PubMed HealthSearch

SEARCH · PubMed Health

Results for “Maintenance and Engineering, Hospital”

Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 19 recordsLinked to original sources

Clinical engineering: an in-depth review of its economic potential.

Clinical Engineers are currently employed in hospitals to see that the more complex instrumentation is electrically safe and well maintained. Such an objective fails to capitalize on the economic advantages which can be derived from specialist management. This paper proposes that the objective be broadened to cover the application of engineering technology for lower cost-higher quality health care. The functions involved and the staff needed to attain this objective are analyzed, together with the modus operandi for selecting and integrating cost-effective equipment, designing practical maintenance programs, and training the staff to avoid equipment abuse. Details of recent equipment-oriented malpractice suits are reviewed to identify already proven vulnerable areas. The results achieved from this approach at a 450-bed University Hospital show an estimated reduction of from $144 to $59 for the average cost of a repair, and an overall 60 per cent cost saving in the handling of the biomedical electronic equipment.

Biomedical Engineering

New adventures in biomedical engineering: radiation safety program management.

As biomedical/clinical engineers expand their managerial expertise into nontraditional areas, it makes sense that they pursue areas where their formal training in physics and mathematics can be applied. Radiation safety requires having the educational background to understand atomic structure, the nature of radioactivity, mathematics, biology, chemistry, and instrumentation. Program management requires having the administrative experience to manage people, data, files, documentation, and budgets. Radiation safety program management also requires an understanding of how best to prepare for a surprise inspection, similar to but technically more specific than other inspections and surveys previously experienced by the BME/CE professional.

Biomedical Engineering

Microbial contamination of mist therapy units on six pediatric wards.

A study was conducted in six pediatric wards to investigated factors that influence microbial contamination of mist therapy units. Most samples from nebulizer reservoirs were positive for gram-negative bacilli which multiplied rapidly in distilled water and reached levels as high as 3.0 X 10(8) viable microorganisms per ml. High prevalence rates of Pseudomonas aeruginosa and coliform bacteria as well as high levels of gram-negative bacilli were found to be associated with infrequent and inadequate cleaning and disinfection of the nebulizing equipment. In one of the wards exhibiting high rates, a move to new quarters permitted the implementation of improved cleaning and maintenance procedures for mist therapy units. The result was a significant reduction of microbial contamination. This study reemphasizes the role of microbiological surveillance in assuring proper care of nebulizing equipment in the hospital.

Aerosols