Institute of Social Medicine & Center School of Public Health and Health Management, Faculty of Medicine, University of Belgrade, Dr Subotica 15, 11000, Belgrade Serbia.
Hum Resour Health. 2013 Jun 17;11:27. doi: 10.1186/1478-4491-11-27.
Unemployment among health professionals in Serbia has risen in the recent past and continues to increase. This highlights the need to understand how to change policies to meet real and projected needs. This study identified variables that were significantly related to physician and nurse employment rates in the public healthcare sector in Serbia from 1961 to 2008 and used these to develop parameters to model physician and nurse supply in the public healthcare sector through to 2015.
The relationships among six variables used for planning physician and nurse employment in public healthcare sector in Serbia were identified for two periods: 1961 to 1982 and 1983 to 2008. Those variables included: the annual total national population; gross domestic product adjusted to 1994 prices; inpatient care discharges; outpatient care visits; students enrolled in the first year of medical studies at public universities; and the annual number of graduated physicians. Based on historic trends, physician supply and nurse supply in the public healthcare sector by 2015 (with corresponding 95% confidence level) have been modeled using Autoregressive Integrated Moving Average (ARIMA) / Transfer function (TF) models.
The ARIMA/TF modeling yielded stable and significant forecasts of physician supply (stationary R2 squared = 0.71) and nurse supply (stationary R2 squared = 0.92) in the public healthcare sector in Serbia through to 2015. The most significant predictors for physician employment were the population and GDP. The supply of nursing staff was, in turn, related to the number of physicians. Physician and nurse rates per 100,000 population increased by 13%. The model predicts a seven-year mismatch between the supply of graduates and vacancies in the public healthcare sector is forecasted at 8,698 physicians - a net surplus.
The ARIMA model can be used to project trends, especially those that identify significant mismatches between forecasted supply of physicians and vacancies and can be used to guide decision-making for enrollment planning for the medical schools in Serbia. Serbia needs an inter-sectoral strategy for HRH development that is more coherent with healthcare objectives and more accountable in terms of professional mobility.
塞尔维亚卫生专业人员的失业率在最近一段时间有所上升,并仍在继续上升。这凸显了需要了解如何改变政策以满足实际和预期需求。本研究确定了 1961 年至 2008 年期间与塞尔维亚公共医疗保健部门医生和护士就业比率显著相关的变量,并利用这些变量制定参数,通过 2015 年模拟公共医疗保健部门医生和护士的供应情况。
为规划塞尔维亚公共医疗保健部门医生和护士就业,确定了两个时期(1961 年至 1982 年和 1983 年至 2008 年)的六个变量之间的关系。这些变量包括:全国总人口的年总数;按 1994 年价格调整后的国内生产总值;住院患者出院人数;门诊患者就诊次数;公立大学医学专业一年级学生人数;以及每年毕业的医生人数。根据历史趋势,通过自回归综合移动平均(ARIMA)/传递函数(TF)模型对 2015 年(置信水平 95%)公共医疗保健部门的医生和护士供应情况进行了建模。
ARIMA/TF 模型对塞尔维亚公共医疗保健部门医生供应(稳定的 R2 平方=0.71)和护士供应(稳定的 R2 平方=0.92)进行了稳定且显著的预测。医生就业的最主要预测因素是人口和 GDP。护理人员的供应反过来又与医生的数量有关。每 10 万人的医生和护士人数增加了 13%。该模型预测,公共医疗保健部门的毕业生供应与空缺之间的供需不匹配将在 7 年内达到 8698 名医生——这是一个净过剩。
ARIMA 模型可用于预测趋势,特别是那些识别出医生供应与空缺之间显著不匹配的趋势,并可用于指导塞尔维亚医学院招生规划的决策。塞尔维亚需要制定一项人力资源开发的跨部门战略,使其更符合医疗保健目标,并在专业人员流动方面更具问责制。