DNA polymerases replicate genetic material during cell division, while proofreading and mismatch-repair systems correct errors. Without these safeguards, mutations could accumulate rapidly.
The chapter highlighted natural background radiation, oxidative processes from normal metabolism, environmental chemicals and more extreme ionizing radiation such as nuclear fallout.
The episode examined mutations, insertions and deletions, frame shifts, chromosomal translocations and particularly double-strand breaks, where both DNA strands are severed and repair becomes especially difficult.
Adams discussed research he interprets as suggesting spike protein may interfere with DNA-repair pathways, while the episode connects genetic integrity with environmental exposure, radiation, nutrition and cellular repair—setting up the next chapter's focus on DNA damage from radiation, chemicals and nuclear fallout.
What if the greatest threat to your DNA isn't a single catastrophic event, but the accumulation of thousands of microscopic insults every day?....<<<Read More>>>....