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Hospital Information Systems↗
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Results for “User-Computer Interface”
Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.
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User-friendly computerized quality assurance program for regionalized neonatal care.
In October 1983 a computerized data base system was implemented to perform quality assurance in the neonatal referral region of the University of Michigan. This system was customized to match and expand forms and reports already in use. It is menu driven, requires only rudimentary skills, and is compatible with existing computer equipment. To assess the effectiveness of the program in monitoring and improving neonatal care within the region, data from the first full year (1984) were compared with data from the last full year (1990). Statistically significant changes were found for referring physician presence at transfer, a greater assumption of initial stabilization procedures by community hospital personnel (continuous cardiorespiratory monitoring, orogastric tube placement, provision of respiratory support, blood glucose screening, blood gas evaluation, blood culturing, and antibiotic therapy), and an overall improvement in patient status before transfer. Review of reports generated by data analysis enables design of educational programs that are hospital specific and that focus on problems or deficiencies determined during quality assurance conferences. The chief benefit of this system is the provision of an objective basis for constructive criticism, which leads to both cognitive and behavioral changes in care providers and ultimately improves the delivery of care to neonates.
Data Display↗
A new architecture for integration of heterogeneous software components.
An architecture is described that integrates existing applications in a network-wide system. The architecture follows the new open software paradigm, and defines kernel and application services that collaboratively solve the tasks of end-users and provide them with an intuitive user-interface. This paper describes the message language and the kernel mechanism for addressing application services. The architecture has been developed as much as possible to conform with current standards.
Computer Communication Networks↗
Development of an automated antibiotic consultant.
Physicians frequently need to order antibiotic therapy before the results of bacterial cultures and antibiotic susceptibility tests are available. Therapy selected empirically should be chosen on the basis of the most recent information about probable pathogens and their susceptibility to various drugs. We have developed a series of computer programs to help physicians identify the antibiotic regimens with the highest probability of acting against the pathogens that are most likely to be present at suspected sites of infection in individual patients. This automated antibiotic consultant is now available on our hospital information system. A comparison of the antibiotic regimens suggested by the computer with those indicated by cultures and susceptibility tests showed that the computer suggested an appropriate regimen for 717 of 761 culture events (94%).
Anti-Bacterial Agents↗
Computer-generated discharge instruction sheets.
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Arizona↗
Use of a community-based touch-screen public-access health information system.
Meeting the demands of patients and the public for health information is now a recognised aim. Healthpoint is a community-based touch-screen public-access health information system which aims to make health information easily accessible by the public and to provide feedback information on this demand. We have assessed Healthpoint in an experiment in three parts. Part one was a survey of 13 Healthpoints for several weeks in various community sites in Glasgow, such as a shopping centre, supermarket, library, and pub, as well as health service sites such as out-patient department and general practice. The number of users and the topics chosen were recorded by the systems. Part two was a survey of ten Healthpoints in one town (Clydebank) over five months, which examined routine information recorded by the system, and interviews with an opportunistic sample of 300 weekday shoppers in the street and a random sample of 271 by telephone. Part three was a survey of one Healthpoint in a general practice for 36 weeks using routine recording by the system and a postal survey of a systematic sample of 250 attenders. Seventy five (25%) out of 300 in the street survey and 45 (22%) of the telephone sample who had visited a site where there was a Healthpoint had used it. Overall, 17% of the telephone sample had used it. Seventy three (27%) out of 200 general practice attenders had used Healthpoint.(ABSTRACT TRUNCATED AT 250 WORDS)
Adolescent↗
EMBL-search: a CD-ROM based database query system.
This paper describes a system of generally applicable index files provided on the EMBL sequence databases CD-ROM to facilitate the development of front-end software to the sequence databases available on this CD-ROM. The index files are used by a new versatile and user-friendly database retrieval program for the Apple Macintosh, EMBL-Search, which allows the easy construction of complex database queries. EMBL-Search utilizes cross-reference information contained in the databases to support navigation between different information resources. The ability to run EMBL-Search on a local computer network accessing a shared database CD-ROM makes its use particularly cost effective.
Algorithms↗
[Structured documentation of findings and user acceptance--results of a study of abdominal ultrasound].
Structured reporting of medical findings is known to have positive effects on data quality, whereas user acceptance tends to be low because of time requirements. This paper presents the results of a survey among 19 physicians who worked for 14 months with a computer system using structured data input for abdominal ultrasonography. During this time, they prepared 8.827 reports. The two most important results are that it is feasible to realize well accepted documentation systems with high data quality by using modern computer technology, and that graphic user interfaces tend to increase user acceptance. For comparable systems, evaluation studies are suggested.
Attitude of Health Personnel↗
Prenatal behavioral risk screening by computer among Native Americans.
BACKGROUND AND OBJECTIVES: Computer interviews have potential value in screening pregnant patients for substance abuse and other behavioral risk factors linked to adverse pregnancy outcomes. The focus of this study was to determine whether a patient-interactive computerized assessment and education program was an acceptable and valid means of obtaining behavioral risk data. METHODS: Study participants completed a computer interview, and computer-generated reports of substance use and physical abuse within the past year were compared with information in the participants' prenatal records. The accuracy of computer interview reports of substance use was evaluated by performing urine drug screens. RESULTS: More than 95% of the 265 women who completed the computer interview rated it favorably. Drug use and physical abuse were reported significantly more often during the computer interview, compared with information obtained from the patients' medical records. Results of urine drug screens demonstrated a high concurrence rate between self-reports of drug use and the results of urine analyses. CONCLUSIONS: Results indicated that the computerized assessment was well received by patients and yielded valid information regarding risk factors for adverse pregnancy outcomes.
Adult↗
Computer-based patient education: a progress report.
Computer-based teaching can help patients make informed decisions and protect both patients and physicians from the serious consequences of poor communication. This article discusses the benefits of computer-based patient education and its role in the emerging field of "patient informatics."
Communication Barriers↗
Graphical access to medical expert systems: IV. Experiments to determine the role of spoken input.
The goal of our research is to design improved interfaces for medical expert systems. Previously, the use of graphical techniques was explored to improve the acceptance by clinicians of the user interface. Now that devices that accept spoken input are available, we wish to design interfaces that take advantage of this potentially more natural modality for interaction. To understand how clinicians might want to speak to a medical decision-support system, we carried out an experiment that simulated the availability of a spoken interface to the ONCOCIN medical expert system. ONCOCIN provides therapy advice for patients on complex cancer therapy protocols based on a description of the patient's current medical status and laboratory-test values. In the experiment, we had oncologists present a clinical case while observing the ONCOCIN flowsheet display. A project member listened to the presentation and filled in values for the flowsheet, as well as introducing purposeful misunderstandings of the input. The results suggest that each individual developed a stereotypical grammar for communicating with the program. Our experience with the purposeful miscommunications suggests particular ways to tailor requests for repetition based on the part of the utterance that was not understood.
Decision Making, Computer-Assisted↗
Graphical access to medical expert systems: V. Integration with continuous-speech recognition.
This paper describes three prototypes of computer-based clinical record-keeping tools that use a combination of window-based graphics and continuous speech in their user interfaces. Although many of today's commercial speech-recognition products achieve high rates of accuracy for large grammars (vocabularies of words or collections of sentences and phrases), they can only "listen for" (and therefore recognize) a limited number of words or phrases at a time. When a speech application requires a grammar whose size exceeds a speech-recognition product's limits, the application designer must partition the large grammar into several smaller ones and develop control mechanisms that permit users to select the grammar that contains the words or phrases they wish to utter. Furthermore, the user interfaces they design must provide feedback mechanisms that show users the scope of the selected grammars. The three prototypes described were designed to explore the use of window-based graphics as control and feedback mechanisms for continuous-speech recognition in medical applications. Our experiments indicate that window-based graphics can be effectively used to provide control and feedback for certain classes of speech applications, but they suggest that the techniques we describe will not suffice for applications whose grammars are very complex.
Decision Making, Computer-Assisted↗
MultiLink--an intermediary system for multi-database access.
The design and implementation is described of MultiLink, a desktop system for direct enduser access to remote bibliographic information. The system is an application of a client-server technique based on a campuswide network, with the objective to assist end-users to accomplish the information--retrieval process by capturing knowledge and expertise for searches in query formulations. MultiLink, via intelligent interfaces, allows users to access several dozens of bibliographic databases. The application integrates regional, national and international resources, and brings library services to the user's desktop level.
Databases, Bibliographic↗
The UMLS project: making the conceptual connection between users and the information they need.
Conceptual connections between users and information sources depend on an accurate representation of the content of available information sources, an accurate representation of specific user information needs, and the ability to match the two. Establishing such connections is a principal function of medical librarians. The goal of the National Library of Medicine's Unified Medical Language System (UMLS) project is to facilitate the development of conceptual connections between users and relevant machine-readable information. The UMLS model involves a combination of three centrally developed Knowledge Sources (a Metathesaurus, a Semantic Network, and an Information Sources Map) and a variety of smart interface programs that make use of these Knowledge Sources to help users in different environments find machine-readable information relevant to their particular practice or research problems. The third experimental edition of the UMLS Knowledge Sources was issued in the fall of 1992. Current priorities for the UMLS project include developing applications that make use of the Knowledge Sources and using feedback from these applications to guide ongoing enhancement and expansion of the Knowledge Sources. Medical librarians are involved heavily in the direction of the UMLS project, in the development of the Knowledge Sources, and in their experimental application. The involvement of librarians in reviewing, testing, and providing feedback on UMLS products will increase the likelihood that the UMLS project will achieve its goal of improving access to machine-readable biomedical information.
Grateful Med↗
Coach: applying UMLS knowledge sources in an expert searcher environment.
With the development of the Unified Medical Language System (UMLS) Knowledge Sources, the National Library of Medicine (NLM) has produced a resource of great potential for improving the searching of MEDLINE. The Coach expert searcher system, an inhouse research project at NLM, is designed to help users of the GRATEFUL MED front-end software improve MEDLINE search and retrieval capabilities. This paper describes the Coach program, the knowledge sources it uses, and some of the ways it applies elements of the UMLS Metathesaurus to facilitate access to the biomedical literature.
Grateful Med↗
UMLS knowledge for biomedical language processing.
This paper describes efforts to provide access to the free text in biomedical databases. The focus of the effort is the development of SPECIALIST, an experimental natural language processing system for the biomedical domain. The system includes a broad coverage parser supported by a large lexicon, modules that provide access to the extensive Unified Medical Language System (UMLS) Knowledge Sources, and a retrieval module that permits experiments in information retrieval. The UMLS Metathesaurus and Semantic Network provide a rich source of biomedical concepts and their interrelationships. Investigations have been conducted to determine the type of information required to effect a map between the language of queries and the language of relevant documents. Mappings are never straightforward and often involve multiple inferences.
Humans↗
Using a network menu and the UMLS Information Sources Map to facilitate access to online reference materials.
As computer technology advances, clinicians and biomedical researchers are becoming more dependent upon information from online databases and information systems. By using specially configured computer workstations and high-speed computer networks, it is now possible to access this information in a rapid and straightforward manner. To empower users by providing these capabilities, the authors are assembling a variety of network workstations to be located throughout Yale-New Haven Medical Center. At the heart of the workstation is NetMenu, a program designed to help users connect to a number of important online information systems, including a hospital order entry and results reporting system, a drug reference, bibliographic retrieval systems, and educational programs. In addition, as part of the National Library of Medicine's Unified Medical Language System (UMLS) project, the authors have developed a local prototype of the UMLS Information Sources Map (ISM) and a companion query assistant program to complement the NetMenu in helping users select and connect automatically to information services relevant to a particular question. The ISM query assistant draws from a listing of many online information sources accessible via local and international networks.
Computer Communication Networks↗
The clinical connection. Hospitals work to design information systems that physicians will use.
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Attitude to Computers↗