Discovering Golden Vision On Age Reversal: Multidisciplinary Alarm

Table -1: Summary of protein impact on age by hyper triggering

Another important one is Ampk, it is the control system for the energy. As we grow older we produce less energy, this can be activated by bunch of things, which include being hungry, exercising or taking the drug metformin and this will turn on body’s defence. Next defence factor is sirtuin which can be boosted by caloric restriction, cold environment, NAD level and resveratrol.¹

4. Literature Review

A study was conducted on the aim of metformin may provide important protection against diabetic cardiomyopathy and it also has glucose-lowering effect. In this study diabetic mice shown metformin improved cardiac function, including ejection fraction and fractional shortening, compared with the untreated diabetic group (n=5, P<0.05). It also lowered the levels of NLRP3, caspase-1 and IL-1β in diabetic heart tissue and high-glucose-exposed cardiomyocytes (n=5 and n=3, respectively; P<0.05), indicating reduced inflammation and pyroptotic injury. The protective effect was associated with increased AMPK activity, improved autophagy and reduced mTOR signalling, while blocking AMPK with compound C weakened these beneficial effects (P<0.05). Taken together, the study indicates that metformin may help limit diabetic heart damage by activating the AMPK/mTOR pathway and subsequently suppressing NLRP3-related inflammation and pyroptosis.²

Minhas et al. investigated how age-related changes in myeloid cell metabolism contribute to inflammation and cognitive decline. They found that increased Prostaglandin E2 (PGE2)–EP2 signalling in aged macrophages and microglia reduced glucose utilization and mitochondrial respiration, creating an energy-deficient, pro-inflammatory state. In aged mice, blocking myeloid EP2 signalling improved cellular metabolism, reduced systemic and brain inflammation, and restored hippocampal synaptic plasticity and spatial memory. Importantly, inhibition of peripheral myeloid EP2 signalling alone was sufficient to improve cognitive function in aged mice. Overall, the findings suggest that age-related cognitive decline may be partly reversible by restoring metabolic function in immune cells, although these findings were demonstrated in mice and require validation in humans.²

Poganik et al. investigated whether biological age is a fixed process or can change in response to physiological stress and recovery. Their study demonstrated that biological age increased during various stress conditions, including heterochronic parabiosis, major surgery, pregnancy, and severe COVID-19, as measured by epigenetic, transcriptomic, and metabolomic markers. Importantly, these stress-induced increases in biological age were reversed following recovery, indicating that biological aging is more dynamic and flexible than previously thought. The findings suggest that biological age can fluctuate in response to environmental and physiological challenges rather than progressing in a strictly irreversible manner. Overall, the authors proposed that stress-induced changes in biological age may represent a measurable and potentially modifiable target for future interventions aimed at promoting healthy aging.³

Choudhury et al. found that proline supplementation alleviated mitochondrial respiratory impairment in senescent mesenchymal stem cells Proline promoted mitophagy through AMPKα activation and increased Parkin expression, helping remove damaged mitochondria and restore cellular metabolism. It also reduced DNA damage, senescence-associated β-galactosidase activity, inflammatory cytokine expression, and impaired myogenic differentiation. Overall, the findings suggest that proline may help reverse several features of cellular senescence by improving mitochondrial quality and function, although the evidence is based on cellular models.^4,5

5. Discover Tailored Solution for Age Reversal

5.1 Screening:

A systematic review evaluating the clinical effectiveness of screening methods for age-related macular degeneration (AMD) in adults aged ≥50 years. In is review total number of 5,290 studies viewed, in that only 3 studies fulfill the inclusion criteria, involving 8,733 individuals. Optical coherence tomography (OCT) and telemedicine-based screening demonstrated very good results for early AMD detection⁴.

Sox highlighted that screening in older adults should not be decided by age alone, but by considering the individual’s overall health and expected benefit. As people age, other illnesses, limited life expectancy, and the possible burden of further investigations may reduce the benefits of screening. The decision should therefore consider life expectancy, the time required for screening to provide a meaningful benefit, existing health conditions, and the patient’s willingness to undergo further treatment. Screening may still be appropriate for healthy older adults who are likely to live long enough to benefit from early detection. Overall, a personalized approach and discussion between the patient and physician are essential when deciding whether screening should be continued in older people.^5,6

5.2 Exercise and aging:

One reviewed study on the effects of regular exercise on the major biological hallmarks of aging and the results shown that exercise can have impact on several processes involved in age-related decline. They described about beneficial effects on genomic stability, telomere maintenance, epigenetic regulation, protein homeostasis, nutrient balance, mitochondrial function, cellular senescence, and stem-cell function.  Exercise was also helps with improved autophagy, mitochondrial capacity, insulin sensitivity, and regulation of inflammatory pathways. These findings suggest that regular physical activity can act on multiple biological mechanisms rather than targeting a single pathway of aging. Overall, the authors proposed exercise as an accessible and low-cost strategy for promoting healthy aging and maintaining functional capacity.⁶

Harvard Health review highlighted that regular physical activity can slow many functional changes commonly associated with aging. The Dallas Bed Rest and Training Study demonstrated that inactivity can rapidly impair cardiovascular capacity, body composition, and muscle strength, whereas structured exercise could substantially reverse these changes. Regular endurance, resistance, flexibility, and balance exercises were associated with improvements in cardiovascular fitness, metabolic health, muscle strength, mobility, and functional independence. Importantly, the review emphasized that physical activity can provide benefits even when exercise is started later in life, showing that it is never too late to become active. Overall, consistent exercise combined with a healthy diet and preventive healthcare can support healthier aging, reduce disease and disability, and contribute to greater longevity.⁵Top of FormBottom of Form

5.3 Longevity Gene and Aging:

Aging is a gradational loss of infinitesimal function of all organs of the body, leading to the persistent decoration of health and causing disease and eventually death. Research evidence has shown that aging is both genetic and epigenetic alteration but majorly aging is invoked by epigenetic variation. Epigenetic means variation in the gene function caused by alteration of some chemical or associated protein but a structural chronology of DNA intact. There are many epigenetic biomarkers but mostly DNA methylation has an impact on variation in epigenome. The pattern of DNA methylation develops during embryonic maturation but over time due to environmental influence, the pattern gradually changes. Epigenetic alteration triggers the longevity gene, are those gene that encrypt proteins and these proteins play key role for DNA restoration.⁶

Researcher found that iron acceleration hit the aging process because iron is prosirtuin, those have excess iron level will increase the number of sirtuin function, which cause inflammation and can cause cancer, so if the person maintains low level of sirtuin they can stay younger for long time. The suppression of cellular senescence by sirtuin is mainly mediated through delaying the age-related telomere attrition, sustaining genome integrity and promoting DNA damage repair.^7,8

Hunger in the other side beneficial for longevity, it was proven that individual having lower level of insulin and insulin like growth factor, those lower level turn on the longevity gene, so person with high insulin level all day means who eat all day long for them longevity gene are not turn on because degradation of epigenome.⁷

5.4 Biohacking:

It is a kind of DIY on the human body. The trend in is growing faster so individuals can take their health into their own hands. In this process, a variety of practices that involve physical and mental performance. The process of biohacking involves a change in lifestyle to optimize individual health and well-being. There are several categories in biohacking like nutritional biohacking (by dietary choice), fitness biohacking (by tailoring exercise), sleep optimization (focus on improving sleep quality), neurohacking (by nootropics, mindfulness practices etc), genetic & technological biohacking (ex. bio-compatible implants). So, biohacking represents a proactive and personalized approach to health and wellness. By leveraging technology, data, and self-experimentation, individuals can gain deeper insights into their bodies, enhance their physical and mental performance, and take control of their long-term health. A responsible approach to biohacking requires not only innovation but also a strong ethical framework to guide its development in a beneficial way.⁸

5.5 mTOR effect:

Robert A. Saxton and Dcid M. Sabatini conducted a study on mTOR signaling and its impact on cell growth, metabolism, and disease. They found that it plays a central role in regulating many basic cell growth processes, starting on protein synthesis to autophagy, Improper mTOR signaling can leads to a development of cancer, diabetes, and the aging process. 

A review study concluded by Sarah L. Hands, Christopher G. Proud & Andreas Wyttenbach on mTOR role in aging proved that important involvement of mtor in protein synthesis and autophagy in ageing. An increase in autophagy (which has major role in homeostasis) controlled by mTOR extends life span via dietary restriction and insulin balance.⁸

6. Employed the Dietary recommendation

Everyone knows that what we eat always have influenced our aging clock. We need to choose a certain diet that can stop the clock from ticking faster. In the diet, always necessary to add omega-3 fatty acids, which are the most important structural component of the brain and cover certain nerve fibres, like the myelin sheath. This helps with nerve function, repair, improves memory, and also cures depression. The most essential fatty acids are EPA, DHA, Alpha-linolenic acid or ALA, and monounsaturated fatty acids. Natural main sources of EPA & DHA are seaweed, algae, ALA found in flaxseeds, walnuts, chia seeds, and a source of monounsaturated fatty acids are olive oil, avocados A healthy adult should consume EPA & DHA   at least 1.6 g, and women 1.3 g daily. A plant-based diet is good compared to a meat-based diet, certain plants produce Xero hermetic molecules through resistance to stress by turning on certain defences. When we eat those plates, we are directly taking those molecules, which can affect the aging clock.⁹

Decreasing blood sugar levels is also a key factor in diet. Glucose is used as fuel in the body, but it also gets attached to protein. This glucose attaches to protein malfunction, and intermittent fasting or time restricted feeding turns over glucornidated protein. Some researchers suggest the metformin drug which mimic the fasting like scenario by lowering the blood glucose level.¹⁰

7. Innovation in health care system

7.1. The Role of Stress Management in Aging:

Chronic stress is a silent killer. It accelerates aging by increasing inflammation and shortening telomeres—the protective caps on the ends of DNA strands that shorten with age. People with shorter telomeres tend to age faster and have a higher risk of disease.^10,11

Tips for stress reduction include

• Practicing mindfulness meditation
• Spending time in nature (forest bathing)
• Engaging in breathwork exercises
• Journaling or gratitude practices
• Socializing and fostering meaningful relationships^.

Eating less red meet, coffee, green tea, intermittent fasting (reduce hsCRP inflammation levels). We can use sulforaphane (improve mitochondrial damage), folate (increase telomere length) and glutathione (reduce oxidative stress) ¹¹.

7.2 Supplements and Longevity Molecules:

Certain supplements have gained attention for their potential anti-aging effects. While no pill can guarantee longevity, research shows that specific compounds can enhance cellular repair and reduce inflammation ¹².

Some promising longevity biohacking supplements include:

• Resveratrol (found in red wine) – activates longevity genes.
• Nicotinamide Mononucleotide (NMN) – boosts NAD+ levels for cellular energy.
• Curcumin – reduces inflammation and oxidative stress.
• Coenzyme Q10 (CoQ10) – supports mitochondrial function^.
• Collagen peptides – maintain skin and joint health .

These supplements, combined with a healthy lifestyle, contribute to slower biological aging and better overall health.

8. Recommendation to health care workers

If you choose to prioritize Inner Age in your action plan, you can select our new Inner Age goal.

1. Playing brain games improves cognitive abilities
2. Eating less red and processed meat is associated with a longer life expectancy
3. Drinking coffee or green tea is associated with lower mortality
4. Resveratrol supplements can reduce blood glucose, a key biomarker connected to aging
5. Implementing intermittent fasting can help decrease elevated LDL cholesterol
6. Curcumin, a key component of turmeric, can reduce hsCRP (biomarker) inflammation levels.¹³

9. Health education

• Let us talk about fitness age. How well are we aging?
• Let us talk about Removal of micro plastic
• Canned products
• Avoid sugar
• Avoid salt
• Daily breathing exercises that elicit the Relaxation Response prescribed for stress reduction.
• Evidence showing that weight lifting exercise will improve bone strength and reduce bone density loss.
• Intermittent fasting

Biohack your cells by:

• Sulforaphanes may improve mitochondrial damage caused by environmental toxins
• Folate may increase telomere length, a factor with connections to survival and lower disease incidence
• Glutathione may reduce oxidative stress and damage from free radicals¹⁴

10. Multidisciplinary Implications