信息管理系统外文翻译--电子文件麻醉信息管理系统：我们还等什么-管理系统(编辑修改稿)

信息管理系统外文翻译--电子文件麻醉信息管理系统：我们还等什么-管理系统(编辑修改稿)内容摘要：

data entry system that can store anesthetic histories and physical examination findings, and may be used to review preoperative laboratory data and medical histories. The ergonomics of newer AIMS have improved as puter technology has advanced。 in contrast to the traditional keyboard method of data entry, barcoded materials and data entry with a touch screen or mouse are now available, and voiceactivated systems are being refined. Electronic delivery systems allow the caregiver to administer medication without manually documenting the entry. These systems are electronically linked to the anesthesia equipment at the point of care, but departments can also use them to document anesthesia procedures in various locations . Monitoring equipment typically sends data in a unique and proprietary format through its RS232 ports. Newer monitors adhere to a mon standard (., universal serial bus [USB]), and today39。 s AIMS can collate and analyze data. Many of these physiologic monitors are linked via a work (., local area work or intra) to servers that retain backup copies of the data. Duplicate copies of data are required for the missioncritical function of the operating room. The United States Institute of Medicine Guidelines for an electronic health record system The Institute of Medicine in the United States issued a report in 2020 that detailed the key capabilities of an EMR system . It should provide: (1) longitudinal collection of patient data。 (2) immediate access by authorized users。 (3) information to aid in decisionmaking throughout the continuum of patient care。 and (4) support for efficient healthcare delivery. The guidelines further divided the EMR into primary and secondary applications . Patient care, management, support processes, financial and administrative processes, and patient selfmanagement are considered 本科毕业设计（论文）外文翻译 5 primary applications. Secondary applications include education, regulation, research, public health, and policy support. Primary application of an AIMS would omit patient selfmanagement, but otherwise would ply with the guidelines described above. Similarly, secondary applications would also include education, regulation, and research. If an AIMS had a greater role, one could argue favorably about its role in public health and policy support. Both public policy and public health are affected by the issue of what types of providers administer anesthesia. Aspects of anesthesiology that are important to public health (for example, whether changes in the quality of care occur when anesthesia is administered by a physician, a nurse anesthetist, or a physician and nurse anesthetist as a team, as performed in the United States and some European countries) can be analyzed using data from an AIMS. Furthermore, the role of the anesthesiologist assistant is evolving, and an AIMS may help define it. The increased accuracy in documentation that would result from the use of an AIMS will be necessary to determine policy support of an anesthesia care team. The Institute of Medicine has remended time lines for the implementation of electronic medical record keeping. Guidelines for i。