Steuten Lotte M G
1 Fred Hutchinson Cancer Research Center, Hutchinson Institute for Cancer Outcomes Research , Seattle, Washington, United States .
2 School of Pharmacy, University of Washington , Seattle, Washington, United States .
OMICS. 2016 Jan;20(1):30-5. doi: 10.1089/omi.2015.0174.
Health technology assessment (HTA) is a crucial science that influences the responsible and evidence-based transition of new discoveries from laboratory to applications in the clinic and society. HTA has recently moved "upstream" so as to assess technologies from their onset at their discovery, design, or planning phase. Biomarker research is relatively recent in oral health, but growing rapidly with investments made to advance dentistry and oral health and importantly, to build effective bridges between oral health and systems medicine since what happens in oral health affects systems pathophysiology, and vice versa. This article offers a synthesis of the latest trends and approaches in early phase HTA, with a view to near future applications in oral health, systems medicine, and biomarker-guided precision medicine. In brief, this review underscores that demonstrating health outcomes of biomarkers and next-generation diagnostics is particularly challenging because they do not always influence long-term outcomes directly, but rather impact subsequent care processes. Biomarker testing costs are typically less of a barrier to uptake in practice than the biomarker's impact on longer term health outcomes. As a single biomarker or next-generation diagnostic in oral health can inform decisions about numerous downstream diagnosis-treatment combinations, early stage "upstream" HTA is crucial in prioritizing the most valuable diagnostic applications to pursue first. For the vast array of oral health biomarkers currently developed, early HTA is necessary to timely and iteratively assess their comparative effectiveness and anticipate the inevitable questions about value for money from regulators and payers.
卫生技术评估(HTA)是一门关键科学,它影响着新发现从实验室到临床及社会应用的负责任且基于证据的转变。近期,HTA已迈向“上游”,以便在技术的发现、设计或规划阶段就对其进行评估。生物标志物研究在口腔健康领域相对较新,但随着为推动牙科和口腔健康所做的投资,尤其是为在口腔健康与系统医学之间搭建有效桥梁所做的投资而迅速发展,因为口腔健康状况会影响系统病理生理学,反之亦然。本文综述了早期HTA的最新趋势和方法,以期在口腔健康、系统医学和生物标志物引导的精准医学领域实现近期应用。简而言之,本综述强调,证明生物标志物和下一代诊断方法的健康结果极具挑战性,因为它们并不总是直接影响长期结果,而是会影响后续的护理过程。在实际应用中,生物标志物检测成本通常不如其对长期健康结果的影响那样成为采用的障碍。由于口腔健康中的单一生物标志物或下一代诊断方法可为众多下游诊断 - 治疗组合的决策提供依据,早期“上游”HTA对于优先确定最有价值的诊断应用至关重要。对于目前开发的大量口腔健康生物标志物而言,早期HTA对于及时、反复评估其相对有效性以及预测监管机构和支付方不可避免的关于性价比的问题是必要的。