Yapay Zeka Hızlı Bakış & Çıkarımlar
AI InsightAvailability of rapid and inexpensive diagnostic tests, enforcement of prescriptions could potentially prevent the development of antibiotic resistance.
📌 3 Maddede Bu Makale
Abstract
Aim: The objectives of the study were measuring knowledge, attitude, and practice scores among general practitioners on antibiotic resistance; exploring associations between antibiotics prescribing practice score among general practitioners and their knowledge and attitude scores after adjusting for other factors; and identifying barriers for rational antibiotics prescription by general practitioners. Methods: A cross-sectional study design was used. A self-administered survey was conducted among general practitioners employed in private and public polyclinics in Yerevan, Armenia. All general practitioners, working in Yerevan polyclinics and fluent in the Armenian language, were eligible for the study. The study was conducted in primary healthcare facilities of Yerevan, Armenia. All polyclinics (n=18) serving 30,000 or more populations were included in the study. All general practitioners available in selected polyclinics at the time of the survey were invited to take part in the survey, to target 20 general practitioners from each polyclinic. Results: Overall, 291 general practitioners participated in the study. Knowledge, attitude, and practice mean percent scores were 58.3%, 67.5%, and 63.0%, respectively. In the adjusted analysis, the practice percent score was significantly associated with the attitude percent score, though the relationship between the practice and knowledge scores was insignificant. The main barriers reported by general practitioners: lack of rapid diagnostic tests, high costs of laboratory tests, high costs of some antibiotics, and lack of guidelines. Conclusion: Identified low knowledge, attitude, and practice mean percent scores suggest a need for improvements in these areas. Availability of rapid and inexpensive diagnostic tests, enforcement of prescriptions could potentially prevent the development of antibiotic resistance.