《Hydrogen immunotherapy makes cancer disappear》

The pathway of action between hydrogen and the sirtuin gene (longevity gene) is the same

The Sirtuin gene (SIRT1) is one of the longevity genes that can delay aging and have a long-lasting effect. Its function is to protect the telomeres located at the end of the chromosome in the nucleus, strengthening the cell. Telomeres gradually decrease every time a cell divides. If they become too short, the cell cannot continue to divide and may mutate into cancer cells, so it will choose to die on its own. Cell suicide, also known as programmed cell death (apoptosis), is subject to such management and adjustment。

Nowadays, activating the Sirtuin gene can protect telomeres, strengthen cells, and slow down the rate of aging. In addition, it has other functions such as removing reactive oxygen species, inhibiting the occurrence of cancer, improving obesity syndrome, diabetes, etc。

This Sirtuin gene is like healthy, PGC-1 α Substances that inhibit gene transcription also become active, enhancing mitochondrial generation and function. That is to say, through the Sirtuin gene, mitochondria will have the following：

① The Sirtuin gene becomes active due to exercise or fasting

② Enhancing PGC-1 α The role of

③ Generate mitochondria to enhance function

Under the same pathway, hydrogen can also activate mitochondria. The path of using hydrogen will directly affect PGC-1 α To act and activate, thereby improving mitochondrial function。

①Hydrogen activationPGC-1α

②Generate mitochondria to enhance function

The Sirtuin gene and hydrogen both use the same pathway to activate PGC-1 α， Activating mitochondria, but hydrogen gas lacks one step, which can directly enhance mitochondrial function。

That is to say, hydrogen and the Sirtuin gene activate mitochondria through the same mechanism of action. Although we are still in the stage of only knowing this pathway, in the continuous research that follows, perhaps we can make use of this pathway and find ways to utilize hydrogen gas。