Summary: Genomic Instability and beLIVELY Vita

Genomic instability : Increased rate of mutations in DNA, leading to dysfunction and disease.

Aging process due to genomic instability : decrease in DNA repair abilities and accumulation of DNA damage. Impairment of cellular functions and increased risk of age-associated diseases.

Combating with beLIVELY Vita :

Magnesium (as Magnesium Bisglycinate) : Magnesium plays an important role in stabilizing DNA strands and supporting DNA repair mechanisms. Through its involvement in hundreds of enzymatic reactions, it helps maintain genomic stability.
Green Tea Extract (standardized to 50% EGCG) : Provides antioxidant protection and may help reduce oxidative DNA damage. EGCG is also known to modulate cellular signaling pathways that are critical for maintaining cellular health.
Fisetin : As a flavonoid with anti-aging and antioxidant properties, fisetin may improve cellular resistance to stressors, indirectly contributing to genome stability.

This combination of ingredients in beLIVELY Vita supports the maintenance of genomic stability and may help minimize the negative effects of genomic instability on the aging process.

Genomic Instability and its Relation to Aging

Genomic instability describes an increased rate of mutations and structural changes within the genome of a cell. This instability can be caused by a variety of factors, including exogenous influences such as UV radiation and chemical carcinogens, as well as endogenous processes such as defective DNA replication and repair mechanisms. Genomic instability is a primary cause of the development of cancer and also plays a significant role in the progression of several other age-associated diseases.

The aging process due to genomic instability

Over the course of life, DNA damage accumulates in cells, partly due to the natural decline in the efficiency of DNA repair systems. This damage can cause malfunctions in key genes involved in cell cycle regulation, apoptosis, and repair mechanisms. The accumulation of such damage leads to increased cell mortality, impaired cell function, and can promote the degeneration of cells, leading to cancer and other degenerative conditions. These processes are major contributors to the biological aging process.

Combating genomic instability with beLIVELY Vita

beLIVELY Vita contains key ingredients that can help support genomic integrity and mitigate the effects of genomic instability:

Magnesium (as Magnesium Bisglycinate) : Magnesium is critical for maintaining DNA integrity and plays a key role in DNA repair and replication. It is involved in many enzymatic processes essential for the proper functioning of DNA repair mechanisms. By stabilizing DNA structures, magnesium may help reduce the rate of DNA damage.

Green Tea Extract (standardized to 50% EGCG) : EGCG, a powerful antioxidant, can strengthen cellular defense mechanisms against oxidative damage and thus contribute to the reduction of DNA damage. It also has the potential to positively influence cellular signaling pathways, supporting cell cycle control and apoptosis.

Fisetin : This flavonoid supports cellular health through its antioxidant properties and may improve resistance to stress-induced damage. Indirectly, fisetin may help promote genomic stability by reducing stress factors that can lead to DNA damage.