Immunization against influenza and pneumococcus can reduce healthcare visits and antibiotic use, improving overall health

This systematic review suggests that vaccination against influenza and pneumococcus can reduce overall healthcare visits and antimicrobial consumption. Of the 26 studies included in the review, 23 found significant reductions in antimicrobial use in vaccinated individuals or groups. This evidence indicates that improved coverage with existing vaccines may significantly reduce antimicrobial demand.

Immunization can reduce child mortality and enhance the immune system’s ability to fight against other diseases

This 2013 review summarizes data from several randomized trials in which measles and tuberculosis vaccines were associated with a substantial reduction in overall child mortality, which cannot be solely explained by prevention of the target disease. These studies suggest that in addition to disease-specific effects, some live vaccines may also provide “nonspecific effects” that enhance the immune system’s ability to protect against additional pathogens.

Children in rural-urban migrant populations in China, India, and Nigeria have lower immunization rates, requiring special efforts to improve vaccination rates and reduce health inequities and disease outbreaks

According to a systematic review and meta-analysis, children who are rural-urban migrants in China, India and Nigeria were less likely to be fully-immunized by the age of one year than non-migrant urban residents and the general population. These inequities in vaccination rates — often concealed in national averages — call for special efforts to improve immunization rates in this rapidly growing sub-population to reduce both health inequities and the risk of infectious disease outbreaks in the wider society.

Antibiotic resistance in pneumococcal infections is common among Indian children

A systematic review of studies from India found that prior to widespread use of the pneumococcal conjugate vaccine, antibiotic resistance in serious pneumoccocal infections among Indian children has been common. Penicillin resistance was found in 10% of invasive pneumococcal disease (IPD) cases, while trimethoprim/sulfamethoxazole resistance was found in more than 80% of these cases.

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