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日本难治性疾病基因检测在线调查问卷:对修订后的医疗法的回应及相关问题

Online questionnaire on genetic testing for intractable diseases in Japan: response to and issues associated with the revised medical care act.

作者信息

Adachi Kaori, Satou Kazuhito, Nanba Eiji

机构信息

Research Initiative Center, Organization for Research Initiative and Promotion, Tottori University, Yonago, Japan.

Department of Genome Medicine, National Center for Child Health and Development, Tokyo, Japan.

出版信息

J Hum Genet. 2021 Nov;66(11):1043-1051. doi: 10.1038/s10038-021-00926-w. Epub 2021 May 31.

Abstract

In Japan, most genetic testing for intractable diseases has been conducted in research laboratories in the past. However, since the Revised Medical Care Act came into effect on December 1, 2018, genetic testing in compliance with this act has become a major issue. To collect information on this topic, we conducted an online survey of members of the research groups for intractable diseases, which play a central role in medical care and research on intractable diseases with the support of the Ministry of Health, Labor and Welfare, five months after the enactment of the act. We separated the surveyed facilities into those that conducted genetic testing in their own laboratories ("testing facilities") and those that outsourced genetic testing ("outsourcing facilities"). Ninety-five and 66 responses regarding genetic testing were obtained from the testing and outsourcing facilities, respectively. Genetic analysis was the most commonly conducted genetic testing method, accounting for 60% or more of the tests. At the testing facilities that conducted comprehensive analysis with a next-generation sequencer, the number of target diseases for genetic testing was observed to be higher. In these testing facilities, more than 70% were research laboratories. In contrast, at the outsourcing facilities, testing was outsourced to registered clinical laboratories in many cases or to research laboratories. The proportion of genetic testing covered by public medical insurance at the outsourcing facilities was two times higher than that at the testing facilities. The importance of quality control for genetic testing was generally well acknowledged, but there was apprehension regarding the increased cost and burden on staff of quality control assurance, and many testing facilities viewed genetic testing as difficult. The research groups could handle the examination and interpretation of the genetic testing results, and many groups gathered and registered patient information. Within the intractable disease medical support network, there was a relatively large number of collaborations, with studies supported by the Japan Agency for Medical Research and Development (AMED) and Initiative on Rare and Undiagnosed Diseases (IRUD) projects. There were many requests for genetic testing to be covered by public medical insurance. In the future, the implementation of genetic testing using a next-generation sequencer at clinical laboratories with guaranteed quality control and the development of a system for collaboration with research groups will be necessary.

摘要

在日本,过去大多数针对疑难病症的基因检测都是在研究实验室中进行的。然而,自2018年12月1日修订后的《医疗法》生效以来,符合该法案的基因检测已成为一个主要问题。为收集有关这一主题的信息,在该法案颁布五个月后,我们对疑难病症研究小组的成员进行了在线调查,这些研究小组在厚生劳动省的支持下,在疑难病症的医疗护理和研究中发挥着核心作用。我们将接受调查的机构分为在自己实验室进行基因检测的机构(“检测机构”)和将基因检测外包的机构(“外包机构”)。分别从检测机构和外包机构获得了95份和66份关于基因检测的回复。基因分析是最常用的基因检测方法,占检测的60%以上。在使用下一代测序仪进行全面分析的检测机构中,观察到基因检测的目标疾病数量更多。在这些检测机构中,超过70%是研究实验室。相比之下,在外包机构中,检测在很多情况下外包给了注册临床实验室或研究实验室。外包机构中公共医疗保险覆盖的基因检测比例比检测机构高出两倍。基因检测质量控制的重要性普遍得到认可,但人们担心质量控制保证的成本增加和工作人员负担加重,许多检测机构认为基因检测困难。研究小组可以处理基因检测结果的检查和解读,许多小组收集并登记了患者信息。在疑难病症医疗支持网络内,合作相对较多,有日本医疗研究与开发机构(AMED)和罕见及未确诊疾病倡议(IRUD)项目支持的研究。有许多关于公共医疗保险覆盖基因检测的请求。未来,有必要在保证质量控制的临床实验室实施使用下一代测序仪的基因检测,并开发与研究小组的合作系统。

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