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基本説明
New in paperback. Hardcover was published in 2008.
Full Description
The ability to interface patient monitors directly to a computer, and generate a clinical record has existed for over 20 years. However, the acceptance of comprehensive electronic medical records in anesthesia has been slow to develop. Experts anticipate this reluctance is changing because of enhanced patient care through the use of detailed health information record systems. Anesthesia Informatics provides the health informatician and administrator with a comprehensive overview of this blossoming technology. With contributions from leaders in the field, this user-friendly guide addresses how this technology has enhanced both the need for and the ability to collect and apply data in an acute care setting. It also offers invaluable insight on the business implications and the rationales required to make a purchase decision. Each section outlines need to know information to help the reader with the implementation and utilization of an Anesthesia Information Management System. Useful case scenarios focus on the ideal components (anesthesia record, business rationale, communication, collaboration, and training) of a fully automated record-keeping system.
Contents
The Anesthesia Information Management System.- Rationale for Purchasing an AIMS.- The Vendor-Customer Relationship.- Request for Information/Request for Proposals.- Implementation of an AIMS.- Ensuring Usability through Human Factors Engineering.- Data Standards.- Device Interfaces.- Architecture.- Preoperative Systems.- Intraoperative Charting Requirements.- Medication Management.- Legal Aspects of AIMS.- Case Study: Implementation of an AIMS at an Academic Medical Center.- Automated Charge Capture.- Decision Support.- Perioperative Process Improvement.- Components of an ORMS.- Operating Room Management System.- Integration of ORMS and AIMS.- Operating Room Scheduling and Capacity Planning.- Mobile Computing, Education, and Simulation.- Information Technology in Anesthesia Education.- Handheld Devices.- Wireless Technologies.- Security of Health Information.- Simulation-Based Learning as an Educational Tool.- Future Implications of Simulation in Anesthesia.
