Going beyond audit and feedback: towards behaviour-based interventions to change physician laboratory test ordering behaviour.

Studies indicate there are a variety of contributing factors affecting physician test ordering behaviour. Identifying these behaviours allows development of behaviour-based interventions. Methods Through a pilot study, the list of contributing factors in laboratory tests ordering, and the most ordered tests, were identified, and given to 50 medical students, interns, residents and paediatricians in questionnaire form. The results showed routine tests and peer or supervisor pressure as the most influential factors affecting physician ordering behaviour. An audit and feedback mechanism was selected as an appropriate intervention to improve physician ordering behaviour. The intervention was carried out at two intervals over a three-month period. Findings There was a large reduction in the number of laboratory tests ordered; from 908 before intervention to 389 and 361 after first and second intervention, respectively. There was a significant relationship between audit and feedback and the meaningful reduction of 7 out of 15 laboratory tests including complete blood count (p = 0.002), erythrocyte sedimentation rate (p = 0.01), C-reactive protein (p = 0.01), venous blood gas (p = 0.016), urine analysis (p = 0.005), blood culture (p = 0.045) and stool examination (p = 0.001). Conclusion The audit and feedback intervention, even in short duration, affects physician ordering behaviour. It should be designed in terms of behaviour-based intervention and diagnosis of the contributing factors in physicians' behaviour. Further studies are required to substantiate the effectiveness of such behaviour-based intervention strategies in changing physician behaviour.

Effect of reinforced audit and feedback intervention on physician behaviour: a multifaceted strategy for targeting medical record documentation.

We investigated the effects of reinforced audit and feedback on the medical record documentation (MRD) of 35 surgical residents at a tertiary university hospital. In three phases (pre-intervention, 3 and 9-month post-intervention), 525 medical records were assessed. An educational guideline assisting residents to record more accurate MRD was developed. The MRD rate in the pre-intervention and immediate post-intervention phases had changed significantly. The MRD rate in the pre-intervention and 9 months after cessation of intervention was not statistically significant. Reinforced audit and feedback had only a short term effect on MRD. To achieve long lasting change, we suggest residents' MRD behaviour must be integrated in their periodic clinical performance evaluation and reinforced through positive feedback including incentive mechanisms.

A pilot study of the impact of an educational intervention aimed at improving medical record documentation.

INTRODUCTION: Studies have shown the importance of medical staff education in improving chart documentation and accuracy of medical coding. This study aimed to examine the effect of an educational intervention on recording medical diagnoses among a sample of medical residents based at Kashan University of Medical Sciences. METHODS: This pilot study was conducted in 2010 and involved 19 residents in different specialties (internal medicine, obstetrics and gynecology, and surgery). Guidelines for recording diagnostic information related to surgery, obstetrics and internal medicine were taught at a five-hour lecture. Five medical records from each resident from before and after the educational intervention were assessed using a checklist based on relevant diagnostic information related to each discipline. Data were analysed using a paired t-test and Wilcoxson signed rank test. RESULTS: There was no improvement in the quality and accuracy of the recording of obstetric diagnoses (type, place, outcome and complications of delivery) after the training. There was also no effect on the documentation of underlying causes and clinical manifestations of disease by internal medicine and surgery residents (p=0.285 and p=0.584, respectively). CONCLUSION: The single education session did not improve recording of diagnoses among residents. The gathering and recording of complete, accurate and high quality medical records requires interaction between the hospital management, health information management professionals and healthcare providers. It is therefore essential to develop a more sophisticated portfolio of strategies that involves these key stakeholders.

Proposal for a modernized Iranian notifiable infectious diseases surveillance system: comparison with USA and Australia.

This article reports on a comparative study of the national notifiable infectious diseases surveillance systems currently employed in the United States of America, Australia and the Islamic Republic of Iran, with the aim ofdeveloping a modified system specific to the needs of the Iranian health system. Features of the surveillance systems examined in each country included: official data gathering structures; types of data collected; case definition and classification criteria; data collection processes; data analysis methods; disease classification systems; data dissemination and distribution methods; data quality control; and confidentiality procedures and guidelines. After consolidating the data, a model for an Iranian notifiable infectious diseases surveillance system was developed and was tested by the Delphi method in 3 stages.

Proposal for a modernized Iranian notifiable infectious diseases surveillance system: comparison with USA and Australia

This article reports on a comparative study of the national notifiable infectious diseases surveillance systems currently employed in the United States of America, Australia and the Islamic Republic of Iran, with the aim of developing a modified system specific to the needs of the Iranian health system. Features of the surveillance systems examined in each country included: official data gathering structures; types of data collected; case definition and classification criteria; data collection processes; data analysis methods; disease classification systems; data dissemination and distribution methods; data quality control; and confidentiality procedures and guidelines. After consolidating the data, a model for an Iranian notifiable infectious diseases surveillance system was developed and was tested by the Delphi method in 3 stages