The spike protein appears to have mutagenic and genotoxic effects. It is likely damaging mitochondrial DNA leading to increased oxidative stress thus aging the cells prematurely. It also may be damaging nucleus DNA shown in the Lund study on liver cells. Seriously concerning stuff.
Genotoxicity is not necessarily going to show its full ex…
The spike protein appears to have mutagenic and genotoxic effects. It is likely damaging mitochondrial DNA leading to increased oxidative stress thus aging the cells prematurely. It also may be damaging nucleus DNA shown in the Lund study on liver cells. Seriously concerning stuff.
Genotoxicity is not necessarily going to show its full extent of harm for a number of years, maybe five or more. These illnesses do not turn on like a light switch but slowly creep up over time in most cases.
Genotoxicity could account for a number of adverse events we are seeing. From immune suppression to fatigue issues and cancers.
The spike protein appears to have mutagenic and genotoxic effects. It is likely damaging mitochondrial DNA leading to increased oxidative stress thus aging the cells prematurely. It also may be damaging nucleus DNA shown in the Lund study on liver cells. Seriously concerning stuff.
Genotoxicity is not necessarily going to show its full extent of harm for a number of years, maybe five or more. These illnesses do not turn on like a light switch but slowly creep up over time in most cases.
Genotoxicity could account for a number of adverse events we are seeing. From immune suppression to fatigue issues and cancers.