Molecules for Increasing NAD+

NAD+ helps repair cells and boosts cellular energy by acting as a crucial co-enzyme in cellular energy production. If there is insufficient NAD+, cells cannot function optimally, leading to various health problems. Additionally, NAD+ helps regulate DNA repair by activating the enzyme Sirtuin, which helps repair damaged cells and promotes overall cell health.

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Molecules for DNA Repair

The REPAIR process involves molecules that activate the SIRTUIN enzyme to regulate DNA repair. When DNA is damaged, a signal is immediately sent to the SIRTUIN enzyme. If there is sufficient NAD+ and SIRTUIN activators such as Resveratrol, the repair process can function normally. However, if there is a deficiency, this process will not occur, leading to accelerated cellular aging or disease.

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The RESET Mechanism for Slowing Down Cellular Aging

The RESET contains molecules that can control the activation (turning on or off) of various genes in the body, also known as MOLECULAR SWITCHES.

Every cell in the body has the same DNA, but cells in different organs can perform different functions because the genes within the DNA of each cell are activated or deactivated differently. This activation and deactivation of genes in each cell is controlled by molecules called Methyl or CH3.

Methyl molecules act like switches that can control the activation or deactivation of genes (MOLECULAR SWITCHES) within a cell. If the genes that should be activated in a cell are activated and the genes that should be deactivated are deactivated, then that cell can function normally and be healthy. Conversely, if the genes that should be activated in a cell are deactivated and the genes that should be deactivated are activated, then that cell will malfunction and become damaged and age prematurely.

Sufficient methyl molecules in a cell can help reset the MOLECULAR SWITCHES to control the activation and deactivation of genes appropriately, leading to healthier cells.

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Molecules for Boosting Cellular Energy

The RECHARGE contains molecules that help restore and increase the quantity of mitochondria, which are the primary energy sources of cells. Mitochondria produce energy in the form of ATP from sugars and fats. However, this process generates free radicals that accelerate the deterioration of mitochondria.

The molecules in The RECHARGE also contain antioxidants that help eliminate free radicals and stimulate the removal of damaged mitochondria while promoting the creation of new ones. As a result, cells can have sufficient energy to function efficiently.

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Molecules for intracellular waste disposal

The RECYCLE contains molecules that stimulate the process of autophagy, the cell's waste disposal system. This enhances cellular function. The accumulation of waste within cells can impair cellular function and lead to poor health. The molecules in The RECYCLE activate AMPK, an enzyme that conserves energy, and inhibit mTOR, another enzyme, to activate ULK and initiate autophagy. This process recycles waste, resulting in cleaner cells and optimal function.

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The REMOVE is composed of molecules that can activate CASPASES enzymes, which signal the P21 gene to initiate programmed cell death (Apoptosis).

Zombie cells (senescent cells) are cells with severely damaged DNA that cannot function normally.

Normally, these abnormal cells would undergo apoptosis to prevent them from becoming cancerous and harming the body.

However, in some senescent cells, the gene that controls apoptosis malfunctions, allowing these cells to survive and become zombie cells. These cells can release substances that damage healthy cells and disrupt the function of other cells.

The molecules in The REMOVE have senolytic properties, meaning they induce the death of zombie cells. Each molecule can activate CASPASES enzymes, signaling the P21 gene in the nucleus of zombie cells to initiate the process of apoptosis.

A reduction in zombie cells leads to decreased inflammation in the body, allowing healthy cells to age more slowly and function more efficiently.

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