COVID-19 Pediatric Vaccine
Addressing your top concerns
East Suburban Pediatrics strongly recommends COVID-19 vaccine for our patients and families.
COVID-19 vaccines are available in all our offices. Call to schedule your child’s COVID-19 vaccine.
Ages 5-11 years: As of October 29th, the Pfizer-BioNTech COVID-19 vaccine has been authorized by the FDA for emergency use.
- The vaccine is a 2-dose series with 3 weeks between doses.
- Each dose is 10 μg, which is 1/3 the dosage of the adolescent/adult vaccine.
Ages 12-17 years: More than 11.1 million adolescents have been vaccinated with the Pfizer-BioNTech COVID-19 vaccine.
- The vaccine is a 2-dose series with 3 weeks between doses.
- Each dose is 30 μg.
FAQ
Why is there a need for pediatric COVID-19 vaccination?
- As of late October, over 6.3 million COVID-19 pediatric cases have been reported.
- Only 43% of kids under 12 years old have natural immunity.
- In 23 states, 24,073 pediatric hospitalizations have been reported.
- 30% of hospitalized children have no underlying medical condition.
- Hospitalization rates for COVID-19 are greater than for influenza.
- As of October, 5,217 MIS-C cases have been linked to COVID-19.
- More than 600 children have died from COVID-19. Although this seems low compared to adults, COVID-19 is a top 10 cause of death for kids in the United States.
- Long COVID-19 symptoms are reported in 7-8% of children with COVID-19.
Is the vaccine effective?
- Clinical trials in children ages 5-11 years found the vaccine to be 90.7% effective in preventing symptomatic COVID-19.
- There were no serious COVID-19 cases in the vaccine trials.
What are the vaccine side effects?
- Mild fever, fatigue, headaches, chills, diarrhea, muscle aches, and joint pain were reported in trials.
- More kids reported side effects with the 2nd dose compared to the 1st dose.
- Rare side effects include swollen lymph nodes and skin sensitivity.
Is myocarditis related to the vaccine a concern?
- While myocarditis (heart inflammation) has been linked to mRNA vaccines, it is very rare.
- There were no cases reported in the safety trials.
- We expect 26 cases of myocarditis per 1 million doses administered based on extrapolated models.
- Vaccine-induced myocarditis is much milder compared to COVID19-induced myocarditis.
Does mRNA change our DNA?
- It’s biologically impossible for messenger RNA (mRNA) to alter DNA.
- mRNA cannot enter the cell nucleus where DNA lives.
- mRNA cannot be converted to DNA.
- mRNA cannot insert itself into the DNA.
What about long term side effects, like infertility?
- Based on our knowledge of mRNA and the human body, we do not expect long-term effects of mRNA COVID19 vaccines.
- Vaccine ingredients are cleared from the body very quickly.
- mRNA is very fragile and degrades within 72 hours of injection.
- mRNA vaccines do not contain weakened, dead, or noninfectious parts of a virus.
- We have more than 12 months of vaccine follow-up data so far.
- Thousands of people have gotten pregnant after vaccination.
- There are reports that menstrual cycles change after a COVID-19 vaccine. The body is mounting an immune response, and this is likely a temporary side-effect, like a fever.
How was the vaccine developed so quickly?
- The COVID-19 vaccines were developed rapidly in response to the global pandemic by leveraging tremendous resources, scientists, researchers, money, and decades of previous work.
- Previous research (mRNA research started in 1961; first clinical trial was in 2001).
- Production started before clinical trials were complete because the government financially supported the effort.
- Although vaccines went through Phase I, II, and III, phases were overlapped. This is standard practice.
- Over 150,000 people volunteered to participate in the U.S. trials so developers could rapidly gather the important safety and efficacy data.
Why should children who had COVID-19 infection still receive the vaccine?
- Natural immunity offers some protection, but that wanes for some over time.
- People who have recovered from COVID-19 have strengthened immune response from the vaccine.
- Evidence shows the vaccine better protects against variants such as Delta and other variants of concern.
Further resources:
AAP: The Science Behind COVID-19 Vaccines, A Parent FAQ
Johns Hopkins: COVID Vaccine: What Parents Need to Know