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Biomedical subjects

M M Jackson

Publications and source records attributed to M M Jackson.

At least 73 records · Page 4Linked to original sources
PubMed1985

Survey of purchasers of The APIC Curriculum for Infection Control Practice: findings and recommendations.

A survey of purchasers of The APIC Curriculum for Infection Control Practice was conducted in early 1985 by the APIC Curriculum Committee to determine characteristics of purchasers, usability of the text, reasons for purchase, and availability of references cited. Data were obtained from 342 (54.3%) respondents to a nationwide mail survey sent to a 20% sample (630) of all who were purchasers prior to January 1985. The average purchaser was an Infection Control Practitioner (ICP) who was a nurse employed by an acute care community hospital and had 6.9 years experience in infection control practice; 41% of purchasers worked in hospitals with greater than 300 beds. APIC members represented 93% of the respondents, and their disciplines were similar to those of the membership. Primary reasons for purchasing the Curriculum were to use it as the major reference for infection control information and to study for the Infection Control Certification Examination. Almost half of the respondents had taken and passed the examination. The overall satisfaction with format and style suggests that it was well-received and usable. Purchase of the Curriculum was strongly associated with hospital size. ICPs practicing in hospitals with less than 100 beds were less likely to have purchased the book than those in larger hospitals. Availability of references was also associated with hospital size. Future editions of the Curriculum need to reflect consideration of the relationship between hospital size and availability of references in their approach to completeness of information.(ABSTRACT TRUNCATED AT 250 WORDS)

Adult↗
PubMed1985

Infections and infection risk in residents of long-term care facilities: a review of the literature, 1970-1984.

We reviewed the English-language peer-reviewed journals and the Centers for Disease Control's Morbidity and Mortality Weekly Reports between 1970 and 1984 presenting information about infections and infection risk in residents of long-term care facilities. More than 50 articles met review criteria. Approximately one third of the articles were reports of outbreaks, primarily of respiratory and gastrointestinal infections. Seven articles reported rates for several infection sites, but most rates were not directly comparable to one another because numerators and/or denominators were different. Many of the studies have been done in Veterans Administration hospitals with largely male populations, which may limit their applicability to freestanding long-term care facilities with largely female clients. This review establishes the need for high-quality observational studies of infections in long-term care facilities. Such studies are needed before intervention studies can be done to measure the effect of manipulation of risk factors on infection outcome.

Aged↗
PubMed1985

Monitoring: surveillance for nosocomial infections and uses for assessing quality of care.

Infectious complications of hospitalization are monitored through surveillance programs in most facilities. Information about the patient, the site involved, the associated organism, and risk factors is routinely recorded, analyzed, and reported within the hospital. The Joint Commission on Accreditation of Hospitals has supported this epidemiologic surveillance model for infections. The methods used to accomplish the task differ somewhat among hospitals. The epidemiology of noninfectious complications and the methods for monitoring them are more diverse and are not described in infection control literature. The epidemiologic principles, investigation methods, and management strategies for correcting problems are very similar to those used for infectious complications. This article reviews selected publications from the infection control and quality assurance literature for descriptions of monitoring programs, indications for monitoring, methods employed, and uses of the information obtained.

Cross Infection↗
PubMed1984

A national task analysis of infection control practitioners, 1982. Part One: methodology and demography.

A task analysis survey was conducted in 1982 by the Certification Board of Infection Control ( CBIC ) to determine the tasks performed by ICPs and the knowledge and abilities needed to perform these tasks. Data were obtained from 473 (78.8%) respondents to a nationwide mail survey of 600 ICPs . The respondents represent a randomized, stratified sample of ICPs in various types of U.S. acute care hospitals ranging in size from fewer than 50 beds to more than 500 beds. The results of the survey were used, in part, to develop the Infection Control Certification Examination, offered for the first time on November 19, 1983. According to the survey results, the modal or typical ICP is a white woman between the ages of 31 and 50 years using the title of infection control nurse. She has been employed full time for 2 to 10 years in infection control practice in a Joint Commission on Accreditation of Hospitals (JCAH)--accredited community acute care hospital having 301 to 500 beds. She is working at the supervisory level, is on the nursing department payroll, votes as a member of the hospital's infection control committee, and received her last degree or diploma more than 15 years ago.

Adult↗
PubMed1984

A national task analysis of infection control practitioners, 1982. Part Two: Tasks, knowledge, and abilities for practice.

Respondents (N = 473) from a randomized stratified sample (N = 600) of U.S. hospital ICPs in a national survey sponsored by the Certification Board of Infection Control were asked to rate specific task, knowledge, and ability statements related to infection control for frequency and importance. The questions included 175 items, of which 99 were for specific tasks and 76 were for knowledge and abilities for practice. Areas covered included patient care practices, infectious diseases, epidemiology and statistics, microbiologic practices, sterilization and disinfection, education, employee health services, and management and communications. A "profile respondent" group (N = 317) was defined as persons most likely to be practicing the full scope of infection control practice and was used to identify key tasks, knowledge, and abilities for practice. Results showed that patient care practices (i.e., suctioning, dressing changes, and catheterization) were rarely performed. The development of infection control policies and procedures were key tasks. Knowledge of microbiology and infectious diseases in order to interpret laboratory reports and other patient data was rated as essential; however, few respondents actually performed laboratory procedures. Epidemiologic principles were frequently used for surveillance and problem investigation. Although presentation of epidemiologic data was rated as important, analytic statistics were rarely used. Assessment of educational needs and teaching were large components of ICPs' activities.

Certification↗
PubMed1984

A national task analysis of infection control practitioners, 1982. Part Three: The relationship between hospital size and tasks performed.

One aspect of the Certification Board of Infection Control's (CBIC) task analysis survey was to determine those tasks done most frequently and considered most important by ICPs. A randomized stratified sample of ICPs was taken from U.S. hospitals of various bed-size categories. There were 473 responses (78.8%) from a targeted sample of 600 ICPs. Statistical analyses were done to find if a relationship existed between hospital size and the tasks performed. The frequency of performance and importance of the majority of infection control tasks studied were found to vary in relation to hospital size. Some tasks were found to be both important and frequently performed by the majority of ICPs in all hospital bed-size categories. These included performing and reporting epidemiologic surveillance, educating personnel, developing infection control policies and procedures, and consulting with hospital personnel. Other tasks were found to be relatively less important and infrequently performed by the majority of ICPs in all hospital bed-size categories. These included performing bedside patient care procedures, recommending specific antimicrobial therapy, and using statistical methods. The greatest differences in the performance of tasks were found in the subsample of the ICPs from hospitals with less than or equal to 100 beds.

Communicable Disease Control↗
PubMed1980

Viral hepatitis.

The patient with viral hepatitis has been of considerable concern to health care professionals for many years. Researchers have identified at least three types of hepatitis (hepatitis type A, hepatitis type B, and hepatitis non-A, non-B) and knowledge of each type is rapidly increasing. Sufficient data no exist to evaluate the real risks to patient contacts and to health care personnel. Using this wealth of information, staff nurses should be able to apply the nursing process to provide optimal care for patients with viral hepatitis and to minimize the spread of this infection in the hospital setting. They should also be aware that continuing research in this field may result in additional changes in nursing care, and thus they should be prepared to revise their thinking as new information becomes available.

Blood Transfusion↗
PubMed1979

Diabetics at home.

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Ambulatory Care↗