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Results for “Hospital Bed Capacity, under 100”

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At least 19 recordsLinked to original sources
PubMed2000

Medical residencies and increased admissions in rural hospitals with fewer than 200 beds.

Medical education programs in general, and rural residency programs in particular, can be beneficial for rural hospitals. This study of 1,792 non-metropolitan statistical area, acute general hospitals with fewer than 200 beds from 1993 to 1996 was designed to help rural hospitals and communities to quantify the likely effects of rural residency programs on hospital admissions. Data came from the hospital Prospective Payment System minimum data set. The results show that additional residents at rural hospitals with fewer than 200 beds generally result in an increase of approximately 100 to 200 admissions per resident--more for smaller hospitals and fewer for larger hospitals. Because increased admissions generally improve the financial health and continued operation of rural hospitals, this study confirms the importance of education-based strategies in ensuring access to care in rural communities.

Aged↗
PubMed1980

Postoperative wound infection rates: results of prospective statewide surveillance.

The results of a prospective statewide study of postoperative wound infection rates after 19 selected surgical operations are reported. Rates are based on 44,689 operations performed at 38 hospitals from January 1, 1977 through May 31, 1979. The data were collected by review of ward charts and are compared with those of earlier reports. Particularly high rates of infection were found after surgery for perforative appendicitis, colorectal resection, radical neck dissection and leg amputations. These rates should serve as a baseline for future comparisons. The potential value of centralized infection reporting is discussed.

Hospital Bed Capacity, 100 to 299↗
PubMed1998

A survey of infection control professional staffing patterns at University HealthSystem Consortium institutions.

BACKGROUND: Proper staffing of infection control departments has long been a topic of interest. The most complete report on the subject, the Study on the Efficacy of Nosocomial Infection Control, was published in 1985. To provide current benchmarking comparison data for expected staff reductions at the University of Michigan Health System, a survey of University HealthSystem Consortium members was performed. METHODS: A survey tool was developed to obtain general demographic, staffing, and case-mix information. An infection control professional at each institution was contacted to obtain most of the information. Additional information was obtained from standard references. RESULTS: Responses were obtained from 45 University HealthSystem Consortium members (67%). Full-time equivalent ratios were based on the following parameters and compared for the institutions: number of occupied beds (according to occupancy rate, median 137 occupied beds/full-time equivalent), number of intensive care unit beds (median 28 beds/full-time equivalent), number of admissions or discharges (median 6686 admissions/full-time equivalent), number of ambulatory care visits (median 104,426 visits/full-time equivalent), and case-mix index (median 1.75). CONCLUSIONS: Many institutions are using benchmarking comparison data to make decisions regarding staff reductions. This survey provides preliminary data for determining the "best practice" in staffing for infection control departments. More information may be needed to evaluate other factors that affect infection control professionals' workload.

Academic Medical Centers↗
PubMed1994

Interhospital differences in cancer survival: magnitude and trend in 1975-1987 in Osaka, Japan.

This study addresses the disparity in cancer survival rates among hospitals in Osaka, Japan. Using data from the Osaka Cancer Registry, four-year survival rates for stomach cancer patients (n = 8,845) diagnosed in 1976, 1981 and 1986, and lung cancer (n = 9,795) and breast cancer patients (n = 7,377) diagnosed in 1975-77, 1980-82 and 1985-87 were calculated according to four hospital categories (teaching hospitals, large hospitals: 400 + beds excluding teaching hospitals, medium-size hospitals: 150-399 beds, and small hospitals: 20-149 beds). Cox's proportional hazards model was employed with adjustment for sex, age, clinical stage at diagnosis, and treatment status. Stomach and lung cancer patients treated in large, medium-size and small hospitals showed significantly higher risks of death than those treated in teaching hospitals in 1975-87. Interhospital differences in breast cancer survival appeared to increase in 1975-87, whereas those in stomach and lung cancer survivals decreased during the same period.

Breast Neoplasms↗
PubMed2003

Removing the roadblocks to medical and health student training in rural hospitals in Victoria.

OBJECTIVE: To assess the extent of undergraduate health student placements in regional hospitals in northern Victoria in 1999, prior to substantial changes in rural undergraduate medical education in Australia. METHOD: Cross sectional postal survey with telephone follow-up in north-east Victoria. Subjects were all 17 regional and rural hospitals involved in health student teaching in North-east Victoria. Main outcome measures were the numbers, duration and discipline of health students placements and reported barriers to such placements. RESULTS: Large regional hospitals accounted for two-thirds of all undergraduate health student placements. Smaller sites placed few allied health students. Barriers to a larger, more sustainable system of rural placements and rotations included accommodation shortages and funding constraints, particularly in smaller rural hospitals. CONCLUSIONS: Adequate resourcing of placements of a meaningful duration, stronger institutional support, and improved resourcing of regional accommodation is required to facilitate a larger, more systematic and sustainable system of medical and health student placements in rural areas.

Attitude of Health Personnel↗
PubMed2006

Zero lift programs in small rural hospitals in Washington state: reducing back injuries among health care workers.

In Washington State, health care workers have the highest rate of compensable back injuries. Washington Hospital Services, a self-insured workers' compensation program, implemented a zero lift program in 31 of its 38 hospitals. Zero lift was defined as replacing manual lifting, transferring, and re-positioning of patients with mechanical lifting or use of other patient assist devices. This program included two trusts, two pools of hospitals that self-insure workers' compensation. The pools are governed by elected boards of trustees from the pool memberships and regulated by the State Department of Labor and Industries. This pretest-posttest descriptive study compared patient-handling injury data prior to program implementation with those after program implementation. Patient-handling injury claims decreased by 43% in the participating hospitals from 2000 to 2004 (i.e., from 3.51 to 2.23). The time lost frequency rate decreased by 50% (i.e., from 1.91 to 1.03).

Accidents, Occupational↗
PubMed1992

More vendors aim pitch at small hospitals.

Computer vendors, operating in a sluggish market, are looking for business wherever they can find it, and small hospitals are virgin territory for many applications, including clinical and departmental systems. Sharply falling prices for minicomputers, microcomputers, printers and storage devices have cut the total cost of systems by at least 30% to 40%, putting them within the reach of smaller facilities.

Commerce↗
PubMed1985

Marketing acceptance in small and medium sized hospitals.

Although the delivery of health care has changed radically in the past few years, administrators of smaller hospitals continue to rely on old methods for marketing their services. This article, the results of a survey conducted to determine marketing acceptance in small and medium sized hospitals, indicates that up-to-date marketing practices have yet to make impact on this segment of the industry.

Data Collection↗