People tend to develop age-related diseases at different rates. Some develop them sooner than others despite being the same chronological age – this difference in development is called biological age.
Researchers are developing ways to reduce biological age by targeting molecular changes that occur long before disease symptoms appear. While that might sound daunting, there are steps you can take right now to slow or reverse aging and extend biological longevity.
Garlic
Garlic (Allium sativum), a member of the onion family, has long been used both culinary and medical purposes for generations. Packed full of sulfur-containing compounds – including allicin and S-allyl cysteine (SAC) – garlic boasts antibacterial, antiviral, antifungal and antioxidant properties; additionally these substances help with circulation and insulin sensitivity as well as helping prevent cardiovascular disease, blood clots, cancer and age related cognitive decline as well as helping reduce inflammation while protecting against oxidative stress.
Crushing or chopping garlic produces allicin, an aroma-enhancing compound responsible for making fresh garlic smell so powerful as well as providing health-promoting effects. Unfortunately, allicin doesn’t last very long in our bodies so to stay on track it’s best to consume whole cloves or take supplements that contain beneficial sulfur compounds.
Studies indicate that regular consumption of whole garlic could help lower your risk of heart attack and high cholesterol, protect against cancer, colds, and arthritis as well as enhance exercise capacity while decreasing muscle frailty – though its exact cause remains unknown – allicin or an even more stable form of sulfur-containing compound such as S-allyl cysteine may be the catalyst behind such effects.
Researchers have recently made the surprising discovery that S-1-propenyl-L-cysteine (S1PC), found in aged garlic extract, can protect against age-related muscle decline. S1PC activates anti-ageing pathways linking fat tissue with muscles; strengthening communication between them thus leading to stronger muscles even among older adults.
S1PC was found to stimulate liver kinase B1 (LKB1), an enzyme that regulates cell metabolism. Furthermore, S1PC encouraged extracellular NAMPT (eNAMPT) secretion from adipose tissue and help produce NAD+ which plays an essential role in energy levels regulation and DNA repair; further increasing SIRT1 activity which protects against cell damage while keeping our bodies healthy.
Green Tea
Green tea may not turn back time like a time machine can; but it can still help you age more gracefully by supporting the biological processes necessary for maintaining health as you get older. By neutralizing free radicals, inducing autophagy cleaning mechanisms to clear away debris in cells, and protecting DNA integrity with polyphenols like EGCG polyphenols may help reverse or even delay cellular aging processes and slow or reverse them at an individual cellular level.
Green tea’s benefits extend beyond its ability to promote heart and brain health; phytochemicals in green tea may help protect against dementia and Alzheimer’s disease. A 2019 study found that moderate green tea intake (1-3 cups daily) was linked with reduced risk of myocardial infarction while higher intakes led to decreased stroke risks.
Green tea not only protects cell integrity, but it can also promote younger-looking skin by the polyphenols found in it boosting collagen production and supporting skin elasticity. This effect is even greater when consumed through high bioavailability liposomal delivery formats that ensures its active constituent EGCG is reaching cells where it can be most efficiently utilized.
As well as its anti-aging benefits, green tea can also assist you in maintaining a healthy weight by its catechins’ ability to decrease fat accumulation and improve metabolic efficiency. Plus, green tea’s low caffeine content makes it an excellent option for those trying to cut back on stimulants like coffee.
Studies suggest that lifestyle habits and supplements combined can help reverse biological age, or how old we are on a cellular level. Green tea extracts rich in EGCG have proven particularly powerful at slowing or even reversing the aging process by modulating twelve hallmarks of aging such as oxidative stress and inflammation, increasing DNA repair rates, protecting telomere length, supporting nutrient sensing networks, supporting mitochondrial health benefits, regulating epigenetic markers of aging markers, as well as providing protection from other hallmarks such as epigenetic markers; when coupled with balanced nutrition, quality sleep and stress management techniques these effects can become even more amplified for real biological age reversal results.
Berries
Berries make a delicious, versatile and healthful addition to your diet. Packed with vitamins, minerals, disease-fighting plant compounds and antioxidants that may help protect against chronic diseases like heart disease and diabetes, they make an excellent alternative snack option. Plus they’re an ideal way to add sweetness into your day!
Berry phytonutrients – the pigments responsible for their vibrant colors–work to neutralize free radicals and protect the body from inflammation. In addition, these potent antioxidants have also been known to defend against age-related neuronal deficits while supporting healthy memory functions.
Anti-aging properties make berries an integral component of any wellness program. According to one study, eating one cup of berries daily could reduce dementia risk by as much as 40%! Berries also contain plenty of fiber which aids digestion while being low-calorie options that make a perfect way to keep weight down.
As no food or lifestyle choice can stop or reverse aging, making the right diet and lifestyle decisions can significantly enhance quality of life. That is why it is wise to consult a physician when making significant dietary and lifestyle changes that impact you in a significant way; their expert guidance can help set realistic goals that help ensure success. Consultation may especially be useful if you have an existing medical condition or are taking prescription medication.
Fish
Stanford University researchers have devised an innovative genetic tool kit for studying how specific genes affect aging and age-related diseases using killifish as a model organism. Due to its short life cycle, scientists are able to rapidly produce and test numerous mutants within months compared with years needed when studying changes like mice. Furthermore, recent sequencing and assembly efforts of this species’ genome has enabled their work.
