[Green Nephrology - What does this mean for dialysis procedures?]

Simone Cosima Boedecker-Lips, Julia Weinmann-Menke
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Abstract

In times in which climate change is becoming increasingly noticeable in the everyday lives of the global population, a rethinking towards an environmentally friendly and climate-neutral way of life is essential in all areas of human activity (including medicine). In the field of nephrology, a reorientation of resource-intensive renal replacement therapy is therefore absolutely necessary, keyword "green nephrology". To this end, awareness of the CO2 emissions caused in the field of nephrology must first be raised so that CO2 savings can then be implemented efficiently. Initially using the current conventional dialysis procedures. In addition, further technical developments such as portable and wearable haemodialysis and peritoneal dialysis machines will enable significant savings in energy and water consumption in the future. Furthermore, innovative research approaches are introducing new alternatives to organ transplantation, such as xenotransplantation, stem cell research and "artificial" organ replacement.A wide variety of promising approaches is therefore available for the renal replacement therapy of the future. The aim of nephrology must now be to drive forward further development and implement it in such a way that environmentally friendly patient care in nephrology is possible in the near future in order to make our contribution to climate protection while at the same time ensuring the treatment and its quality.

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[绿色肾脏病学 - 这对透析程序意味着什么?]
气候变化在全球人口的日常生活中日益明显,在这个时代,人类活动的所有领域(包括医学)都必须重新思考如何过一种对环境友好和气候中和的生活方式。因此,在肾脏病学领域,绝对有必要对资源密集型肾脏替代疗法进行重新定位,即 "绿色肾脏病学 "这一关键词。为此,首先必须提高人们对肾脏病学领域二氧化碳排放量的认识,然后才能有效地节约二氧化碳。首先使用目前的传统透析程序。此外,便携式和可穿戴式血液透析机和腹膜透析机等技术的进一步发展将在未来大大节省能源和水的消耗。此外,创新的研究方法也为器官移植提供了新的替代方案,如异种移植、干细胞研究和 "人工 "器官替代。现在,肾脏病学的目标必须是推动进一步的发展,并在不久的将来实现肾脏病学的环保型病人护理,以便在确保治疗及其质量的同时,为气候保护做出我们的贡献。
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