填补维生素B12缺乏症调查和治疗中的差异。

Gunnar Mouland, Christian Lie Berg, Mohammad Nouri Sharikabad, Hilchen Thode Sommerschild
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引用次数: 0

摘要

背景:严重的维生素B12(钴胺素)缺乏是罕见的,但国际报告显示,高达26%的普通人群可能有亚临床维生素B12缺乏症。在挪威,维生素B12缺乏症的流行程度尚未进行调查。自2017年以来,在挪威,服用维生素B12片治疗已成为传统肌肉注射治疗的替代方案。当我们研究从注射治疗到片剂治疗的转变时,我们发现各个县在维生素B12补充剂的使用上存在意想不到的差异,我们希望对此进行更详细的调查。材料和方法:从挪威处方数据库(Norwegian Prescription Database)中检索到2020年按患者居住县分类的药房维生素B12补充剂配药数据。挪威卫生经济管理局(Helfo)提供了2020年按患者居住城市分类的报销维生素b12相关实验室检测次数的数据。结果:2020年,挪威按处方销售的维生素B12补充剂达到每人12个限定日剂量(DDD),各县之间的差异为7至15个。每个县进行的实验室分析数量各不相同,从每100名居民中26到46人进行总维生素B12分析,从21到37人进行叶酸分析。相应的,同型半胱氨酸的分析次数从每100名居民1到12次,甲基丙二酸的分析次数从1到13次,活性维生素B12的分析次数从0.01到8.13次。解释:我们的研究显示,在维生素B12补充剂的摄入量方面,县与县之间存在很大差异。这些差异可能有很多解释。所要求的维生素B12相关实验室分析数量的变化可能表明,医生对维生素B12缺乏症的评估和诊断可能是一个促成因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fylkesforskjeller i utredning og behandling av vitamin B12-mangel.

Background: Severe vitamin B12 (cobalamin) deficiency is rare, but international reports show that up to 26 % of the general population may have subclinical vitamin B12 deficiency. The prevalence of vitamin B12 deficiency has not been investigated in Norway. Since 2017, treatment with vitamin B12 tablets has represented an alternative to traditional treatment with intramuscular injections in Norway. When we studied the transition from injection to tablet treatment, we discovered an unexpected difference in the counties' use of vitamin B12 supplements, which we wished to investigate in more detail.

Material and method: Data on the dispensing of vitamin B12 supplements from pharmacies in 2020, broken down by the patients' county of residence, were retrieved from the Norwegian Prescription Database. The Norwegian Health Economics Administration (Helfo) provided figures on the number of reimbursed vitamin B12-related laboratory tests in 2020, classified by patients' municipality of residence.

Results: In 2020, the sale of vitamin B12 supplements on prescription in Norway amounted to 12 defined daily doses (DDD) per inhabitant and varied from 7 to 15 between the counties. The number of laboratory analyses that were performed varied by county from 26 to 46 per 100 inhabitants for total vitamin B12, and from 21 to 37 for folate. The number of analyses varied correspondingly from 1 to 12 per 100 inhabitants for homocysteine, from 1 to 13 for methylmalonic acid and from 0.01 to 8.13 for active vitamin B12.

Interpretation: Our study showed large intercounty differences in the consumption of vitamin B12 supplements. These differences may have a number of explanations. Variations in the number of vitamin B12-related laboratory analyses requisitioned may indicate that doctors' assessment and diagnosis of vitamin B12 deficiency could be a contributory factor.

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