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. 2021 Jun 7;11(6):528. doi: 10.3390/life11060528

Table 3.

Initiatives to improve antibiotic utilization among physicians in ambulatory care in LMICs especially for ARIs.

Author, Country, Year Intervention and Impact Impact
Teng et al., Malaysia, 2006 [277] Education—Academic detailing from the resident family medicine specialist accompanied by an information leaflet
  • Reduction in general antibiotic prescribing rates from 14.3% pre-intervention to 11.0% post-intervention (RR 0.77, 95% CI 0.72 to 0.83)

  • Reduction in URTI-specific antibiotic prescribing rates from 27.7% and 16.6% post-intervention (RR 0.60, 95% CI 0.54 to 0.66).

Shrestha et al., Nepal, 2006 [278] Principally Education—7 health posts and 33 subhealth posts were stratified by type with health workers. The intervention was based on 5 days of training on the adapted Practical Approach to Lung Health (PAL) guidelines and their use
  • Appropriate prescribing of antibiotics and adherence to guidelines improved

  • However, this was not statistically significant unlike other areas such as polypharmacy and generic prescribing rates

Awad et al., Sudan, 2006 [279]
  • Twenty health centers in Khartoum State were randomly assigned to receive either (a) no intervention; (b) audit and feedback; (c) audit and feedback + seminar; or (d) audit and feedback + academic detailing

  • The targeted interventions involving audit and feedback combined with academic detailing

  • Significant reduction in the mean number of physician encounters with an antibiotic prescribed by 6.3 and 7.7 (p < 0.001) at 1 and 3 months post-intervention respectively

  • The mean number of encounters where antibiotics were inappropriately prescribed were also significantly reduced post-intervention (p < 0.001)

  • However, reducing the number of interventions reduced their overall impact

Kafle et al., Nepal, 2009 [280]
  • Principally Education—Supervision/monitoring involving periodic visits by district supervisors to 41 primary healthcare (PHC) facilities

  • The intervention included small-group training among prescribers followed by peer-group discussions alongside self-assessment of the data presented

  • In children under five, there was a significant improvement in use of antimicrobials in diarrhea

  • There was also a significant improvement in the prescribing of antibiotics for URTIs without pneumonia

Yip et al., China, 2014 [281] Principally Economics: In Ningxia Province, a randomized study was undertaken to evaluate the effects of capitation with pay-for-performance on antibiotic prescribing practices, health spending, outpatient visit volumes, and patient satisfaction
  • Approximately 15% reduction in antibiotic prescriptions

  • Small reduction in total spending per visit

Boonyasiri et al., Thailand, 2014 [282] Principally Education including:
  • Training HCPs on the rational use of antibiotics

  • Introduction of clinical practice guidelines

  • Potential for throat swabs (stool cultures for acute diarrhea)

  • Printed brochures for patients/relatives in waiting rooms containing likely etiology as well necessity and harm of antibiotics for URIs and acute diarrhea

The multifaceted program resulted in:
  • Limited prescribing of antibiotics for URIs (13.0%) and for acute diarrhea (19.1%)

  • Clinical responses on day 3 after receiving care revealed more than 97% of the patients who received antibiotics/those who did not receive antibiotics were cured or improved

Wei et al., China, 2019 [273]
  • Principally Education

  • The multiple interventions comprised: clinical guidelines, monthly prescribing review meetings, doctor–patient communication skills training, and education materials for caregivers

This multifaceted approach appreciably reduced prescribing rates for antibiotics (ABR) in children with URTIs:
  • A 49% reduction in ABR after 6 months in the intervention arm having adjusted for patient and prescribing doctor covariates

  • The reductions persisted after 18 months but at a lower rate (−36%)

  • Factors sustaining the reduction included physicians’ improved knowledge and communication skills combined with focused prescription review meetings

Tay et al., Malaysia, 2019 [283] Principally Education—Educational toolkits included a training module for HCPs on URI and acute diarrhoea involving:
  • One-hour educational sessions covering diagnostic criteria and treatment decision pathways

  • Educational posters in Malay and English in the waiting area and consultation rooms as well as multimedia educational videos in the waiting areas

  • Physician reminders

Appreciable reduction in antibiotic prescribing:
  • URIs down from 29.1% to 13.7%

  • Acute diarrhea down from 11.2% to 6.7%