The 12 Hallmarks of Ageing: How elivity® Targets All of Them
The 12 hallmarks of ageing describe the biological processes associated with ageing and age-related decline. First published in a landmark 2013 paper and subsequently updated by leading researchers, the framework identifies the key mechanisms through which cells and tissues lose their ability to function over time.
Cell health is foundational to healthy ageing because many of these hallmarks originate from changes occurring at the cellular level, and modern longevity interventions for ageing increasingly focus on supporting multiple biological pathways rather than targeting a single mechanism.
elivity®'s science-backed formulations are designed around a systems-based approach to healthy ageing, with each product formulated to support several of these interconnected pathways simultaneously.
Explore elivity®'s science-backed longevity supplements in Singapore.
What Are the 12 Hallmarks of Ageing?
The hallmarks of ageing explained by researchers show that ageing is not driven by a single cause but by multiple interconnected biological systems declining in parallel. Each hallmark represents a distinct process, and together they form a framework that scientists use to understand why ageing occurs and how it might be supported.
The 12 hallmarks are:
- Genomic instability: Accumulating damage to DNA over time
- Telomere attrition: The progressive shortening of protective caps on chromosomes
- Epigenetic alterations: Changes in how genes are expressed without altering the underlying DNA sequence
- Loss of proteostasis: Declining ability to maintain the quality and balance of proteins within cells
- Disabled macroautophagy: Reduced capacity for the body's cellular cleaning and recycling process
- Deregulated nutrient sensing: Disruption to the pathways that regulate how cells respond to available energy
- Mitochondrial dysfunction: Declining efficiency of the cellular structures responsible for energy production
- Cellular senescence: The accumulation of damaged cells that stop dividing but remain in tissues, releasing signals that affect surrounding cells
- Stem cell exhaustion: Reduced regenerative capacity as stem cell populations decline
- Altered intercellular communication: Changes in the signals cells use to coordinate function across tissues and organs
- Chronic inflammation: A persistent low-grade inflammatory state that contributes to tissue damage over time
- Dysbiosis: Shifts in the composition of the gut microbiome that affect broader health
These hallmarks do not act in isolation. Each one influences and is influenced by the others, which is why a systems-based approach to healthy ageing tends to be more meaningful than targeting any single pathway.
Why Healthy Ageing Requires More Than a Single Ingredient
Because the 12 hallmarks of ageing are interconnected, changes in one area tend to accelerate changes in others. Mitochondrial dysfunction, for example, can contribute to increased oxidative stress, which in turn drives cellular senescence and chronic inflammation. Addressing only one of these pathways leaves the others unattended.
This is the core reasoning behind systems biology approaches to longevity, and it is why modern longevity interventions for ageing increasingly focus on supporting several pathways simultaneously rather than seeking a single solution.
elivity® applies this thinking through what it calls the Advanced Action Formula philosophy, which holds that combining ingredients with complementary mechanisms produces a more meaningful effect than any single ingredient in isolation. The principle behind this is straightforward: when ingredients support different but related biological pathways, their combined effect on the broader system can exceed what each would achieve independently.
How elivity®'s Formulations Are Designed Around the Hallmarks of Ageing
elivity® translates scientific findings into formulations designed around the 12 hallmarks of ageing, with each product built around ingredients that research suggests may support multiple biological pathways relevant to healthy ageing.
The formulation process is guided by scientific advisory input, including oversight from Prof. Dr. Michael Rossbach, whose academic appointments span NUS, TU Munich Asia, and INSEAD, and who completed his PhD in Immunology at Harvard Medical School. Ingredient selection is based on a review of peer-reviewed longevity research, with particular attention to evidence of multi-pathway activity and ingredient compatibility.
Science-backed supplements in the longevity category increasingly focus on supporting multiple biological pathways, and elivity®'s approach reflects that direction. Rather than formulating around a single hallmark, each product is designed to address a cluster of related mechanisms, informed by the evidence available at the time of formulation and updated as the research evolves.
Which Hallmarks Do elivity®'s Core Ingredients Help Support?
The ingredients in elivity®'s formulations are selected because research suggests they may support biological pathways associated with several of the hallmarks. The table below outlines the associations scientists are currently investigating. These ingredients are not intended to treat ageing or any condition associated with it.
|
Ingredient |
Biological pathways studied |
Associated hallmarks |
|
NMN |
|
|
|
Spermidine |
|
|
|
Fisetin |
|
|
|
Nicotinamide |
|
|
|
Quercetin |
|
|
Research suggests these ingredients interact with biological processes relevant to the hallmarks listed. Scientists are continuing to investigate the extent and mechanisms of these associations, and the evidence base continues to develop.
Why Ingredient Synergy Matters More Than Single-Ingredient Thinking
Healthy ageing focuses on supporting interconnected pathways rather than individual mechanisms, and the rationale for combining ingredients follows directly from that understanding. When multiple hallmarks are active simultaneously, as they typically are during the biological ageing peaks identified in Stanford's 2024 Nature Aging research, a formulation that addresses only one pathway is working against a broader current.
Complementary ingredients, chosen because their mechanisms act on different but related hallmarks, can support the body's biology more comprehensively than any single ingredient is able to. This is not about adding more for the sake of it. Each ingredient in elivity®'s formulations is included because the research suggests it contributes something distinct to the overall picture.
elivity®'s Advanced Action Formula philosophy is built on this principle. The goal is not quantity of ingredients but relevance of combination, with each element chosen for what it adds to the system as a whole rather than what it does in isolation.
Why the 12 Hallmarks Framework Is Shaping the Future of Longevity Science
The 12 hallmarks of ageing continue to guide modern longevity research, providing a shared scientific language for researchers, clinicians, and formulators working across the field. As the framework has developed, it has opened new directions in systems biology, precision nutrition, and the identification of biological markers that may help track how different interventions support healthy ageing over time.
Researchers are increasingly interested in how interventions that address multiple hallmarks simultaneously might compare to single-target approaches, and the early evidence points toward multi-pathway support as a more meaningful strategy. Advances in biomarker research are also making it more possible to measure biological age independently of chronological age, which is likely to shape how longevity interventions for ageing are evaluated and refined in the years ahead.
The hallmarks framework has moved the conversation about ageing away from inevitability and toward biology that can be understood, studied, and supported with increasing precision.
Frequently Asked Questions About the 12 Hallmarks of Ageing
What are the 12 hallmarks of ageing?
The 12 hallmarks of ageing are a set of biological processes identified by researchers as the key mechanisms driving cellular and tissue decline over time. They include genomic instability, telomere attrition, epigenetic alterations, loss of proteostasis, disabled macroautophagy, deregulated nutrient sensing, mitochondrial dysfunction, cellular senescence, stem cell exhaustion, altered intercellular communication, chronic inflammation, and dysbiosis.
Why are the hallmarks of ageing important?
The hallmarks provide a framework for understanding why ageing occurs at the biological level. Because they interact with one another, they help explain why ageing is a complex, multi-system process rather than a single linear decline, and they guide research into how healthy ageing might be supported more effectively.
What are longevity interventions for ageing?
Longevity interventions for ageing refer to approaches, including nutritional, lifestyle, and supplementation strategies, that research suggests may support healthy biological function over time. Modern interventions increasingly focus on multiple hallmarks simultaneously rather than targeting a single pathway.
Can supplements support multiple hallmarks?
Research suggests that certain ingredients may support biological pathways associated with more than one hallmark. elivity®'s formulations are designed with this in mind, combining ingredients whose mechanisms complement one another across several related pathways. These products are not intended to treat or prevent any condition.
Which ingredients are studied in longevity science?
Among the most studied ingredients in current longevity research are NMN, Spermidine, Fisetin, Quercetin and Nicotinamide, each of which has been associated with biological pathways relevant to one or more of the hallmarks of ageing. The evidence base for each continues to develop.
Why does elivity® use combination formulas?
Because the 12 hallmarks of ageing interact with one another, supporting multiple pathways simultaneously is more consistent with how ageing biology actually works than single-ingredient approaches. elivity®'s Advanced Action Formula philosophy reflects this, combining ingredients with complementary mechanisms to support a broader range of the hallmarks within each formulation.
Explore elivity®'s Science-Backed Longevity Formulations
elivity®'s formulations are built around the science of cellular health, with each product designed to support multiple biological pathways associated with healthy ageing. From NAD+ supplement support to autophagy and cellular protection, the range reflects a systems-based approach to longevity grounded in peer-reviewed research.
Explore elivity®'s longevity range and learn more about our science-first philosophy.