From: Antimicrobial dispensing process in community pharmacies: a scoping review
Study | Country | Aims/objective | Design |
---|---|---|---|
Abdelaziz et al. [18] | Egypt | To examine antibiotic dispensing patterns in Egyptian community pharmacies | Cross-sectional |
Abubakar and Tangiisuran [19] | Nigeria | To evaluate knowledge, perception, and practices of pharmacists towards dispensing antibiotics without prescription | Cross-sectional |
Abuirmeileh et al. [30] | Jordan | To investigate the common practice of dispensing ABs without prescription in community pharmacies | Qualitative |
Abujheisha and Ahmed [41] | Saudi Arabia | To estimate the pharmacists who tend to dispense antibiotics without a prescription; and the factors associate | Cross-sectional |
Alabid et al. [47] | Malaysia | To explore, assessed and compared dispensing of antibiotics between Pharmacist and General Practitioners | Cross-sectional |
Almaaytah et al. [48] | Jordan | To assess of pharmacies that dispense antibiotics without a prescription and identify the seriousness of such practices | Cross-sectional |
Al-Tannir et al. [49] | Saudi Arabia | To assess of non-prescribed antibiotic sales by pharmacies and compare it with the findings from our 2011 study | Cross-sectional |
Amirthalingam et al. [50] | Malaysia | To assess Pharmacists’ Perceptions and Experiences of Antibacterial Drug Dispensing in Community Pharmacy | Cross-sectional |
Bahnassi [51] | Saudi Arabia | To investigate pharmacists’ practices through conducting, including direct questions and hypothetical scenarios | Qualitative |
Bahnassi [52] | Syria | To investigate the Syrian pharmacists’ attitudes and practices regarding antibiotic dispensing without prescription | Qualitative |
Beaucage et al. [20] | Canada | The impact of a pharmacist telephone follow-up on clinical, costs for patients undergoing antibiotic treatment | Cross-sectional |
Bin Abdulhak et al. [21] | Saudi Arabia | To determine the pharmacies who sell antibiotics without prescriptions, examining the potential risks of such practice | Cross-sectional |
Chang et al. [22] | China | To quantify sales of antibiotics without a prescription and to assess the quality of services in community pharmacies | Cross-sectional |
Chang et al. [23] | China | To quantify non-prescription dispensing of antibiotics at community pharmacies | Cross-sectional and longitudinal |
Chowdhury et al. [24] | Bangladesh | To evaluate the impact of an educational intervention to promote guidelines for better acute respiratory illness | Cross-sectional |
Contopoulos-Ioannidis et al. [25] | Greece | To evaluate the extent of and factors that determine the inappropriate use of antibiotics without a prescription | Cross-sectional |
Erku and Aberra [26] | Ethiopia | To document motivations behind non-prescribed sale of antibiotics among community medicine retail outlets | Cross-sectional |
Guinovart et al. [27] | Spain | To evaluate the information provided by the staff of the pharmacy to a simulated patient requesting an antibiotic | Cross-sectional |
Hadi et al. [28] | Saudi Arabia | To evaluate knowledge, attitude, and practices of pharmacists towards dispensing antibiotics without prescription | Cross-sectional |
Halboup et al. [29] | Yemen | To assess the practice of community pharmacists regarding dispensing antibiotics without a prescription | Cross-sectional |
Hallit et al. [31] | Lebanon | To assess practices of pharmacists towards prescribing or dispensing antibiotics without prescription to children | Cross-sectional |
Horumpende et al. [32] | Tanzania | To Assess antibiotic dispensing practices by community pharmacy and recommend interventions to improve practice | Cross-sectional |
Hoxha et al. [33] | Albanian | To evaluate pharmacists’ tendency to dispense antibiotics without prescription | Cross-sectional |
Kalungia et al. [34] | Zambia | Ascertain the extent of non-prescription sales and dispensing of antibiotics in community pharmacies | Cross-sectional |
Koji et al. [35] | Ethiopia | To determine the rate of over-the-counter dispensary of antibiotics for common childhood illnesses | Cross-sectional |
Llor and Cots [36] | Spain | To quantify the percentage of pharmacies selling antibiotics without an official medical prescription | Cross-sectional |
Mansour and Al-Kayalib [37] | Syria | To explore pharmacists’ knowledge, attitudes, and dispensing habits with respect to antibiotics and microbial resistance, in view of the potential link between these and the practice of dispensing of antibiotics without a medical prescription | Cross-sectional |
Nyazema et al. [38] | Zimbabwean | To assess the quality of private pharmacy practice with a focus on the extent of antibiotic sales without prescription | Cross-sectional |
Puspitasari et al. [39] | Indonesian | To quantify antibiotics sales without a prescription and to explore provision of patient assessment and medicine information related to antibiotics requested with or without a prescription | Cross-sectional |
Rauber et al. [40] | Brazil | To evaluate the antibiotics dispensation | Cross-sectional |
Shet et al. [42] | India | To determine prevalence of non-prescription sale of antimicrobial drugs by pharmacies | Cross-sectional |
Shi et al. [43] | China | To assess non-prescription antibiotic dispensing and assess pharmacy service practice at community pharmacies | Cross-sectional |
Yaacoub et al. [44] | Lebanon | To evaluate the antibiotic prescribing rate for acute bacterial rhinosinusitis in community pharmacies and to study the corresponding attitude and behavior of participants | Cross-sectional |
Zawahir et al. [45] | Sri Lankan | To evaluate the response of community pharmacy staff to an antibiotic product request without a prescription and to explore possible factors influencing such practice | Cross-sectional |
Zawahir et al. [46] | Sri Lankan | To assess responses of community pharmacy staff to pseudo-patients presenting with symptoms of common infections and factors associated with such behaviour | Cross-sectional |