RENUE BY SCIENCE Trigonelline (Methylated Niacin) - 90 Capsules
Renue By Science Trigonelline promotes cellular NAD+ production differently than other precursors such as NMN or NR.
Trigonelline (methylated niacin) is an NAD+ precursor that promotes NAD+ production in muscle cells, a property not observed in other NAD+ boosters like NMN or NR. It accomplishes this through conversion in the Preiss-Handler pathway, unlike other NAD+ precursors which utilize the Salvage pathway. Its innate bioavailable structure allows it to survive digestion, cross the blood-brain barrier, and directly stimulate NAD+ production in muscle, brain, and other tissues.
Trigonelline, as a methylated form of Niacin, actively promotes NAD+ restoration in muscle cells. While NMN and NR can increase NAD+ metabolites in muscle, there has been no evidence to indicate that either of these precursors actively increase NAD+ concentration in muscle, making Trigonelline the only precursor known to have this benefit.
Research shows that Trigonelline remains stable in circulation for more than 72 hours, compared to NR and NMN which are both rapidly degraded to NAM within only a few hours.
Key Features
This methylated form of Niacin has advantages over other forms of this B vitamin:
Exceptional stability in bloodstream
Slow release into target tissues
Non-flushing
Protected against digestion in the stomach
Increases NAD+ directly in muscle (unlike NMN or NR)
Additional Information
Consistent Trigonelline use can elevate NAD+ levels to support critical cellular functions including energy production, DNA repair, and cellular signalling:
Enhanced NAD+ Synthesis: Promotes NAD+ production via the Preiss-Handler pathway, essential for cellular energy and repair.
Cognitive Support: Crosses the blood-brain barrier, supporting cognitive function and protecting against age-related cognitive decline through protection of NAD+ stores in neurons.
Metabolic Regulation: Acts as a methyl donor in one-carbon metabolism, supporting methylation processes crucial for energy production and genetic expression.
Cardiovascular Health: Promotes the integrity of blood vessels and heart muscle, supporting endothelial function and circulatory health.
DNA Repair: Encourages cellular repair mechanisms and maintains DNA integrity, helping prevent mutations and supporting natural defences against environmental stress.
Muscle Health: Protects against muscle loss and promotes muscle strength, crucial for maintaining physical fitness and metabolic health with aging.
Glucose and Lipid Management: Enhances insulin sensitivity and glucose uptake, stabilising blood glucose levels. Modulates lipid metabolism by inhibiting lipogenic enzymes and promoting lipoprotein lipase activity, improving lipid profiles.
Trigonelline’s bioavailability and ability to cross the blood-brain barrier enable it to exert systemic benefits, supporting cognitive, cardiovascular, and metabolic health. It supports glucose regulation by enhancing insulin receptor signalling and facilitates lipid management by influencing key enzymes in lipid metabolism.
RENUE BY SCIENCE Trigonelline (Methylated Niacin) - 90 Capsules
Renue By Science Trigonelline promotes cellular NAD+ production differently than other precursors such as NMN or NR.
Trigonelline (methylated niacin) is an NAD+ precursor that promotes NAD+ production in muscle cells, a property not observed in other NAD+ boosters like NMN or NR. It accomplishes this through conversion in the Preiss-Handler pathway, unlike other NAD+ precursors which utilize the Salvage pathway. Its innate bioavailable structure allows it to survive digestion, cross the blood-brain barrier, and directly stimulate NAD+ production in muscle, brain, and other tissues.
Trigonelline, as a methylated form of Niacin, actively promotes NAD+ restoration in muscle cells. While NMN and NR can increase NAD+ metabolites in muscle, there has been no evidence to indicate that either of these precursors actively increase NAD+ concentration in muscle, making Trigonelline the only precursor known to have this benefit.
Research shows that Trigonelline remains stable in circulation for more than 72 hours, compared to NR and NMN which are both rapidly degraded to NAM within only a few hours.
Key Features
This methylated form of Niacin has advantages over other forms of this B vitamin:
Exceptional stability in bloodstream
Slow release into target tissues
Non-flushing
Protected against digestion in the stomach
Increases NAD+ directly in muscle (unlike NMN or NR)
Additional Information
Consistent Trigonelline use can elevate NAD+ levels to support critical cellular functions including energy production, DNA repair, and cellular signalling:
Enhanced NAD+ Synthesis: Promotes NAD+ production via the Preiss-Handler pathway, essential for cellular energy and repair.
Cognitive Support: Crosses the blood-brain barrier, supporting cognitive function and protecting against age-related cognitive decline through protection of NAD+ stores in neurons.
Metabolic Regulation: Acts as a methyl donor in one-carbon metabolism, supporting methylation processes crucial for energy production and genetic expression.
Cardiovascular Health: Promotes the integrity of blood vessels and heart muscle, supporting endothelial function and circulatory health.
DNA Repair: Encourages cellular repair mechanisms and maintains DNA integrity, helping prevent mutations and supporting natural defences against environmental stress.
Muscle Health: Protects against muscle loss and promotes muscle strength, crucial for maintaining physical fitness and metabolic health with aging.
Glucose and Lipid Management: Enhances insulin sensitivity and glucose uptake, stabilising blood glucose levels. Modulates lipid metabolism by inhibiting lipogenic enzymes and promoting lipoprotein lipase activity, improving lipid profiles.
Trigonelline’s bioavailability and ability to cross the blood-brain barrier enable it to exert systemic benefits, supporting cognitive, cardiovascular, and metabolic health. It supports glucose regulation by enhancing insulin receptor signalling and facilitates lipid management by influencing key enzymes in lipid metabolism.
