Do More Neonatal Vaccine Doses for Infants Equal More Deaths? Exploring the Shocking Link Between Vaccines and Childhood Mortality

Who would have thought that more vaccines for infants could lead to higher childhood mortality rates? It’s almost as surprising as discovering that eating vegetables might make you less healthy. But hey, jokes aside, this study has certainly given us food for thought. While we can’t deny the importance of vaccinations in preventing deadly diseases, we must also consider the potential side effects and unintended consequences. Let’s not jump to conclusions, but rather, let’s continue the research and have some healthy debates about the best way to protect our little ones. Stay curious, stay informed, and may the vaccines be ever in your favor!

A groundbreaking study has uncovered a surprising connection between the number of neonatal vaccine doses required in developed countries and their childhood mortality rates. Contrary to popular belief, more vaccines for infants may not always lead to lower deaths. The research, published in the Cureus Journal of Medical Science on July 20, sheds light on unintended consequences that may increase all-cause mortality. Let’s delve into the findings and their implications for global health.

Neonatal Vaccine Doses and Childhood Mortality

The study, led by Neil Miller from the Institute of Medical and Scientific Inquiry, Santa Fe, New Mexico, challenges the notion that vaccines save lives. By examining data from 2019 and 2021, the researchers revealed a strong association between the number of neonatal, infant, and under-5 mortality rates and the doses of vaccines administered during infancy.

Impact of Hepatitis B and Tuberculosis Vaccines

In particular, the researchers focused on two vaccines—hepatitis B and tuberculosis—which are usually administered shortly after birth. Surprisingly, nations with higher neonatal vaccine mandates had worse childhood mortality rates. The correlation was statistically significant, indicating that the more vaccine doses given, the higher the mortality.

Neonatal Deaths and All-Cause Mortality

Most infant deaths occur during the neonatal period, particularly within one week after birth when hepatitis B and tuberculosis vaccines are administered. This early vaccination may increase vulnerability to adverse reactions and deaths, contributing to higher mortality rates as children grow older.

Unraveling the Conundrum

The research proposes that vaccinated children might face increased susceptibility to other serious health threats, outweighing the number of lives saved by preventing deadly infections. Additionally, early vaccinations could have delayed negative effects, predisposing children to adverse reactions to later shots or other health challenges.

Unveiling the Diagnostic Bias

To better understand the correlation, the researchers relied on all-cause mortality data, which reduces sources of bias and provides a clearer perspective. It suggests that unknown factors might be causing vaccinated children to suffer.

The Role of Childhood Weight

The study also found that vaccines administered shortly after birth correlate more strongly with infant mortality than neonatal mortality. Low-weight infants who receive vaccines have a higher risk of developing life-threatening apnea, a sudden, unexplained breathing cessation, especially during sleep. The research indicates that this might explain why vaccines given during the neonatal period are more strongly correlated with deaths occurring later.

A Call for Further Research

In conclusion, Neil Miller urges global health authorities to reevaluate mandatory childhood vaccination schedules. More safety research is necessary to understand the impact of administering multiple vaccines concurrently and cumulatively. Understanding the sequence in which vaccines are given is also vital to ensure they provide the intended effects on child survival.


This groundbreaking study challenges conventional assumptions about vaccines and childhood mortality rates. Developed countries requiring more neonatal vaccine doses have shown higher childhood mortality rates, suggesting a need for further research and reassessment of vaccination policies. By understanding the potential unintended consequences of vaccines, we can strive to improve child health and well-being worldwide.

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