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OBJECTIVE: To identify factors associated with delay in administration of thrombolytic therapy for acute myocardial infarction. DESIGN: Retrospective case note review of a six-month period in 1995. Data were obtained on age, sex, hospital arrival time, triage priority, assessment process in the emergency department, grade of emergency doctor, patient history, timing of and findings on electrocardiogram (ECG), type of infarct, timing and site of administration of thrombolytic therapy, and type of thrombolysis given. SETTING: Tertiary referral hospital in Newcastle, New South Wales. PARTICIPANTS: Eighty-five patients given thrombolytic therapy for acute myocardial infarction. OUTCOME MEASURE: Time between hospital arrival and initiation of thrombolytic therapy. RESULTS: The median time from hospital arrival to administration of thrombolytic therapy was 80 minutes (interquartile range [IR], 50-133). Only 26% of patients were triaged to Priority 1 or 2 (to be seen by a doctor within 10 minutes). Patients initially assessed by a specialist emergency physician received thrombolytic therapy a median of 38 (IR, 33-50) minutes after hospital arrival, compared with 65 (IR, 50-107) minutes if initially assessed by a medical registrar, and 148 (IR, 89-185) and 160 (IR, 95-163) minutes, respectively, if initially assessed by an intern or a resident medical officer (P < 0.001). Factors associated with increased delay in receiving thrombolytic therapy (after adjustment for possible confounders) were low triage priority, initial assessment by a junior doctor, atypical presenting history of myocardial infarction, and lesser degrees of ST-segment elevation on the presenting ECG (all P < or = 0.01). CONCLUSIONS: Delay in administration of thrombolytic therapy in hospital results from a combination of hospital and patient factors. Changes in emergency department protocol may reduce these delays in some patients.
Pre-hospital care in developing worlds has been found to be grossly deficient compared to high income countries. The pre-hospital care given to road accident victims attending the casualty departments of four tertiary level hospitals in South Western Nigeria was assessed using a one-page pro-forma. 1996 patients with injuries from road crashes were seen in the hospitals, only 172 had any form of pre-hospital care, just 160 were transported in ambulances and none had any form of organized pre-hospital care. The mean arrival time in the hospital after crashes was 93.6 minutes and there was a high rate (29.5%) of inter-hospital referral. For every Revised Trauma Score (RTS), the Probability of survival (Ps) of the patients was higher than the Ps of patients from high income countries.
We studied cultures of 109 bronchial mucus and 67 heart blood specimens from unselected hospital autopsies and 40 bronchial mucus and heart blood specimens from unselected non-hospital (forensic) autopsies, performed 1-11 days after death. The most prevalent bacterium was Streptococcus viridans. No association was found between morgue time and the number of species isolated from each bronchial mucus or heart blood specimen in either hospital or non-hospital autopsies, nor between morgue time and the number of occasions different species were isolated from the bronchial mucus or heart blood specimens in either series. Bronchial mucus and heart blood cultures from the hospital autopsies gave more often gram negative rods and less often other microbes in result than those from the non-hospital autopsies (p less than 0.05 and p less than 0.025 respectively). There was a highly significant association between the length of hospitalization and the occurrence of gram negative rods both in the bronchial mucus and heart blood (p less than 0.001 and p less than 0.0001 respectively), a result which probably reflects the ante-mortem colonization of the respiratory tract with gram negative bacilli among hospitalized patients.
Critical access hospitals (CAHs) are intended to improve the accessibility of local emergency and short-term inpatient services, but limited research has evaluated their effects on hospital service utilization. This article asks whether the utilization of hospital and emergency room services differs between older persons residing in rural areas with a CAH versus a community hospital. Information about the utilization of hospital and emergency room services as well as demographic, health insurance, and health status factors were abstracted from a large population-based survey of community-dwelling elders (age 65 and older) residing in West Texas. The frequencies of hospital inpatient and emergency department admission do not differ between older persons who reside in counties with a CAH and a community hospital. These findings support the broad goals of the program and illustrate how Medicare can effectively support healthcare systems under fiscal stress.
The rights of children in hospitals in Norway are protected by regulations based on the hospital statute: Regulations covering children in hospital, signed in 1989. These regulations cover matters such as the schooling of hospitalized children, the housing of parents, the economic rights of parents and information. We interviewed hospital management at two different levels of administration to find out how they put these regulations into practice. We found a certain gap between what the law demands and what the hospitals actually provide e.g. with regard to children on adult wards, firm point of contact, activity areas and provisions for education, clarification of parents' duties and respite facilities, reimbursement of expenses and issue of regulations. We conclude that the time has come for hospitals to report on the actions taken to ensure children's rights and for amendment to the law.
OBJECTIVES: Recent concern about escalating healthcare expenditures has prompted healthcare payers and hospitals to identify physicians whose hospital resource consumption exceeds expected norms. The goals of this study were to determine whether analyses of practice patterns in this manner may a) systematically identify older physicians as big resource "spenders," and b) provide misleading information caused by the failure to adjust utilization data for severity of illness. DESIGN: A prospective, observational study. SETTING: The coronary care and intermediate care unit in an 1,100-bed community hospital. PATIENTS: A total of 217 patients hospitalized for chest pain cared for by noncardiologists. INTERVENTIONS: None. MEASUREMENTS AND MAIN RESULTS: On initial inspection, it appeared that the patients of older physicians had longer lengths of stay and greater charge expenditures than the patients of younger physicians. However, further evaluation demonstrated that older physicians cared for older (76 vs. 67 yrs old, p = .0001) and more severely ill patients (judged by risk of complications, risk of acute ischemic heart disease, and disease staging). Older physicians cared for more severely ill myocardial infarction patients than did younger physicians (Killip Classification 2.0 vs. 1.1, p less than .00003). After adjusting for severity of illness, there were fewer differences in hospital charges and consultant use between older and younger physicians, although the patients of older physicians remained hospitalized longer. CONCLUSIONS: There is little difference in resource utilization between patients cared for by older and younger internists after controlling for severity of illness. This investigation highlights the potential hazards of ignoring severity of illness when judging physician efficiency in the coronary care unit.
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The efficacy of hospital hygienic measures was checked in six hospitals. The programme was started by determining the effective state. Subsequently a two-day extension course for the training and instruction of the responsible personnel in charge (physicians, nurses and administrative staff) in the essential problems of hospital hygiene was held. The next measure consisted in giving advice in the preparation of hygiene plans which had to make allowance for the prevailing personal and constructional situation as well as for the hospital equipment. The hygiene plans represented the written concept of the measures to be implemented. Then enquiries, local inspections as well as hygienic-bacteriological ambient analyses were carried out to determine the hygienic situation in the hospital after adoption of the measures and the findings were compared with the situation preceding the initiation of the hygienic programme. The results show that the proposed improvements were mostly realised as far as such administrative measures as the procurement of disinfectant dispensers, throwaway towels and suitable disinfectants were concerned. The instructions given for the implementation of suitable methods of application were complied with to a lesser extent. Moreover, considerable improvements were achieved with regard to the operation and efficiency of the sterilizers. On the whole, the present study demonstrates that suitable measures largely reduce the extensive gaps in information on the part of the staff on hospital hygiene and that the resulting intensification of efforts can greatly contribute towards an improvement of the overall hygiene in hospitals.
BACKGROUND: Several studies have examined the incidence and mortality of stroke in relation to season. However, the evidence is conflicting partly due to variation in the populations (community vs. hospital-based), and in climatic conditions between studies. Moreover, they may not have been able to take into account the age, sex and stroke type of the study population. We hypothesized that the age, sex and type of stroke are major determinants of the presence or absence of winter excess in morbidity and mortality associated with stroke. METHODS: We analyzed a hospital-based stroke register from Norfolk, UK to examine our prior hypothesis. Using Curwen's method, we performed stratified sex-specific analyses by (1) seasonal year and (2) quartiles of patients' age and stroke subtype and calculated the winter excess for the number of admissions, in-patient deaths and length of acute hospital stay. RESULTS: There were 5,481 patients (men=45%). Their ages ranged from 17 to 105 years (median=78 years). There appeared to be winter excess in hospital admissions, deaths and length of acute hospital stay overall accounting for 3/100,000 extra admissions (winter excess index of 3.4% in men and 7.6% in women) and 1/100,000 deaths (winter excess index of 4.7 and 8.6% in women) due to stroke in winter compared to non-winter periods. Older patients with non-haemorrhagic stroke mainly contribute to this excess. If our findings are replicated throughout England and Wales, it is estimated that there are 1,700 excess admissions, 600 excess in-patient deaths and 24,500 extra acute hospital bed days each winter, related to stroke within the current population of approximately 60 million. CONCLUSIONS: Further research should be focused on the determinants of winter excess in morbidity and mortality associated with stroke. This may subsequently reduce the morbidity and mortality by providing effective preventive strategies in future.
A hospital that provides cardiovascular services and embraces a heart-hospital brand and strategy can achieve competitive advantage. Providers that want to compete aggressively for cardiovascular services are developing a specialty-based carve-out strategy. A heart-hospital initiative can cannibalize revenues from a hospital's other programs and services. A successful heart-hospital strategy requires physician buy-in. A heart hospital needs a brand that customers will value.
Of 17,836 children admitted in 1959, 6.5% developed infection following admission; most of these seemed to be hospital-acquired. Respiratory infections were commonest (2.7%), then gastroenteritis (1.3%), staphylococcal infections including miscellaneous and postoperative wounds (1.1%), pyrexias (0.5%), miscellaneous and post-operative wound infections due to other bacteria (0.4%), "communicable" diseases (0.3%) and monilial infections (0.2%). Incidences were highest in infants and on certain wards incapable of segregating all infected cases. Only 14.3% of infections were severe. They contributed to 16 deaths but not as the sole cause. Hospital infections made over 2070 extra patient-days necessary. Wound infection followed 3.1% of 5052 surgical operations-2.1% when considering only clean sites. Seventy per cent were staphylococcal; antibiograms suggested that some were not of hospital origin. Staphylococcal disease, present on admission or hospital-acquired, occurred in 2.6% of patients. None of these incidences seemed unduly high. Many varied factors underlie hospital infections, and complete control is unlikely with present knowledge and facilities.
BACKGROUND: In the context of health care cost containment, we interviewed hospitalized patients and their health care teams concerning the length of stay they considered necessary and hospital discharge. Patients were also interviewed on the present tendency to shorten hospital stays. METHODS: Prospective study conducted in a subacute internal medicine ward with 254 consecutive patients and their health care teams. RESULTS: The mean evaluation of the length of stay considered as necessary was not significantly different between patients (9.7 days, SD=9.5) and their health care teams (9.6, SD=8.5). However, agreement between the two parties was moderate (r=0.64). Hospital discharge was considered as planned in similar proportions (18% vs 22% respectively), but was reported as more 'assured' by health care teams than by patients (p<0.001). Health care teams and patients approved discharge planning in 200 cases (63.3%), but agreement was only moderate (Kappa 0.43, IC 95%=0.34-0.51). Regarding the tendency to shorten hospital stays, patients'responses were favorable in only 9%, clearly unfavorable in 17% and disclosed explicit fears in 54% of the cases. CONCLUSIONS: These results show that what patients and health care teams consider the necessary length of stay and the right time for hospital discharge can diverge notably. They highlight the difficulties of medical decisions in the context of cost containment, and the fundamentally asymmetrical character of the relationship between patients and health care teams.
A prospective study was performed in 177 patients, mean age 78+/-6 years, hospitalized with acute coronary syndromes. Obstructive coronary artery disease was documented by coronary angiography in 154 of 177 patients (87%). Coronary revascularization was performed in 96 of 177 patients (54%). Five of 177 patients (3%) died during hospitalization. Compared to use before hospitalization, at hospital discharge the use of aspirin increased from 43% to 84% (p<0.001), the use of clopidogrel increased from 21% to 54% (p<0.001), the use of beta blockers increased from 38% to 76% (p<0.001), the use of angiotensin-converting enzyme inhibitors or angiotensin receptor blockers increased from 42% to 70% (p<0.001), the use of long-acting nitrates increased from 15% to 31% (p<0.001), and the use of calcium channel blockers decreased from 28% to 23% (p=NS). Dyslipidemia was present in 62% of the 177 patients. The use of statins increased from 34% before hospitalization to 63% at hospital discharge (p<0.001).
OBJECTIVES: To describe the Hospital Elder Life Program, a new model of care designed to prevent functional and cognitive decline of older persons during hospitalization. PROGRAM STRUCTURE AND PROCESS: All patients aged > or =70 years on specified units are screened on admission for six risk factors (cognitive impairment, sleep deprivation, immobility, dehydration, vision or hearing impairment). Targeted interventions for these risk factors are implemented by an interdisciplinary team-including a geriatric nurse specialist, Elder Life Specialists, trained volunteers, and geriatricians--who work closely with primary nurses. Other experts provide consultation at twice-weekly interdisciplinary rounds. INTERVENTION: Adherence is carefully tracked. Quality assurance procedures and performance reviews are an integral part of the program. PROGRAM OUTCOMES: To date, 1,507 patients have been enrolled during 1,716 hospital admissions. The overall intervention adherence rate was 89% for at least partial adherence with all interventions during 37,131 patient-days. Our results indicate that only 8% of admissions involved patients who declined by 2 or more points on MMSE and only 14% involved patients who declined by 2 or more points on ADL score. Comparative results for the control group from the clinical trial were 26% and 33%, and from previous studies 14 to 56% and 34 to 50% for cognitive and functional decline, respectively. Effectiveness of the program for delirium prevention and of the program's nonpharmacologic sleep protocol have been demonstrated previously. CONCLUSIONS: These results suggest that the Hospital Elder Life Program successfully prevents cognitive and functional decline in at-risk older patients. The program is unique in its hospital-wide focus; in providing skilled staff and volunteers to implement interventions; and in targeting practical interventions toward evidence-based risk factors. Future studies are needed to evaluate cost-effectiveness and longterm outcomes of the program as well as its effectiveness in non-hospital settings.