Activate FOXO3 — The Gene That Helps You Age Well

Activate FOXO3 — The Gene That Helps You Age Well

Activate FOXO3 — The Gene That Helps You Age Well


Activate FOXO3 — The Gene That Helps You Age Well

Written by: Clement Ng, Nutritionist of HealthPro

Introduction

Geroprotectors, compounds that act to slow down the aging process and delay the onset of age-related diseases, have emerged as means to prolong healthspan in the aging population (Alexey Moskalev, 2016).

Central to these geroprotectors is FOXO3, a geroprotective gene that has been consistently associated with human longevity (Robert N. Butler MD, 2013).

Studies have shown FOXO3 to play an essential role to slow down aging by being a significant regulator of cellular stress resistance, DNA repair, and cell cycle (Philip M.C. Davy, 2018).

 

What are FOXO genes?

FOXO genes, or Forkhead Box O genes, are a group of genes that play a significant role in regulating longevity-related functions including cellular homeostasis, stress resistance (Philip M.C. Davy, 2018), telomere maintenance (Trevor H. Torigoe, 2024), and autophagy (Renae J Stefanetti, 2018).

FOXO genes encode transcription factors known as FOXO proteins that bind to specific regions on DNA to turn specific genes on or off (Found MyFitness, 2025).

 

Insights of FOXO3

Research on FOXO proteins, particularly FOXO3, has discovered its multifaceted role not only in human longevity, but also in all-cause mortality (Rebecca L. McIntyre, 2022).

Longevity: FOXO3 are associated with extremely long lives and are called ‘protective genes’ as they enhance protective functions such as supporting antioxidant defence and stimulating cellular repair (Philip M.C. Davy, 2018).

Cancer: FOXO3 is recognised as a tumour suppressor as its inactivation can lead to uncontrolled cell proliferation and poor survival rate among cancer patients (Mickey C.-T. Hu, 2007).

Cardiovascular Disease: Alterations of FOXO3 gene is associated with lower incidence of cardiovascular disease (Purovitalis News, 2025) and its inactivation can contribute to aging-related vascular diseases (Yan Zhao, 2021).

Therefore, FOXO3 represents the most potent gene to target in promoting healthy longevity (Rebecca L. McIntyre, 2022).

 

FOXO3-activating nutraceuticals

As FOXO3 becomes increasingly recognised as a longevity gene, it is important to identify the compounds that contribute to its activation to promote healthy longevity (Rebecca L. McIntyre, 2022).

While pharmaceuticals like metformin and vorinostat are found to activate FOXO3, nutraceuticals are also proven to be potent FOXO3 activators and should be prioritised in daily life.

Below are some of the nutraceuticals proven to extend lifespan in a FOXO3-dependant manner (Rebecca L. McIntyre, 2022):

·      AMPK (AMP-activated Protein Kinase)

·      Phosphatidylcholine

·      NAD (Nicotinamide Adenine Dinucleotide)

·      PQQ (Pyrroloquinoline Quinone)

·      Resveratrol

·      Curcumin

·      Quercetin

·      EGCG (Epigallocatechin-3-Gallate)

·      Astaxanthin

·      Melatonin

·      Fisetin

 

Factors Influencing FOXO3

While FOXO3 works like a highly calibrated sensor that responds to different stimuli within the microenvironment of a cell, it can be affected by lifestyle factors and food choices (Found MyFitness, 2025).

For instance, food rich in omega-3 such as salmon and mackerel and sources of antioxidants including berries, nuts, and leafy greens are also found to enhance FOXO3 activity. In addition, dark chocolate and green tea which are high in polyphenols also contribute to the activation of FOXO3 (Purovitalis News, 2025).

Hence, the incorporation of a balanced diet consisting of these nutrient-packed foods is significant in promoting longevity via the action of FOXO3 (Purovitalis News, 2025)

 

Application

As life expectancy increases, the risk of suffering from age-related diseases also increases in the absence of an effective preventative approach (Rebecca L. McIntyre, 2022).

Although a healthy diet is critical in enhancing the body’s protective mechanism by sustaining FOXO3 activity and support cellular stress resistance (Purovitalis News, 2025), it is important to acknowledge that it is not easy to obtain the nutrients needed from the diet alone.

Thus, supplementation of the FOXO3-activating nutraceuticals becomes a practical way to support longevity at the cellular level.

As such, LifeExtension NAD+ Cell Regenerator™ and Resveratrol Elite™ becomes a friendly option as it provides 4 nutraceuticals including NAD, Resveratrol, Quercetin, and Fisetin in one product.

The formula activates the sirtuin longevity genes, maintain telomere length for continuous repair and hasten removal of senescent cells which would otherwise cause inflammation.

The ingredients are also FOXO3-activating compounds that work synergistically in activating FOXO3 to enhance cellular resilience and promote healthy aging.

Besides, the product also supports energy metabolism, cardiovascular health, and overall vitality, making it a convenient choice to maintain longevity from within.


References

1.      Alexey Moskalev, E. C. V. T. A. F. M. S. V. K. A. Z. B. K. K., 2016. Developing criteria for evaluation of geroprotectors as a key stage toward translation to the clinic. Aging Cell, 15(3), pp. 407-415.
2.      Found MyFitness, 2025. FOXO. [Online]
Available at: https://www.foundmyfitness.com/topics/foxo
[Accessed 22 October 2025].
3.      Mickey C.-T. Hu, D.-F. L. W. X. L. S. G. F. O.-Y. J.-Y. Y. Y. Z. S. B. N. H. H. S. R. K. M.-C. H., 2007. IκB Kinase Promotes Tumorigenesis through Inhibition of Forkhead FOXO3a. Cell, 129(7), pp. 1427-1428.
4.      Philip M.C. Davy, R. C. A. T. A. D. B. J. M. D. C. W. B. J. W., 2018. Chapter Eight - FOXO3 and Exceptional Longevity: Insights From Hydra to Humans. Current Topics in Developmental Biology, Volume 127, pp. 193-212.
5.      Purovitalis News, 2025. Understanding Foxo Genes: Key to Aging and Longevity. [Online]
Available at: https://purovitalis.com/understanding-foxo-genes-key-to-aging-and-longevity/
[Accessed 23 10 2025].
6.      Rebecca L. McIntyre, Y. J. L. M. H. B. J. M. B. J. W. T. A. D. R. H. H. G. E. J., 2022. Pharmaceutical and nutraceutical activation of FOXO3 for healthy longevity. Ageing Research Reviews, Volume 78.
7.      Renae J Stefanetti, S. V. A. R. S. L., 2018. Recent advances in understanding the role of FOXO3. F1000Res, Volume 7.
8.      Robert N. Butler MD, H. R. W. &. T. F. W., 2013. The aging factor in health and disease: The promise of basic research on aging. Aging Clinical and Experimental Research, Volume 16, pp. 104-112.
9.      Trevor H. Torigoe, D. C. W. M. S. M. H. M. G. A. A. M. S. B. J. M. R. C. G. S. G. R. C. A. &. B. J. W., 2024. Novel protective effect of the FOXO3 longevity genotype on mechanisms of cellular aging in Okinawans. npj Aging, Volume 10.
10.   Yan Zhao, Y.-S. L., 2021. Longevity Factor FOXO3: A Key Regulator in Aging-Related Vascular Diseases. Frontiers in Cardiovascular Medicine, Volume 8.