可持续抗凝治疗气候适应型护理。

Bingwen Eugene Fan,Kevin Milla,Scott McAlister,Brandon Jin An Ong,Sam Schulman,Roopen Arya,Helen Okoye,Suely Meireles Rezende,Giuseppe Lippi,Leonardo Pasalic,Bian Hong Wang,Ming Sheng Lim,Yen Lin Chee,Amanda Zain,Jeannie Su Hui Tey,Emmanuel J Favaloro
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引用次数: 0

摘要

本观点发出多学科呼吁,将可持续性纳入抗凝治疗,使临床卓越与气候责任保持一致。抗凝治疗管理——包括药物生产、实验室诊断、治疗监测和长期随访——大大增加了与卫生保健相关的碳排放。我们提出了一种系统级脱碳策略,以生命周期评估方法为基础,量化抗凝治疗过程中的排放,并确定高影响干预点。核心战略包括减少不必要的实验室测试,通过可回收耗材和节能基础设施绿化实验室操作,向低碳抗凝剂过渡,以及促进抗血栓管理以减少给药错误和药物浪费。数字卫生技术,如远程医疗、人工智能和移动应用程序,被定位为低排放、以患者为中心的护理的推动者。在鼓励可持续实践的政策杠杆的支持下,循环经济原则和碳知情采购被纳入治疗途径。最后,我们呼吁低收入和中等收入国家利益攸关方的包容性参与,确保公平、可扩展和因地制宜地实施气候适应型血栓治疗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sustainable anticoagulation for climate resilient care.
This Viewpoint issues a multidisciplinary call to embed sustainability into anticoagulation care, aligning clinical excellence with climate responsibility. Anticoagulation management-including drug manufacturing, laboratory diagnostics, therapeutic monitoring, and long-term follow-up-contributes substantially to health-care-associated carbon emissions. We propose a systems-level decarbonisation strategy, anchored in life cycle assessment methodology, to quantify emissions across anticoagulation care and identify high-impact intervention points. Core strategies include reducing unnecessary laboratory testing, greening laboratory operations through recyclable consumables and energy-efficient infrastructure, transitioning to lower-carbon anticoagulants, and promoting antithrombotic stewardship to reduce dosing errors and drug waste. Digital health technologies, such as telemedicine, artificial intelligence, and mobile apps, are positioned as enablers of low-emission, patient-centred care. Circular economy principles and carbon-informed procurement are integrated into the therapeutic pathway, supported by policy levers that incentivise sustainable practices. Finally, we call for inclusive engagement of low-income and middle-income country stakeholders to ensure equitable, scalable, and context-appropriate implementation of climate-resilient thrombosis care.
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