V14 Longevity Reds

NMN (β-Nicotinamide Mononucleotide)

How It Works on a Cellular Level

• Replenishes NAD⁺ levels needed for energy (ATP) production.
• Supports mitochondrial function, the “powerhouses” of your cells.
• Promotes DNA repair and protects against oxidative stress.
• Activates sirtuins (SIRT1–SIRT7) — longevity-related proteins that regulate metabolism and cell health.

Key Benefits

• Boosts energy, endurance, and mental clarity.
• Supports healthy aging and metabolic efficiency.
• Improves insulin sensitivity and glucose metabolism.
• Promotes cardiovascular and brain health.

Trans Resveratrol

Trans-Resveratrol is a well-researched polyphenol found in grapes, berries, and Japanese knotweed. It is best known for supporting longevity pathways, including sirtuin activation, and for its role in protecting cells from oxidative stress. Trans-resveratrol is the most active and studied form of resveratrol.

How It Works on a Cellular Level

• Activates sirtuins (especially SIRT1), supporting cellular repair and longevity signalling.
• Helps reduce oxidative stress by neutralising free radicals and supporting antioxidant systems.
• Supports healthy inflammation response by modulating key cellular pathways.
• Promotes cardiovascular health by supporting endothelial function and healthy circulation.

Key Benefits

• Supports longevity pathways and healthy cellular ageing.
• Promotes cardiovascular health and circulation support.
• Helps protect cells from oxidative stress and inflammation.
• Supports metabolic health and overall cellular resilience.

Pterostilbene

Pterostilbene is a powerful plant-derived polyphenol found naturally in blueberries and tree barks. It is structurally similar to resveratrol but is known for being more bioavailable, meaning the body can absorb and utilise it more efficiently. It supports antioxidant defence, healthy inflammation response, and long-term cellular resilience.

How It Works on a Cellular Level

• Activates cellular defence pathways that help protect against oxidative stress.
• Supports healthy mitochondrial function and cellular energy metabolism.
• Helps regulate inflammation signalling at the cellular level.
• May support sirtuin activity, longevity-associated proteins involved in cellular repair and metabolic balance.

Key Benefits

• Supports healthy ageing and cellular protection.
• Helps maintain cardiovascular and metabolic health.
• Promotes antioxidant defence and inflammation balance.
• May support cognitive function and long-term brain health.

Spermidine

Spermidine is a polyamine compound found in foods such as wheat germ, legumes, and certain aged products. It is involved in essential cellular processes including growth, repair, and programmed cellular turnover. Research has increasingly focused on its role in supporting autophagy — the body’s natural cellular recycling system — which is closely linked to longevity and cellular resilience.

How It Works on a Cellular Level

• Supports autophagy and cellular recycling pathways.
• Contributes to cellular regeneration and renewal processes.
• Helps maintain mitochondrial efficiency and metabolic balance.
• Promotes cellular stress resilience and longevity-associated pathways
• Supports healthy immune cell function and signalling.

Key Benefits

• Supports cellular regeneration and maintenance.
• Promotes liver and metabolic health.
• Contributes to cognitive resilience and memory support.
• Helps maintain immune system balance.
• Supports long-term cellular vitality and healthy ageing.

Fisetin

Fisetin is a naturally occurring flavonoid found in fruits such as strawberries and apples. It has gained attention for its potential role in supporting cellular health, antioxidant defence, and age-related resilience. Research suggests fisetin may help support pathways involved in cellular recycling, mitochondrial efficiency, and healthy inflammatory signalling.

How It Works on a Cellular Level

• Supports mitochondrial function and cellular energy production.
• Helps regulate inflammatory signalling linked to cellular ageing.
• Contributes to protein quality control and cellular maintenance pathways.
• Promotes antioxidant defence against oxidative stress.
• Supports autophagy-related processes involved in cellular renewal.

Key Benefits

• Supports cognitive and brain health.
• Helps maintain cellular vitality and function.
• Promotes cardiovascular resilience.
• Supports longevity-focused cellular mechanisms.
• Contributes to healthy inflammatory balance.

Ginger

Ginger root contains naturally occurring bioactive compounds, including gingerols and shogaols, which have been widely studied for their antioxidant and inflammation-modulating properties. Traditionally used to support digestion and immune health, ginger also plays a role in promoting balanced cellular signalling and metabolic function.

How It Works on a Cellular Level

• Supports healthy inflammatory signalling pathways.
• Helps protect cells against oxidative stress.
• Contributes to balanced nutrient-sensing and metabolic regulation.
• Promotes healthy cellular communication and stress response.
• Supports gut barrier integrity and microbiome balance.

Key Benefits

• Supports digestive comfort and gut health.
• Promotes balanced immune function.
• Helps maintain metabolic resilience.
• Supports healthy ageing at the cellular level.
• Contributes to antioxidant defence.

Carotenoids (Lutein, Astaxanthin, Zeaxanthin)

Carotenoids are naturally occurring pigments found in brightly coloured fruits and vegetables. Lutein and zeaxanthin are well known for supporting eye health, while astaxanthin is recognised for its potent antioxidant properties. Together, they help protect cells from oxidative stress and support mitochondrial efficiency — a key component of healthy ageing.

How It Works on a Cellular Level

• Supports mitochondrial function and cellular energy production.
• Helps neutralise oxidative stress that contributes to cellular ageing.
• Protects lipid membranes from free radical damage.
• Contributes to healthy inflammatory balance.
• Supports cellular defence pathways involved in longevity.

Key Benefits

• Supports long-term eye and visual health.
• Promotes healthy skin appearance and resilience.
• Enhances antioxidant defence at the cellular level.
• Supports mitochondrial performance and cellular vitality
• Contributes to healthy ageing mechanisms.

Calcium AKG (Alpha-Ketoglutarate)

Alpha-ketoglutarate (AKG) is a key compound produced naturally within the body and plays a central role in cellular metabolism and energy production. In its calcium-bound form, it offers enhanced stability and bioavailability. Calcium AKG has been studied for its potential role in supporting longevity-associated pathways, stem cell maintenance, and cellular structural integrity.

How It Works on a Cellular Level

• Plays a central role in the Krebs cycle, supporting cellular energy production.
• Contributes to epigenetic regulation processes linked to healthy ageing.
• Supports stem cell maintenance and cellular regeneration pathways.
• Supports metabolic balance and mitochondrial function.
• Helps maintain protein synthesis and structural cellular integrity.

Key Benefits

• Supports endurance and physical resilience.
• Helps maintain bone density and structural support.
• Promotes cellular energy and metabolic efficiency.
• Contributes to long-term vitality and performance.
• Supports healthy ageing mechanisms.

Quercetin Dihydrate

Quercetin is a naturally occurring flavonoid found in fruits and vegetables such as apples, onions, and berries. In its dihydrate form, it offers enhanced stability and absorption. It is widely studied for its role in supporting antioxidant defence, immune function, and healthy ageing mechanisms at the cellular level.

How It Works on a Cellular Level

• Supports antioxidant defence systems that help protect cells from oxidative stress.
• Helps regulate inflammatory signalling pathways involved in healthy ageing.
• May influence senescence-associated pathways linked to cellular longevity.
• communication and stress response mechanisms.
• Supports mitochondrial function and cellular energy balance.

Key Benefits

• Supports cardiovascular and metabolic health.
• Promotes balanced inflammatory response.
• Helps maintain immune system resilience.
• Supports healthy cellular ageing processes.
• Contributes to overall cellular protection and vitality.

L-Carnitine

L-Carnitine is derived from amino acids and is found in nearly all cells of the body. Its primary role is to transport fatty acids into the mitochondria, where they are converted into energy. By supporting mitochondrial function and metabolic flexibility, L-Carnitine contributes to cellular vitality, physical performance, and healthy ageing processes.

How It Works on a Cellular Level

• Transports fatty acids into mitochondria for ATP production.
• Supports mitochondrial efficiency and energy metabolism.
• Helps regulate metabolic and nutrient-sensing pathways.
• Supports healthy inflammatory balance linked to ageing.
• Contributes to cellular resilience under metabolic stress.

Key Benefits

• Supports sustained energy and exercise performance.
• Promotes metabolic efficiency and fat utilisation.
• Helps reduce fatigue and support recovery.
• Supports long-term cellular vitality and resilience.
• Contributes to cognitive and cardiovascular health.

Lithium (Micro Dose)

Lithium is a naturally occurring trace mineral found in water and plant foods. In micro doses, it has been studied for its role in supporting cognitive health, mood balance, and cellular longevity pathways. Unlike pharmaceutical lithium, micro-dosed lithium is used to support foundational neurological and cellular resilience.

How It Works on a Cellular Level

• Supports cellular repair pathways involved in DNA maintenance.
• May influence telomere stability and healthy cellular ageing mechanisms.
• Helps regulate oxidative stress and neuroinflammatory signalling.
• Supports autophagy and protein quality control processes.
Modulates signalling pathways linked to mood regulation and neuroprotection.

Key Benefits

• Supports healthy brain function and cognitive resilience.
• Helps maintain mood balance and emotional wellbeing.
• Promotes cellular protection against oxidative stress.
• Supports longevity-associated repair mechanisms.
• Contributes to overall neurological and cellular vitality.

Magnesium Malate

Magnesium is an essential mineral involved in hundreds of enzymatic reactions within the body. When bound to malic acid — a key component of the Krebs cycle — it helps support efficient cellular energy production. Magnesium malate is commonly used to promote metabolic performance, stress resilience, and healthy ageing at the cellular level.

How It Works on a Cellular Level

• Supports ATP production through its role in the Krebs cycle.
• Contributes to mitochondrial efficiency and oxygen utilisation.
• Helps regulate cellular stress response pathways.
• Promotes balanced nutrient sensing and metabolic signalling.
• Supports DNA stability and enzymatic repair mechanisms.

Key Benefits

• Supports sustained cellular energy production.
• Promotes muscle and nervous system function.
• Contributes to restful sleep and recovery.
• Promotes cardiovascular and brain health.
• Supports long-term metabolic and cellular resilience.

Glycine

Glycine is a non-essential amino acid that plays a critical role in the production of proteins, DNA, glutathione, and other key biological molecules. It supports cellular repair processes, metabolic efficiency, and nervous system balance. As a precursor to important antioxidant and detoxification pathways, glycine contributes to long-term cellular resilience.

How It Works on a Cellular Level

• Supports protein synthesis and cellular structural integrity.
• Contributes to glutathione production for antioxidant defence
• Plays a role in mitochondrial energy metabolism.
• Helps regulate metabolic and nutrient-sensing signalling.
• Supports autophagy and cellular recycling pathways.

Key Benefits

• Supports heart and metabolic health.
• Promotes restful sleep and nervous system balance.
• Contributes to cellular repair and regeneration.
• Helps protect against oxidative stress.
• Supports long-term cellular vitality and resilience.

Taurine

Taurine is naturally found in the body and plays an important role in maintaining cellular stability and membrane integrity. It supports mitochondrial function, electrolyte balance, and healthy inflammatory signalling. Increasingly studied in the context of healthy ageing, taurine contributes to metabolic efficiency and cellular resilience.

How It Works on a Cellular Level

• Supports mitochondrial performance and cellular energy production.
• Helps regulate cellular hydration and electrolyte balance.
• Supports balanced inflammatory and stress response pathways.
• Promotes healthy stem cell and tissue maintenance mechanisms.

Key Benefits

• Supports cardiovascular and metabolic health.
• Promotes nervous system balance and resilience.
• Contributes to immune system support.
• Helps maintain cellular vitality and energy.
• Supports healthy ageing at the cellular level.