Benefits

Cleans Out Damaged Cells

Dead, diseased, or worn-out cells are disassembled and recycled.

Builds New Healthy Cells

The old damaged cells are recycled into new parts for healthy cells.

Cardiovascular Protection

Oral supplementation of Polyamines has been shown to have cardioprotective effects

Promotes Healthy Cellular Aging

Polyamines have been shown to suppress age-related decline of our cells and repair them into new and healthy cells.

Scientific Research

There is well-documented research on Polyamines and their role in health and longevity. Click here to review the research in further detail.

Neurological Protection

Polyamine supplementation has been shown to protect against age-induced memory impairment (AMI), brain aging, and synapse degradation.

High Bioavailability

The long-term oral intake of enhanced Polyamine diets increases blood Polyamine levels, which means that Polyamines are well-absorbed and maintained by the body

Obesity & Metabolic Protection

Increased Polyamine levels have been linked to improving key cellular processes such as cellular metabolism, improved adaptability to stress, increased fitness, and resistance to obesity.

Highly Synergistic

Combined with exercise, Polyamines have been shown to have an increased ability to mitigate aging-related skeletal muscle atrophy and have other beneficial impacts on a cellular level. When Polyamines are taken in combination with Resveratrol, the autophagy induction levels have been shown to be higher than when Resveratrol is just taken alone.

Caloric Restriction Mimetic (CRM)

Caloric Restriction Mimetics (CRMs) pharmacologically mimic the beneficial effects of caloric restriction or fasting. Polyamines have emerged as well-tolerated CRMs targeting various molecular and physiological age associated adversities. In clinical trials, a strong argument in favor of Polyamines as a CRM is their low toxicity yet strong efficacy.

Suppresses Cellular Inflammation

Polyamines have been shown to suppress oxidative and inflammatory effects on human cells. RNA sequencing analysis has shown that Polyamines suppresses genes enriched in autoimmune diseases and inflammatory responses. Polyamines have emerged as well-tolerated CRMs targeting various molecular and physiological age associated adversities. In clinical trials, a strong argument in favor of Polyamines as a CRM is their low toxicity yet strong efficacy.