Hospital Antibiotic Policies Improve Prescription Practices
|
By HospiMedica International staff writers Posted on 21 Feb 2017 |
An updated review of studies identifies effective guidelines and policies to reduce unnecessary use of antibiotics in hospitals.
Researchers at the University of Dundee, University College London, and other institutions searched the Cochrane Central Register of Controlled Trials (CENTRAL), MEDLINE, and Embase for studies examining the effectiveness and safety of interventions designed to improve antibiotic prescribing to hospital inpatients, and to investigate the effect of different intervention functions. In all, the researchers found 221 studies from the United States, Europe, Asia, South America, and Australia.
The researchers found that interventions broadly fell into two categories; 'restrictive' techniques applied rules to make physicians prescribe properly, whilst 'enabling' techniques provided advice or feedback to help physicians make more informed prescribing decisions. In both cases, the aim of the intervention was to increase the number of appropriate prescribing decisions so that patients who were unlikely to benefit from antibiotics did not get them, whilst they were still used for patients who stood to benefit from them.
The results showed that interventions that included enabling or restrictive techniques were consistently more effective than interventions that relied on simple education alone. Moreover, a synergistic effect existed, with enabling techniques increasing the effectiveness of restrictive techniques. In addition, the interventions shortened duration of antibiotic use from 11 to 9 days per patient, and reduced hospital stay from an average of 13 days to 12 per patient. The review was published on February 9, 2017, in The Cochrane Library.
“We do not need more studies to answer the question of whether these interventions reduce unnecessary antibiotic use, but we do need more research to understand why the most effective behavior change techniques are not more widely adopted within hospital settings,” concluded lead author Peter Davey, PhD, of the UD department of population health sciences. “Appropriate antibiotic use in hospitals should ensure effective treatment of patients with infection, and reduce unnecessary prescriptions.”
For the study, the researchers defined restriction as using rules to reduce the opportunity to engage in the target behavior, or increase the target behavior by reducing the opportunity to engage in competing behaviors. Enablement was defined as increasing the means and reducing the barriers in order to increase capability or opportunity.
Researchers at the University of Dundee, University College London, and other institutions searched the Cochrane Central Register of Controlled Trials (CENTRAL), MEDLINE, and Embase for studies examining the effectiveness and safety of interventions designed to improve antibiotic prescribing to hospital inpatients, and to investigate the effect of different intervention functions. In all, the researchers found 221 studies from the United States, Europe, Asia, South America, and Australia.
The researchers found that interventions broadly fell into two categories; 'restrictive' techniques applied rules to make physicians prescribe properly, whilst 'enabling' techniques provided advice or feedback to help physicians make more informed prescribing decisions. In both cases, the aim of the intervention was to increase the number of appropriate prescribing decisions so that patients who were unlikely to benefit from antibiotics did not get them, whilst they were still used for patients who stood to benefit from them.
The results showed that interventions that included enabling or restrictive techniques were consistently more effective than interventions that relied on simple education alone. Moreover, a synergistic effect existed, with enabling techniques increasing the effectiveness of restrictive techniques. In addition, the interventions shortened duration of antibiotic use from 11 to 9 days per patient, and reduced hospital stay from an average of 13 days to 12 per patient. The review was published on February 9, 2017, in The Cochrane Library.
“We do not need more studies to answer the question of whether these interventions reduce unnecessary antibiotic use, but we do need more research to understand why the most effective behavior change techniques are not more widely adopted within hospital settings,” concluded lead author Peter Davey, PhD, of the UD department of population health sciences. “Appropriate antibiotic use in hospitals should ensure effective treatment of patients with infection, and reduce unnecessary prescriptions.”
For the study, the researchers defined restriction as using rules to reduce the opportunity to engage in the target behavior, or increase the target behavior by reducing the opportunity to engage in competing behaviors. Enablement was defined as increasing the means and reducing the barriers in order to increase capability or opportunity.
Latest Hospital News News
- Nurse Tracking System Improves Hospital Workflow
- New Children’s Hospital Transforms California Healthcare
- Noisy Hospitals Face Threat of Decreased Federal Compensation
- Orthopedics Centre of Excellence Planned for Guy’s Hospital
- Research Suggests Avoidance of Low-Value Surgical Procedures
- U.S. Federal Readmission Fines Linked to Higher Mortality
- Columbia China to Build New Hospital in Jiaxing
- Dubai Debuts Second Robotic Pharmacy Service
- Seattle Hospital Network Shifts Away from Overlapping Surgeries
- ACC to Launch Valvular Heart Disease Program in China
- Mortality Rates Lower at Major Teaching Hospitals
- South Australia to Inaugurate Upscale Hospital
- Raffles to Launch Second Hospital Project in China
- Research Center Tackles Antimicrobial Drugs Challenge
- Miami Cardiac & Vascular Institute Completes Expansion Project
- USC Virtual Care Clinic to Employ Avatar Doctors
Channels
Artificial Intelligence
view channel
AI Digital Twin Platform Supports Personalized Cancer Treatment
Oncology teams face persistent challenges in tailoring treatment plans as tumors evolve and responses vary across patients. Static snapshots from imaging or genomics offer limited guidance for complex... Read more
Study Reveals Persistent Race and Gender Bias in Medical AI Models
Hospitals are turning to artificial intelligence (AI) to draft clinical materials and support decision-making, yet algorithmic bias can entrench inequities in care. When generated content reflects racial... Read more
New Study Highlights Benefits and Risks of AI Explanations in Clinical Diagnosis
Explainable artificial intelligence is increasingly used in tools that help clinicians and patients assess skin disease, but its explanations can influence decisions and contribute to overreliance or error.... Read moreCritical Care
view channel
3D-Printed Membrane Could Enable Smaller, More Efficient Artificial Lungs
For patients with advanced lung disease, durable respiratory support is limited and donor organs are scarce. Extracorporeal membrane oxygenation (ECMO) can bridge failure, but current oxygenator membranes... Read more
Wearable Ultrasound Patch Uses AI to Detect Elevated Central Venous Pressure
Central venous pressure (CVP) guides fluid and vasopressor therapy in critically ill patients, yet invasive catheterization carries procedural risks and is not always feasible. Ultrasound assessments of... Read moreSurgical Techniques
view channel
Heartbeat-Powered Pacemaker Could Eliminate Battery Replacement Surgery
Pacemaker replacement surgeries expose patients to repeated procedural risks and added costs, particularly with leadless intracardiac systems that are difficult to explant once batteries deplete.... Read more
3D Bioprinting Method Enhances Bone Repair by Promoting Blood Vessel Growth
Severe bone loss after trauma, cancer, or infection is difficult to reconstruct because engineered grafts often fail to form stable blood vessels. Poor vascularization limits nutrient delivery, slows healing,... Read more
New Robotic Bronchoscopy Software Enhances Lung Nodule Navigation and Targeting
Accurate bronchoscopy to lung nodules can be technically challenging because patient anatomy may shift between pre-procedure computed tomography and the live procedure. These changes, together with CT-to-body... Read morePatient Care
view channel
Multicenter Study Quantifies Delays in Care for Emergency Department Boarders
Emergency department (ED) boarding—the practice of keeping admitted patients in the ED while awaiting an inpatient bed—creates hazardous delays in definitive care. Prolonged transitions expose older and... Read more
Real-Time Radiation Monitor Supports Safer Fluoroscopy-Guided Procedures
Fluoroscopy-guided procedures expose clinicians to scatter radiation that accumulates over time, creating persistent occupational risks in cath labs and interventional suites. Traditional badges typically... Read moreMedical Imaging
view channel
AI-Derived Brain Age from MRI Predicts Future Dementia Risk
Early identification of patients likely to progress to dementia remains difficult in memory clinics, where visual ratings of brain atrophy may miss subtle early changes. Dementia develops gradually and... Read more
Imaging Biomarkers Aim to Personalize Treatment for Post-Stroke Bladder Dysfunction
Post-stroke lower urinary tract dysfunction, including urinary incontinence, affects many stroke survivors and can persist long after the acute event. These symptoms undermine independence, burden caregivers,... Read moreHealth IT
view channel
Imaging Tool Quantifies Calcinosis Cutis Volume to Monitor Treatment
Calcinosis cutis involves calcium deposits in the skin or soft tissues that can develop anywhere in the body, causing pain, impaired mobility, and disability. Lesions along the spine or buttocks can make... Read more
Digital Symptom Monitoring Supports More Personalized Breast Cancer Care
Metastatic breast cancer, in which tumors spread to other organs, is incurable but increasingly managed with modern systemic therapies. As more treatments shift from hospital infusions to oral or at-home... Read morePoint of Care
view channel
Ultrathin Metasurface Could Bring Quantitative Phase Imaging to Portable Devices
Point-of-care imaging often depends on bulky optical systems that have difficulty visualizing nearly transparent cells and tissues without staining. These limitations can slow diagnosis and restrict use... Read moreRapid Onsite Testing Reduces Emergency Department Transfers in Long-Term Care
Respiratory infections in long-term care residents frequently trigger emergency department transfers that strain hospital capacity and expose frail patients to additional risks. Turnaround delays from... Read moreBusiness
view channel







