Most people are aware of terms like genome (your complete set of genetic material ), chromosomes, DNA, and genes, etc.
What about your epigenome and epigenetics?
Are you clear on how they work?
Epigenetics and Vaccine Injuries
Probably not, and that’s how some folks get away with scaring people away from vaccinating their kids by talking about epigenetics.
Unlike mutations, which change the DNA sequence, epigenetic changes occur when particular chemical compounds are added to genes, attach to DNA, and modify the genes function. It’s what helps determine whether one of our cells, which all contain the same DNA, becomes a skin cell or a heart cell or a muscle cell, etc.
Epigenetics also helps explain why identical twins usually don’t look exactly the same.
And like a mutation, it is thought that these epigenetic changes can be inherited, although most are reset when we pass them on to our kids.
Epigenetics does not explain vaccine injuries though.
There is no link between epigenetics, vaccines, and autism.
More on Epigenetics and Vaccine Injuries
- What Are the Signs of MTHFR Mutations?
- MTHFR Mutations and Polymorphisms
- Diagnosing Vaccine Injuries
- Anti-Vaccine Points Refuted A Thousand Times
- What is the epigenome?
- Epigenomics Fact Sheet
- Epigenetics. You keep using that word. I do not think it means what you think it means.
- Separating Fact from Fiction: The “Magic” of Epigenetics?
- Epigenetics: It doesn’t mean what quacks think it means
- Epigenomic boom over hyped?
- Commentary: The seven plagues of epigenetic epidemiology
- Scrutinizing the epigenetics revolution
- Epigenetic Influences and Disease
- Epigenetic Therapy
- NOVA scienceNOW: Epigenetics
- What changes our minds? Toxicants, exposure, and the environment