Overall what is the risk benefit for following the minimum required vaccine schedule in NC?

The minimum NC schedule is a bundle of different vaccines with different risk-benefit profiles; the evidence here shows real benefits for some and real, if rare, harms for others.

The retrieved studies show the clearest benefits for rotavirus, pneumococcal, and measles vaccines. Rotavirus vaccination cut diarrhea hospitalizations by about half in Brazil and prevented roughly 139,000 deaths globally from 2006-2019 [1]. Pneumococcal vaccines reduced pneumonia hospitalizations by a third in Ecuador and cut pneumonia deaths by a third in South African infants [1]. Measles vaccination prevented about 57 million deaths from 2000-2022 [1]. These are population-level benefits, strongest in places with high disease burden.

The harms are harder to quantify from these records. Anaphylaxis after COVID vaccines ran about 8 per 100,000 doses in Japan's first month [4], and myocarditis risk was elevated after mRNA vaccines in adolescents [5]. A 2025 ecological study claimed 130,000-180,000 US deaths linked to COVID vaccination, but that is correlational, not proof [2]. The varicella vaccine reduced pediatric shingles by 72%, though a Korean vaccine strain change was followed by a shingles surge in young children [3].

The safety evidence is mostly passive surveillance, which misses most events by design. No retrieved study compared fully vaccinated children to unvaccinated children over time. That comparison would settle the net risk question, and it is absent.

My call: the core childhood vaccines (rotavirus, pneumococcal, measles) show real benefit, but the full schedule's net risk for a healthy child is not established by this evidence. Confidence: low.