File: 33F4FlJd4D5q-mzT (video-c(...).mp4 (3.55 MB, 320x568)

3.55 MB MP4

Kevin McKernan (genomics expert, former Human Genome Project R&D lead at MIT/Whitehead, founder of Medicinal Genomics and personally my friend) and Merogenomics (Dr. Magdalena/Manuel Raszeks educational molecular biology/genomics channel) are both professional geneticists/molecular biologists.

https://x.com/Kevin_McKernan/status/2116247885230776787?a=IZlZjQTtjDVJN5LJP9U

In the quoted post + video, Raszek notes that residual DNA safety data applied only to "naked" (free) DNA outside cells. The DNA found in modRNA COVID vaccines is LNP-encapsulated and delivered directly into cells, fundamentally different. McKernan agrees, using a paintball analogy to underscore that altered conditions change the risk profile.

Their broader work (McKernans residual plasmid DNA findings and integration concerns; Merogenomics related analyses) raises the possibility that this DNA contributed to genomic instability on a population scale.

It means the end of the affected populations. Deleterious mutations accumulate faster than selection can purge them. In populations with reduced recombination or high mutational load, Mullers ratchet clicks: each irreversible loss of the least-loaded class raises the average mutation burden. Fitness collapses across generations; fertility, viability, and disease resistance crash. Within 2-3 decades (roughly one human generation plus offspring), genomic meltdown drives population-wide extinction.