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Guidelines for medical technology in critical care. Technology Subcommittee of the Working Group on Critical Care, Ontario Ministry of Health.

OBJECTIVE: To examine the current status of technology in critical care medicine and to present guidelines for technologies commonly used in Ontario critical care units. DATA SOURCES: A computerized search of the medical literature, interviews with relevant people and a review of existing guidelines or standards were conducted. STUDY SELECTION: Nonrandomized trials and retrospective reviews were included because of a paucity of prospective randomized controlled trials. DATA EXTRACTION: Technologies were assessed by individual committee members. The validity of the technologies was compared with accepted standards when available. All published clinical data were used to assess efficacy. DATA SYNTHESIS: After review of the data, discussion papers on ventilation, and electrocardiographic, hemodynamic and intracranial pressure monitoring were written by committee members and then reviewed by the subcommittee as a whole. For each technology an attempt was made to match need with the patient classifications of the Working Group on Critical Care. Critical care guidelines were then developed through the use of the nominal group and Delphi consensus-gathering techniques. The guidelines were reviewed by external experts. CONCLUSIONS: These guidelines should help in assessing quality assurance and the resources necessary for critical care. Also, they should enable health care providers and hospital administrators to make better decisions when acquiring critical care technology. Since the guidelines represent the current state of knowledge there must be a continuing assessment of the technology and review of the guidelines.

Critical Care

Technology assessment in a user perspective--experiences with drug technology.

Drugs have a central place among medical technologies, and medical technology assessment can learn from the established regulation of drug technology. This article outlines how users' experiences are not part of the basis on which decisions are made today, although this knowledge is imperative for identifying the problems that are not uncovered or foreseen by today's drug assessments. Further, users' interests might not be part of assessments that are based on the controlled clinical trial. A framework for drug technology assessments based on a user perspective is suggested.

Denmark

Technology anxiety as a potential mediating factor in response to medical technology.

Technology anxiety, defined as a fear of working with medical equipment, was measured via the use of the Technology Response Questionnaire. Nurses (N = 414) working on nine types of nursing units at two hospitals participated in the study. Nurses working on psychiatric units were found to be most anxious about working with medical equipment, while nurses working on surgical and adult intensive care units were least anxious. A comparison of the nurses who were highest and lowest on technology anxiety indicated that those who were most anxious about technology were less positive toward computers, felt more stressed by their work, were lower on job satisfaction, less positive toward the physicians they worked with, lower on personality scales of autonomy and adaptability, were less likely to do care planning regularly or to use nursing diagnoses, and tended to be older than less anxious nurses.

Analysis of Variance

Microbiological aspects and technological need: technological needs for nitrates and nitrites.

Nitrate and nitrite are used in meat and fish curing, and in the manufacture of certain cheeses. Nitrate itself has little antimicrobial effect and in most applications could be replaced by lower concentrations of nitrite. Further, improved hygiene diminishes the need for nitrite. The antimicrobial activity and technological needs for nitrate and nitrite are reviewed. It is concluded that the technological needs for nitrite in meat products stored at < 10 degrees C could be met by added nitrite concentrations of 50 mg/kg. The overall effect of nitrate in salted fish appears to be marginal. In such products, Vibrio parahaemolyticus does not grow at salt concentrations of 10% and food poisoning by this organism is not related to the absence of nitrate or nitrite; growth of Clostridium botulinum Type E (the predominant cause of botulism from fish products) is arrested by salt concentrations of 3-4%. Listeria monocytogenes in seafood cannot be controlled by nitrite. The use of nitrate in cheese production could be avoided, or at least reduced to a low level by avoiding silage with a high count of gas-producing Clostridia and hygienic milk collection.

Bacteria

Young children with disabilities and assistive technology: the nurse's role on multidisciplinary technology teams.

Considerations for the involvement of nurses in the provision of assistive technology in education and intervention settings as members of multidisciplinary teams are presented. Philosophical considerations when participating in these processes are discussed, followed by a delineation of factors important in the selection of appropriate technology. Recommendations are discussed that have practical implications for nursing professionals.

Child

[Creation of an optimal production-technological structure in automated systems for managing the technological preparation of a product].

Issues concerned with improvement of the operational-engineering pattern and organization of production processes in manufacturing individual articles through an effective combination of product-parts, product-subassemblies and technological forms of specializing the plant subdivisions are considered. As an optimization criterion the minimum of incurred expenditures and also a system of point ratings are taken. The optimum is shown to be an operational-engineering pattern with predominance of a product-wise specialization of the plant departments. Problems that have to be solved in constructing a suitable model for the operational-engineering pattern within the framework of automated systems designed to monitor technological pre-arrangement for producing an adequate model of the object in dynamics are discussed.

Medical Laboratory Science