How an 80-year-old can return to a body in its 20s.jpg

Much research is being conducted on permanent survival.
When growth factor inhibitors were administered to young mice to make physical regeneration difficult, they became like elderly mice.
Once the administration of growth factor inhibitors stopped, their bodies regenerated and became young again.
However, when the cells became like those of elderly mice,
by inhibiting growth factors and lowering metabolism enough to maintain that state, they made the cell regeneration cycle longer,
so that cells that should have been replaced in 2 weeks were replaced after 4, 6, or 8 weeks.
And they maintained that time for a long period. If that time is extended like in the first experiment, will they become young again?
No, they do not return.
Once all cells become aged cells, from that point on, the regenerating cells simply regenerate aged cells.
The telomeres are long, but they have become elderly cells.
However, by inducing cell damage through high-intensity aerobic exercise and strengthening muscles through electrical stimulation,
they began to become young again.
Therefore, to reverse an aged body in its 80s, restoring telomeres is the most important factor,
which involves transplanting bone marrow from a 20-year-old that has passed a tissue compatibility test into an 80-year-old.
Once the bone marrow is transplanted, hematopoietic stem cells and immune cells begin to be produced from the 20-year-old's bone marrow.
Then, by filtering the blood through a dialyzer to remove existing hematopoietic stem cells and growth factors,
and injecting young hematopoietic stem cells and growth factor stem cells from a 20-year-old, the entire body is rapidly transformed to the level of a 20-year-old.
When all the body's DNA and telomeres reach the level of a 20-year-old,
through the process of changing cells via micro-damage from electrical stimulation and high-intensity muscle exercise,
they return to being 20-year-old cells.
Even scholars cannot explain aging well, but you can think of it in terms of an aging society.
If the entire cell becomes 20 years old and dies and is reborn, that society's average age would be at the level of teenagers, but
if people die at 80, the average age shifts from the 30s to the 50s.
The cell regeneration cycle determines the average age of the cells,
because when you are young, cells are replaced in just 2 weeks, so there are younger cells, but as you age, it becomes 4, 6, or 8 weeks.
As life expectancy increases, a single cell survives longer, causing the quality of the cells to decline.
Therefore, accelerating the cell regeneration cycle and restoring telomeres is the secret to permanent survival.
Permanent survival could be achieved within 10 years, or it might not be achieved even after 100 years.
Conquering cancer could be possible tomorrow, but it could also fail even after 100 years pass.