Crivera C, Suh D C, Huang E S, Cagliero E, Grant R W, Vo L, Shin H C, Meigs J B
Ernest Mario School of Pharmacy, Rutgers University, Piscataway, NJ, USA.
Curr Med Res Opin. 2006 Nov;22(11):2301-11. doi: 10.1185/030079906X132523.
The goals of diabetes management have evolved over the past decade to become the attainment of near-normal glucose and cardiovascular risk factor levels. Improved metabolic control is achieved through optimized medication regimens, but costs specifically associated with such optimization have not been examined.
To estimate the incremental medication cost of providing optimal therapy to reach recommended goals versus actual therapy in patients with type 2 diabetes.
We randomly selected the charts of 601 type 2 diabetes patients receiving care from the outpatient clinics of Massachusetts General Hospital March 1, 1996-August 31, 1997 and abstracted clinical and medication data. We applied treatment algorithms based on 2004 clinical practice guidelines for hyperglycemia, hyperlipidemia, and hypertension to patients' current medication therapy to determine how current medication regimens could be improved to attain recommended treatment goals. Four clinicians and three pharmacists independently applied the algorithms and reached consensus on recommended therapies. Mean incremental medication costs, the cost differences between current and recommended therapies, per patient (expressed in 2004 dollars) were calculated with 95% bootstrap confidence intervals (CIs).
Mean patient age was 65 years old, mean duration of diabetes was 7.7 years, 32% had ideal glucose control, 25% had ideal systolic blood pressure, and 24% had ideal low-density lipoprotein cholesterol. Care for these diabetes patients was similar to that observed in recent national studies. If treatment algorithm recommendations were applied, the average annual medication cost/patient would increase from 1525 to 2164 dollars. Annual incremental costs/patient increased by 168 dollars (95% CI 133-206 dollars) for antihyperglycemic medications, 75 dollars (57-93 dollars) for antihypertensive medications, 392 dollars (354-434 dollars) for antihyperlipidemic medications, and 3 dollars (3-4 dollars) for aspirin prophylaxis. Yearly incremental cost of recommended laboratory testing ranged from 77-189 dollars/patient.
Although baseline data come from the clinics of a single academic institution, collected in 1997, the care of these diabetes patients was remarkably similar to care recently observed nationally. In addition, the data are dependent on the medical record and may not accurately reflect patients' actual experiences.
Average yearly incremental cost of optimizing drug regimens to achieve recommended treatment goals for type 2 diabetes was approximately 600 dollars/patient. These results provide valuable input for assessing the cost-effectiveness of improving comprehensive diabetes care.
在过去十年中,糖尿病管理目标已演变为实现血糖及心血管危险因素水平接近正常。通过优化药物治疗方案可实现更好的代谢控制,但与此类优化具体相关的成本尚未得到研究。
评估为2型糖尿病患者提供达到推荐目标的最佳治疗相对于实际治疗的增量药物成本。
我们随机选取了1996年3月1日至1997年8月31日在马萨诸塞州总医院门诊接受治疗的601例2型糖尿病患者的病历,并提取了临床和用药数据。我们将基于2004年高血糖、高脂血症和高血压临床实践指南的治疗算法应用于患者当前的药物治疗,以确定如何改进当前药物治疗方案以达到推荐的治疗目标。四位临床医生和三位药剂师独立应用这些算法,并就推荐治疗方案达成共识。计算每位患者(以2004年美元表示)当前治疗与推荐治疗之间的成本差异即平均增量药物成本,并计算其95%的自抽样置信区间(CI)。
患者平均年龄为65岁,糖尿病平均病程为7.7年,32%的患者血糖控制理想,25%的患者收缩压理想,24%的患者低密度脂蛋白胆固醇理想。对这些糖尿病患者的治疗与近期全国性研究中观察到的情况相似。如果应用治疗算法推荐,每位患者的平均年药物成本将从1525美元增加到2164美元。每位患者抗高血糖药物的年度增量成本增加168美元(95%CI 133 - 206美元),抗高血压药物增加75美元(57 - 93美元),抗高血脂药物增加392美元(354 - 434美元),阿司匹林预防用药增加3美元(3 - 4美元)。推荐实验室检查的年度增量成本为每位患者77 - 189美元。
尽管基线数据来自1997年一所单一学术机构的门诊,但这些糖尿病患者的治疗情况与近期全国观察到的情况非常相似。此外,数据依赖于病历,可能无法准确反映患者的实际经历。
为2型糖尿病患者优化药物治疗方案以达到推荐治疗目标的平均年度增量成本约为每位患者600美元。这些结果为评估改善综合糖尿病护理的成本效益提供了有价值的参考。