Longevity- Advanced Muscle Support Anabolic Peptide Complex

Biological aging impacts physiological integrity, including muscle strength, mass, function, and quality. As we age, muscle cell performance declines, weakening the immune system and leading to conditions like sarcopenia, obesity, and chronic disease. Healthgevity’s PeptiStrong™, Senactiv®, and AstraGin® are clinically proven ingredients designed to support muscle health at any age.

A study found that lower muscle strength in late adolescence is linked to higher chronic disease risk, emphasising the importance of maintaining muscle mass for health span. Research shows that the strongest third of the population over 60 has a 50% lower death rate than the weakest.

PeptiStrong™ uses precision peptides from hydrolyzed fava bean protein to boost muscle synthesis, reduce muscle loss, and decrease inflammation. Senactiv®, with Panax notoginseng and Rosa roxburghii extracts, promotes muscle cell rejuvenation and reduces sphingolipid accumulation. AstraGin® enhances nutrient absorption, supporting muscle protein synthesis and gut health.

PeptiStrong™, Senactiv® and AstraGin® collectively target multiple mechanisms to optimise muscle health, strength, and recovery.

PeptiStrong™ (Peptides from hydrolyzed fava bean protein)

Through cutting edge Al-precision technology, Nuritas is creating a brand-new category of precision peptide ingredients from nature. Their cell-signaling power helps the body function at its best. Longevity is the first product resulting from Healthgevity's collaboration with Nuritas and contains PeptiStrong™ : precision peptides that have been clinically proven to support muscle health. PeptiStrong™ can increase muscle synthesis by activating the mTOR, reduce muscle loss by downregulating muscle atrophy related genes and improve muscle health by reducing inflammation properties.

Backed by two peer-reviewed clinical studies, this plant-based intelligent ingredient has outperformed animal protein. It has a multi-dimensional effect on muscle health: promoting muscle strength, improving recovery after intense exercise, boosting energy, and supporting the synthesis of protein that assists in maintaining and building muscle. A 'peptide-specific’ effect to address the muscle homeostasis between muscle protein synthesis, muscle atrophy and inflammation, offers an alternative to a purely uncharacterized nutritional intervention.  In the most recent double blind placebo clinical study,  PeptiStrong™  alone provided:  

Featured PeptiStrong™ research benefits: 

• Regenerates muscles by increasing the expression of new muscle fibers.
• Type I “Slow Twitch” Muscle Fibers are responsible for endurance and strength endurance. They contain a higher number of mitochondria and utilize fat for energy.
• Type II “Fast Twitch” Muscle fibers are responsible for strength and force production. Loss of Type II fibers is most associated with aging.
• Reduces muscle loss and fat accumulation
• Reduces Tumor Necrosis Factor-alpha (TNF-α)
• Improves cellular metabolism through the activation of AMPK which in turn increases the levels of NAD+ and sirtuins
• Maintains autophagy in skeletal muscle similar to fasting
• Induces mitochondrial biogenesis in the muscle cell

Senactiv® (Panax notoginseng (root) and Rosa roxburghii (fruit)) extracts containing ginsenoside Rg1:

Senactiv® has over 10 years of research behind it including 2 in vivo studies and 5 human clinical trials.  A recent study confirmed a process to reverse aging in muscle cells. Aging in muscle cells is a function of a cell itself, not being able to divide and repair itself. The process is known as cellular senescence, and it happens during aging. This study found that by the overexpression of a particular protein called NANOG, the cell does not have be reset to a different state to reverse aging. Ginsenoside Rg1 contained in Senactiv®, has the potential to activate expression of NANOG to help in reversing the aging process in skeletal muscle.  A new mechanism of aging has been uncovered by researchers: the accumulation of sphingolipids. Ceramides, a widely known class of sphingolipids, build up in aging muscle and reduce its function, impacting the functional capacity of older adults.   Senactiv® has the potential to inhibit sphingolipid synthesis prevent age-related decline in muscle mass and reduce its function. 

 Senactiv® has been also shown to have the potential to: 

Increase endurance performance

• endurance performance was extended by increasing energy in cells and increasing glycogen replenishment in muscles

Speed up muscle fatigue recovery

• speeding up muscle fatigue recovery can be achieved by decreasing muscle inflammation during exercise and accelerating muscle inflammation recovery after exercise

Muscle regeneration

• muscle regeneration was increased by eliminating senescent cells and increasing new muscle growth

AstraGin® (Astragalus membranaceus and Panax notoginseng) root extracts containing astragaloside I, II, IV and ginsenoside Rb1:

AstraGin® has been shown to increase intestinal arginine and leucine absorption by 67% and 58%, respectively, which contributes to the activation of the mTOR pathway and suggest increasing the skeletal muscle protein synthesis by up to 30%.  Recent studies show that the gut-muscle axis is a physiological target for combatting anabolic resistance and reducing risk of sarcopenia.

AstraGin® has shown in 16 in-vitro and 8 in-vivo studies that are published in the Journal of Agricultural and Food Chemistry, Molecular Nutrition & Food Research and Scientific Reports to: 

• Increase the absorption of peptides, amino acids, fatty acids, vitamins, and phytonutrients by up regulating the absorption specific mRNA and transporters, such as SGLT1, CAT1, and GLUT4. 
• Repair ulcerated and damaged intestinal walls and reduce intestinal submucosa inflammation. AstraGin® was shown in a hematoxylin-eosin stain and a MPO assay to reduce ulceration and unclear surfaces of intestinal epithelial cells and sub-mucosal edema in TNBS- induced colitis rats. 
• May help maintain a healthy microbiota population by mending ulcerated and damaged intestinal epithelial cell surfaces for the microbiota to populate. 
• May help support stronger immune functions by mending ulcerated epithelial cells and reducing the inflammation in intestinal mucosal lamina propria that hosts the gut- associated lymphoid tissue (GALT1), T cells, plasma cells, mast cells, dendritic cells, and macrophages.