid was segregated into five body systems. The cells at the intersection of an anatomical structure row and an imaging modality column were populated with short, formulaic descriptors of the applicable diagnostic imaging examinations. Clinically illogical or physically impossible combinations were 'greyed out'. Where the same examination applied to different anatomical structures, the descriptor was kept identical for the purposes of streamlining. RESULTS: The resulting Body Systems Framework of diagnostic imaging examination descriptors lists all the reasonably common diagnostic imaging examinations currently performed in Australia and New Zealand using a unified grid structure allowing navigation by both referrers and radiologists. The Framework has been placed on the RANZCR website and is available for access free of charge by registered users. CONCLUSION: The Body Systems Framework of diagnostic imaging examination descriptors is a system of descriptors based on relationships between anatomical structures and imaging modalities. The Framework is now available as a resource and reference point for the radiology profession and to support core College activities.
