Gaps in the implementation of COVID-19 mitigation measures could lead to development of new strains of antimicrobial resistant pathogens: Nigerian perspective.

The severe acute respiratory syndrome corona virus 2 (SARS-CoV-2) is a new virus that is responsible for COVID-19, a disease that complicate health conditions and results in death. The total diversion of attention of government and health care workers (HCWs) to prevent the escalation of the pandemic disease has placed a great barrier to diagnosis and treatment of other illnesses that share common symptoms with COVID-19, and that has consequently enabled the endemic practice of self-antimicrobial medication to increase in Nigeria. Development of secondary infections in COVID-19 and in other conditions, caused by antibiotic resistant pathogens could make them more deadly now or in the future. The mitigation strategies adopted in Nigeria and its States, which include enforcing social distancing, partial or total lockdown, and restricting access to health care facilities for non COVID-19 patients, have further increased the demand of antimicrobial agents from unauthorized outlets in communities for inappropriate use. A cross-sectional survey of 162 randomly selected individuals that visited medical stores and 170 medical store owners to evaluates the level of self-medication with five oral broad spectrum antibiotics and antimalaria during the lockdown revealed an increase (68.5%) in practice of self-medication with at least one of the antimicrobial and emergence of new abusers. Blind treatment of symptoms of malaria and common cold without diagnosis and health care consultation was nearly 100%. Irrational use of sanitizers, disinfectants and other cidal agents that can fuel antimicrobial resistance has drastically increased in communities. Exposure of microorganisms in the environment without caution to large volume of fumigants is increasing on daily basis. We strongly recommend that while mitigating SARS-CoV-2 virus spread, efficacious and feasible technological, social, economic and behavioral interventions that will also control the evolution and spread antimicrobial resistant microorganisms should be applied.