A therapeutic formulary for Italian general practitioners.
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Dramatically rising costs for new drugs are posing major challenges for hospital budgets. In response to these pressures, hospitals must set priorities for which drugs they will list on their formularies. While there have been studies relevant to decision making in hospitals regarding drugs, none have described how priority setting for drugs in hospitals is done and evaluated it against a framework of how it should be done. In this paper we describe the process of priority setting for new drugs in a hospital formulary and evaluate it using a leading conceptual framework for healthcare priority setting--Daniels and Sabin's 'accountability for reasonableness'. The findings from this study provide an evidence base for developing strategies to improve this hospital's priority setting regarding its drug formulary. The process we utilized here, describing using case study methods and evaluating using 'accountability for reasonableness', is a generalizable process for improving the fairness of priority setting in hospital drug formularies.
Means by which to improve the quality of care offered in the private sector have received increasing interest. This paper considers the influences upon hospital physician prescribing practices. It presents data on drug management practices and prescribing patterns in a sample of private for-profit, private non-profit and public hospitals in Bangkok. Clear differences emerge in prescription patterns between the different groups of hospitals: public hospitals exhibit greater use of essential drugs and generic prescribing than either group of private hospital, and prescriptions at private for-profit hospitals tended to have more essential drugs and drugs prescribed by generic name than non-profit hospitals. Prescribing patterns in public hospitals are probably largely explained by national government policy on pharmaceutical procurement. In contrast, prescribing patterns in private for-profit hospitals appear heavily influenced by pressure upon management to contain costs, in circumstances where high drug costs cannot be passed on to purchasers. Hence hospital management have developed policies encouraging the use of generic drugs and essential drugs. These same financial pressures also explain some less desirable forms of behaviour in private for-profit hospitals such as prescribing courses of antibiotic treatment of extremely short duration. Possible measures which government may take to encourage appropriate prescribing within private hospitals are discussed.
Gram-positive bacteria have emerged as major causes of colonization and serious infection within the nosocomial and increasingly also within the community setting. These infections have significantly contributed to patient morbidity and mortality as well as prolongation of hospital stay, a key determinant of the cost of an episode of infection in hospital. In many countries globally, infections due to methicillin-resistant Staphylococcus aureus (MRSA) are providing the greatest burden of clinical infection, often occurring in vulnerable patients or "high risk" therapeutic settings. Combined with this scenario is the increasing requirement for health care organizations to provide cost-effective health care as well as care that is delivered on evidence-based practice delivered through formularies or guidelines. This article aims to: 1) summarize the key economic considerations pertinent to these multiresistant infections but with an emphasis on MRSA, 2) discuss the current therapeutic options of managing MRSA infections, and 3) discuss the formulary positioning of linezolid by means of outlining its core strengths, weaknesses and the opportunity it provides to hospital infection management.
STUDY OBJECTIVES: To determine the availability and use of premixed activated charcoal in sorbitol preparations during multiple-dose activated charcoal therapy in the emergency department. DESIGN AND SETTING: A prospective telephone survey of all 911 receiving hospitals within the catchment area of one poison center. TYPE OF PARTICIPANTS: Hospital pharmacy supervisors and ED charge nurses. INTERVENTION: Hospital pharmacy supervisors were surveyed about the available preparations of activated charcoal on their hospital's formulary, and ED charge nurses in these same hospitals were surveyed about the prevalence of sorbitol use in multiple-dose activated charcoal regimens. MEASUREMENTS AND MAIN RESULTS: Eleven hospitals (16%) stocked only activated charcoal in sorbitol preparations. Twenty-one hospitals (31%) had both activated charcoal in sorbitol preparations and activated charcoal without sorbitol preparations, and 35 hospitals (52%) had only activated charcoal without sorbitol preparations. Repeat dosing of sorbitol during multiple-dose activated charcoal therapy occurred in 33 of 67 (49%) of the EDs surveyed. CONCLUSION: Sorbitol dosing is often repeated with activated charcoal during multiple-dose activated charcoal therapy in the ED because of the ready availability (and sometimes exclusive availability) of premixed activated charcoal in sorbitol preparations.
In National Health Service hospitals in the UK the introduction of new drugs is controlled by a local Drug and Therapeutics Committee (DTC), which is expected to apply the principles of evidence-based medicine (EBM). In the light of growing expenditure on drugs, there is interest in how the decisions are made that lead to the local acceptance or rejection of a new drug. In this study the DTCs of two general hospitals were observed, tape-recorded and analysed to determine what was considered as evidence and how it was used in decision making. Evidence, as constituted by DTC members, was issues that affected the decision-making process and included: clinical trial data, cost, pre-existing prescribing of the drug, pharmaceutical company activities, decisions of other DTCs, patient demand, clinician excitement, and personality of the applicant. Debate usually started with a discussion of the scientific evidence, then the cost would be considered. Often this evidence was either inadequate or insufficient enough for a locally implementable decision and further types of evidence would be brought in to try and estimate the likely impact of adopting the new drug. EBM, while used in decision making, was supplemented by local knowledge, although decisions were accounted for in the language of scientific rationality. Both abstract scientific rationality and the local rationality of practical healthcare provision were present in the decisions of the DTCs on the adoption, or otherwise, of new drugs into local formularies and healthcare. We suggest the coming together of local and abstract in local decision-making needs to be taken into account when formulating policy and providing decision support.
The key hypothesis of the study was that hospital pharmacies under the pressure of managed care would be more likely to adopt process innovations to assure less costly and more cost-effective provision of care. We conducted a survey of 103 hospitals and analyzed secondary data on cost and staffing. Compared to the size of the reduction in length of stay, changes in the way that a day of care is delivered appear to be minor, even in areas with substantial managed care share. The vast majority of hospitals surveyed had implemented some form of therapeutic interchange and generic substitution. Most hospitals used some drug utilization guidelines, but as of mid 1995 these were not yet important management tools for hospital pharmacies. To our knowledge, ours was the first survey to investigate the link between hospital formularies and use of cost-effectiveness analysis. At most cost-effectiveness was a minor tool in pharmaceutical decision making in hospitals at present. We could determine no differences in use of such analyses by managed care market share in the hospital's market share. One impediment to the use of cost-effectiveness studies was the lack of timeliness of studies. Other stated reasons for not using cost-effectiveness analysis more often were: lack of information on hospitalized patients and hence on the potential cost offsets accruing to the hospital: lack of independent sponsorship, and inadequate expertise in economic evaluation.
Pharmacy benefit management companies (PBMs) have evolved over the past decade in response to the increased demand for health care cost containment. Their activities include the implementation of drug formularies and the negotiation of rebates from manufacturers. Our analysis of this industry is based on interviews and materials provided by the top five ranked PBM companies which account for over 80% of beneficiaries covered within formulary plans. The formularies of these companies are relatively inclusive, but they are becoming more restrictive over time. At present the use of cost-effectiveness (C-E) studies in the formulary decisions of PBMs has been limited. In this regard, the surveyed PBMs emphasized that most C-E studies have not compared therapeutic substitutes in populations with characteristics that are similar to those of their clients. Pharmacy benefit management companies also have had strong incentives to focus narrowly on drug costs because they typically manage drug benefits on a "carved-out" basis. However, PBMs anticipate a growing future role in the integrated management of patient care (disease management) for certain high cost chronic diseases and conditions. All of the leading firms we surveyed have disease management programs in development. The importance of C-E studies to PBM decisions is expected to increase significantly as disease management programs are implemented. The data infrastructure inherent to the PBM industry and the increasing number of employees with advanced training in pharmacoeconomics will permit firms to perform their own internal C-E studies. They are also establishing various alliances and joint ventures with drug manufacturers, health maintenance organizations, and academic institutions to perform these analyses. The leading PBMs tend to favor active participation in the development of methodological approaches to C-E studies over government regulations such as those proposed by the FDA in 1995.
A University-based hospital in Bogotá, Colombia, developed and implemented an educational intervention to complement a new structured antibiotic order form. This intervention was performed after assessing the appropriateness of the observed antibiotic prescribing practices using a quasi-experimental study. An application of interrupted time series intervention analysis was conducted in three antibiotic groups (aminoglycosides, cephradine/cephalothin, and ceftazidime/cefotaxime) and their hospital weekly rate of incorrect prescriptions before and after the intervention. A fourth time series was defined on prophylactic antibiotic use in elective surgery. Preintervention models were used in the postintervention series to test for pre-post series level differences. An abrupt constant change was significant in the first, third, and fourth time series indicating a 47, 7.3, and 20% reduction of incorrect prescriptions after the intervention. We conclude that a structured antibiotic order form, coupled with graphic and educational interventions can improve antibiotic use in a university hospital.
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INTRODUCTION: The advent of air medical transport has pushed the delivery of critical care medicine into the prehospital arena. As a result, a wide variety of pharmacologic agents must be available in the air medical setting. PURPOSE: The purpose of this study was to conduct a retrospective review of drugs used during air medical transport to allow a streamlining of the air ambulance formulary. METHODS: All flights completed since the inception of the study's helicopter air ambulance program in 1985 through September 1991 were analyzed to determine which medications were used in flight. Drugs were counted if they were administered while in flight for either a scene or interhospital transport. RESULTS: Review of 2,694 flights showed that 45 individual drugs had been routinely carried during the study period. Many of these agents were administered fewer than five times during the six years, and 10 drugs were not used at all. CONCLUSION: As a result of this investigation, the formulary for our air medical transport service was modified. The authors recommend similar critical audits of drugs carried in flight be performed by other air ambulance services.
BACKGROUND: In 1991 the University of Wisconsin Hospital and Clinics formed a pain management QI team whose goal was to improve pain management through education, outcome monitoring, and the development of programs intended to improve clinical practice. Longitudinal monitoring mechanisms were established to audit medical records and survey patients to examine both staff practice patterns and patient outcomes. The QI team targeted use of meperidine, one of the most widely used opioid analgesics for the treatment of moderate to severe pain, which is now discouraged as a first-line agent for most painful conditions. IMPLEMENTING THE QI PROCESS: A QI process was implemented using a traditional plan-do-check-act (PDCA) model, resulting in a successful and sustained reduction of inappropriate meperidine use. A cause-and-effect diagram helped highlight the multiple factors contributing to the drug's overuse and was used to prioritize targets for action. A flow chart helped to uncover some of the interrelationships between the myths about meperidine and the resultant customary prescribing and administration practices. While most of the strategies were implemented in 1996 (formulary guideline release, change in stock supply and physician orders, staff education and feedback), a significant impact in practice was not seen until late 1997. Ongoing tracking and feedback loops were established to ensure continued low use of meperidine. CONCLUSION: Use of a QI approach in pain management has been shown to affect the visibility of pain as a clinical priority, enhance interdisciplinary collaboration, facilitate the implementation of clinical guidelines at the bedside, and improve the quality of care for patients.
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A survey regarding the management of rational pharmacotherapy was conducted among all Dutch general hospitals in 1998. The response was 99% (n = 120). The presence of a drugs and therapeutics committee and antibiotic policies in Dutch general hospitals appears independent of hospital characteristics. However, formulary agreements and treatment guidelines are less likely to be present in hospitals that employ only 1 pharmacist or those served by community pharmacies. More than half of the hospitals claim to have restrictive formulary agreements. Large hospitals, hospitals in the eastern and southern provinces and those served by hospital pharmacies more often tend to have restrictive agreements compared to small hospitals, hospitals in the northern, central, and western provinces, and those served by community pharmacies. Various methods to impose restriction and ensure formulary compliance are mentioned. It must be noted that hospitals tend to operate rather solely regarding the large number of different formularies. Surprisingly just a small majority of pharmacists evaluates formulary agreements positively as a management tool. Many drawbacks appear to be present. The results of this survey indicate that in the future Dutch hospitals will favour disease management (treatment guidelines) over drug management (formulary agreements) in the management of rational pharmacotherapy and that information technology will be used to influence clinicians' prescribing behaviour.
INTRODUCTION: Hospital drug formularies (HDFs) are widely used tools to help influence clinicians' prescribing behaviour. Besides the therapeutic quality of HDFs, the available information and the way in which this is presented are key factors in HDFs' success or failure to influence prescribing behaviour and enhance prescribing quality. This research evaluates the technical features and organisational information of Dutch HDFs. METHODS: Seventy-two (75%) of all Dutch HDFs were evaluated based on criteria retrieved from international literature and additional criteria drafted by occupational groups working with HDFs. Aspects that were studied were physical appearance and layout, practicability with respect to the available information and how easily this could be retrieved from the HDFs, information regarding drug choice policies such as seamless care, and the available type of therapeutic and pharmaceutical information. RESULTS: Thirty-three (46%) of the HDFs were less than 3 years old. Physical appearance of all HDFs was very well looked after. Two (3%) HDFs were disease-oriented rather than drug-oriented. Changes from pre-admission therapy were addressed in 30 (42%) of the HDFs, but other seamless care policies were addressed in less than 20% of the HDFs. Finally, less than 50% provided therapeutic information that clinicians indicated as important. DISCUSSION: Although Dutch HDFs are technically practicable with respect to user-convenience, practice-oriented features are capable of improvements. Furthermore, Dutch HDFs lack important clinical information for daily practice. To enhance seamless care across healthcare, generic prescribing and prescribing on admission from and discharge to any other sectors should be addressed more specifically.
OBJECTIVE: Qualitative interviews were conducted with pharmacists in hospitals and clinics in the Rhône-Alpes region of France to determine the role of economic data when selecting medicines for formularies, to identify barriers to the use of this information and to study to what degree a healthcare establishment's financing system influences the use of this data. METHOD: A stratified sample of healthcare establishments with over 100 short-stay beds were included: (1) thirteen public and semi-private hospitals financed through annual global budgets and (2) six private clinics financed on a fee-for-service basis. Interviews were carried out between October 1999 and January 2000, and coded independently by two researchers. MAIN OUTCOME MEASURE: A multiple correspondence analysis was performed to compare the two groups of healthcare establishments. RESULTS: The influence of economic data in the decision-making process is limited, for other factors appear to have greater weight: (1) efficacy and safety of medicines (2) relations between decision-makers and the pharmaceutical industry and (3) patient quality of life. Economic data used was mainly related to medication prices and quantities consumed. This data was used in a large number of decisions and seemed to have more importance in hospitals than in clinics. Information related to resources that could be saved by the inclusion of a new medicine on formularies was seldom used and apparently considered less important in hospitals than in clinics. Pharmacoeconomic evaluations were very rarely used. Six barriers to the use of economic data were raised by the pharmacists, including: lack of time, which limits the collection and analysis of such information; insufficient health economics training, an obstacle to decision-makers' analytical capacity; and closed budgets within hospitals. CONCLUSION: Economic data concerning 'medication budgets' appears to have a greater impact in public and semi-private hospitals than in private clinics. Obstacles linked to the decision-making context itself were particularly highlighted, and it can be concluded that in order to increase the use of economic data, it is first necessary to create an environment that is more favourable to its application.