Assessment of rational antibiotic use among children being treated in primary care facilities in Punjab, Pakistan: findings and implications

Antimicrobial resistance (AMR) is prevalent among south Asian countries including Pakistan mainly due to excessive and inappropriate use of antibiotics including among children. Globally, the majority of the population especially in low- and middle-income countries (LMICs) visit ambulatory care facilities seeking care

The objectives of the current study were to evaluate the appropriateness of antibiotics prescribed among children below the age of 12 years in six ambulatory care health facilities against the WHO AWaRe book, 2022. The findings providing a basis for future initiatives.

A cross-sectional study was conducted among children below the age of 12 years in six ambulatory care health facilities among two districts of Punjab, over a period of three months (January–March 2023).

Out of total of 399 children included in the study, 58.4% were male in the age group > 1 to 5 years (41.6%). The most common illnesses diagnosed were sinusitis (39.8%) followed by bronchitis (20.3%), and community-acquired pneumonia (15.8%). All the study participants were prescribed at least one antibiotic where only 35.8% (n = 143) of the prescribed antibiotics were deemed appropriate according to the indication. Out of 143 designated appropriate, 134 were appropriate according to the duration of prescribed antibiotics, 137 were appropriate according to the frequency of prescribed antibiotics and 139 were appropriate as per the route of administration. Inappropriate antibiotic therapy was more prevalent in basic health units than rural health centers (p = 0.004), and was higher in older children. Overall, 343 (83.3%) of the antibiotics prescribed were from ‘Access’ category followed by 69 (16.7%) from the ‘Watch’ category.

Our study concluded a high proportion of inappropriate antibiotic use in ambulatory care facilities. Consequently, urgent measures are needed to improve future prescribing and curb AMR.