Yoshida Yuichi, Imai Takeshi, Ohe Kazuhiko
Department of Planning, Information, and Management, The University of Tokyo Hospital, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8655, Japan.
Center for Disease Biology and Integrative Medicine, Graduate School of Medicine, The University of Tokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8655, Japan.
Int J Med Inform. 2013 Oct;82(10):1004-11. doi: 10.1016/j.ijmedinf.2013.07.004. Epub 2013 Aug 9.
We evaluate the status of health information system (HIS) adoption (In this paper, "HIS" means electronic medical record system (EMR) and computerized provider order entry system (CPOE)). We also evaluate the affect of the policies of Japanese government.
The status of HIS adoption in Japan from 2002 to 2011 was investigated using reports from complete surveys of all medical institutions conducted by the Ministry of Health, Labour and Welfare (MHLW). HIS-related budgets invested by the Japanese government from 2000 to 2008 were surveyed mainly using literatures and administrative documents of the Japanese government (MHLW and Ministry of Economy, Trade and Industry).
The rates of HIS adoption in Japan in 2011 were: 20.9% for the rate of EMR adoption in clinics, 20.1% for the rate of EMR adoption and 36.6% for the rate of CPOE adoption in hospitals. In hospitals, the rate of EMR and CPOE adoption were 51.5% and 78.6% in 822 large hospitals (400 or more beds), 27.3% and 52.1% in 1832 medium hospitals (200-399 beds), and 13.5% and 26.0% in 5951 small hospitals (less than 200 beds), respectively. Japan has a large number of medical institutions (99,547 clinics and 8605 hospitals) with a low rate of EMR adoption in clinics and a high rate of HIS adoption in hospitals. The national budget to expand HIS use was implemented for medium and large hospitals mainly. The policy target of New IT Reform Strategy was not achieved.
The rate of HIS adoption in Japanese medium and large hospitals is high compared to small hospitals and clinics, and this is attributable to the fact that the Japanese government placed the target for HIS adoption on key hospitals with a large number of beds and concentrated budget investment in those hospitals. Besides, legal approval of EMR and the introduction of Diagnostic Procedure Combination system facilitated EMR adoption. There is less financial support for small hospitals than medium and large hospitals. The low rate of EMR adoption in clinics stems from the facts that there was little subsidies or incentives in the national remuneration for medical services, lack of cooperation from medical associations, and a failed attempt to mandate computerization of medical accounting (medical billing). Giving financial incentives is an effective means of raising EMR adoption rate. For wide usage of HIS, more financial support and incentive may be necessary for small hospitals and clinics.
我们评估健康信息系统(HIS,在本文中,“HIS”指电子病历系统(EMR)和计算机化医嘱录入系统(CPOE))的采用情况。我们还评估日本政府政策的影响。
利用厚生劳动省(MHLW)对所有医疗机构进行的全面调查的报告,调查了2002年至2011年日本HIS的采用情况。主要利用日本政府(厚生劳动省和经济产业省)的文献和行政文件,调查了2000年至2008年日本政府投资的与HIS相关的预算。
2011年日本HIS的采用率如下:诊所的EMR采用率为20.9%,医院的EMR采用率为20.1%,CPOE采用率为36.6%。在医院中,822家大型医院(400张及以上床位)的EMR和CPOE采用率分别为51.5%和78.6%,1832家中型医院(200 - 399张床位)的采用率分别为27.3%和52.1%,5951家小型医院(少于200张床位)的采用率分别为13.5%和26.0%。日本有大量医疗机构(99547家诊所和8605家医院),诊所的EMR采用率低,医院的HIS采用率高。扩大HIS使用的国家预算主要用于大中型医院。新IT改革战略的政策目标未实现。
与小型医院和诊所相比,日本大中型医院的HIS采用率较高,这归因于日本政府将HIS采用目标设定在床位较多的重点医院,并将预算投资集中在这些医院。此外,EMR的法律批准和诊断程序组合系统的引入促进了EMR的采用。小型医院获得的财政支持比大中型医院少。诊所EMR采用率低的原因在于,国家医疗服务报酬中几乎没有补贴或激励措施,缺乏医学协会的合作,以及强制医疗会计(医疗计费)计算机化的尝试失败。给予财政激励是提高EMR采用率的有效手段。为了广泛使用HIS,可能需要为小型医院和诊所提供更多的财政支持和激励。