There is no evidence that delayed schedules are any safer. In fact the evidence shows that all you are doing is leaving a vulnerable infant exposed to infection due to your own anxieties.
If I have to pick (which happens far too often) the infant vaccines from most to least urgent.
1) DTaP- whooping cough is bad
2) PCV- step pneumo is a viscous bacteria, have had two cases in the last 12 months- one needed chest surgery for pneumonia and a chest tube the other had an ear infection go to the bone and brain.
Those are the most important, then you have HiB and polio- you don't want to catch those either but cases are VERY rare in USA due to decades of effective and safe vaccination.
Rota- rotavirus sucks for babies but nobody in the USA dies from this. It will likely land your infant in the ER/hospital for IVF though.
Hep B as you mentioned correctly is minimal to no risk for infants with prenatal labs.
Those are the 2,4,6 month vaccines.
Also note that the combo shots all have hep B. So if you decide to delay hep B that means more actual injections.
And just to show due diligence, this is the AI query on delayed vaccine schedules:
There is no scientific evidence to support the claim that delayed vaccine schedules are safer for infants in the USA. In fact, delaying vaccinations
can put infants at greater risk of contracting serious and potentially life-threatening diseases.
Here's why:
Increased Vulnerability: Infants have
developing immune systems and are most vulnerable to infectious diseases in their early months. Vaccinating on schedule provides protection when they
need it most.
Disease Exposure: Many serious childhood diseases are still present in the USA and globally. Delaying vaccination leaves infants
unprotected during periods when they are likely to encounter these pathogens.
Community Immunity (Herd Immunity): High vaccination rates in a
community create "herd immunity," which protects individuals who cannot be vaccinated (e.g., newborns, those with weakened immune systems). Delayed
vaccination of a significant number of children weakens this protective barrier.
Scientific Consensus: The vast majority of medical and scientific
organizations worldwide, including the American Academy of Pediatrics (AAP), the Centers for Disease Control and Prevention (CDC), and the World
Health Organization (WHO), strongly endorse and recommend the standard childhood immunization schedule. This schedule has been meticulously developed
and refined over decades based on extensive scientific research, clinical trials, and real-world data.
Rigorous Testing and Monitoring: Vaccines
undergo rigorous testing for safety and efficacy before being approved for use. Their safety is continuously monitored even after approval. The
vaccine schedule is designed to optimize protection while minimizing any potential, very rare side effects.
Where does the idea of delayed schedules
come from?
The idea often stems from:
Misinformation and Disinformation: Unfounded claims about vaccine safety, particularly concerns about
overwhelming the immune system or causing adverse effects, are often amplified on social media and by anti-vaccine groups. These claims are not
supported by scientific evidence.
Personal Anecdotes: While a parent's desire to do what's best for their child is understandable, personal anecdotes
are not scientific evidence. Decisions about public health and medical treatments must be based on well-designed scientific studies.
Misinterpretation
of Data: Sometimes, legitimate scientific discussions about vaccine development or theoretical immunological processes are misinterpreted or taken out
of context to support delayed schedules.
What are the risks of delaying vaccinations?
Increased Risk of Infection: The primary risk is that the
child remains susceptible to diseases like measles, mumps, rubella, polio, diphtheria, pertussis (whooping cough), tetanus, and others.
Higher Risk of
Complications: These diseases can lead to severe complications, including pneumonia, encephalitis (brain inflammation), meningitis, paralysis, hearing
loss, birth defects (if the mother contracts rubella during pregnancy), and even death.
Outbreaks: Lower vaccination rates due to delayed schedules
can lead to outbreaks of preventable diseases, putting entire communities at risk.
Missed Opportunities: Delaying vaccinations can lead to confusion,
missed appointments, and ultimately, incomplete vaccination.
In conclusion, there is no evidence to support the belief that delayed vaccine schedules
are safer. The current recommended schedule is designed to provide optimal protection against serious diseases at the most critical times in a child's
early development, based on decades of scientific research and ongoing safety monitoring. Always consult with a trusted healthcare provider for
accurate information and guidance on your child's vaccination schedule.
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