慢性肾脏疾病引起的血糖平衡改变

E. Mácsai
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摘要

需要透析的患者群体中糖尿病的发病率不断增加。这一群体的代谢紊乱需要重点关注,特别是当碳水化合物平衡受到特定疾病相关因素的影响时。β细胞功能障碍、胰岛素抵抗和晚期糖基化终产物积累在透析前越来越多地被检测到。血糖控制也与骨代谢的健康和肾功能衰竭相关性贫血的控制有关。葡萄糖稳态评估的新机会,包括连续血糖监测系统、皮肤自身荧光和代谢组研究,已经导致诊断和治疗方面的重大发展。关于糖尿病控制,血液透析(HD)患者的主要治疗目标是缓解透析后阶段的血糖波动。在糖尿病高血糖期和非糖尿病高血糖期的抗糖尿病方案的周期性是较好的工具。对于腹膜透析患者,应平衡标准溶液中葡萄糖的不良影响。本文综述了糖尿病与HD或腹膜透析的关系,并提供了支持个体化治疗计划的临床建议。目前,晚期肾衰竭患者的数量在不断增加。在目前的医学培训中,肾脏学和糖尿病教育在内部课程中是分开的。因此,一般的肾病专家没有接受过糖尿病问题的培训,无法控制肾功能不全患者在肾小球滤过率变窄的不同阶段的碳水化合物代谢,此外,也不允许改变治疗的选择。相反,一般的糖尿病医生不了解肾功能衰竭和透析对血糖控制的影响,也不熟悉肾脏替代疗法的技术细节:因此,在治疗伴有肾脏疾病的糖尿病患者时,不考虑与肾脏因素相关的特殊改变。本文探讨了这一临床边界地区的理论和实践问题,帮助临床医生为特定患者选择个性化的治疗方法。根据临床经验和理论考虑,该患者组的口服和胰岛素治疗选择指南正在不断制定中,预计在不久的将来会有明确的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alteration of Glycaemic Balance due to Chronic Kidney Disease
The incidence of diabetes in patient populations requiring dialysis is constantly increasing. Metabolic disturbances in this group need focussed attention, particularly as carbohydrate balance is affected by specific disease-related factors. Beta-cell dysfunction, insulin resistance, and advanced glycation end-product accumulation are increasingly detected in the period preceding dialysis. Glycaemic control is also linked to the health of bone metabolism and control of renal failure-related anaemia. Novel opportunities in the assessment of glucose homeostasis, including continuous glucose monitoring systems, skin autofluorescence, and investigation of the metabolome, have resulted in significant developments in diagnostics and therapy. Regarding antidiabetic control, the major therapeutic goal for patients on haemodialysis (HD) is the alleviation of glycaemic fluctuation during the post-dialytic phase. The periodicity in antidiabetic regimes on HD and non-HD days is the preferable tool. For patients on peritoneal dialysis, the adverse impact of glucose originated from the standard solutions should be counterbalanced. This review focusses on the relationship between diabetes and HD or peritoneal dialysis and provides clinical suggestions to support the planning of individualised therapy. Nowadays, the number of patients with advanced renal failure is increasing. In current medical training, nephrological and diabetic education is separated within the internal curriculum. Thus, an average nephrologist is not trained in diabetic issues that would enable them to control the carbohydrate metabolism of a patient with renal insufficiency at different stages of glomerular filtration rate narrowing, and additionally is not permitted to change the choice of therapy. Conversely, a general diabetologist is not aware of the effects of kidney failure and dialysis on glycaemic control and is not familiar with the technological details of renal replacement therapies: special alterations related to nephrological factors are therefore not taken into account when treating diabetic patients with kidney disease. The article deals with the theoretical and practical issues of this clinical border area, helping the clinician to choose individual treatment for a particular patient. Guidelines for choice of oral and insulin therapy in this patient group, based on clinical experiences and theoretical considerations, are under continuous development, and definitive results are expected in the near future.
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