It's not attacking the HPG axis. Not directly anyway. It's destroying/damaging mitochondrial DNA in various tissues and cells. The consequences of this is huge. Basically fatigue and loss of function of activity at the cellular level. Not entire loss of function but weakened function.
So depending on where the damage has been done in the…
It's not attacking the HPG axis. Not directly anyway. It's destroying/damaging mitochondrial DNA in various tissues and cells. The consequences of this is huge. Basically fatigue and loss of function of activity at the cellular level. Not entire loss of function but weakened function.
So depending on where the damage has been done in the body. The symptoms will range widely.
Hormone levels, organ functions like hearts and kidneys or pancreatic tissues, nervous systems.
Even if it doesn't enter a cells nucleus. Mitochondria are not in the cells bloody nucleus.
It's not attacking the HPG axis. Not directly anyway. It's destroying/damaging mitochondrial DNA in various tissues and cells. The consequences of this is huge. Basically fatigue and loss of function of activity at the cellular level. Not entire loss of function but weakened function.
So depending on where the damage has been done in the body. The symptoms will range widely.
Hormone levels, organ functions like hearts and kidneys or pancreatic tissues, nervous systems.
Even if it doesn't enter a cells nucleus. Mitochondria are not in the cells bloody nucleus.