Magazine | Pressing pause on aging?

Pressing pause on aging?

Written by Volker Blasek 2 min read
Pressing pause on aging?

A ton of hype—and equally high hopes. 

What’s going on

From high-profile Instagram influencers to billionaire investments, the quest for a “fountain of youth” is big business. US tech entrepreneur Bryan Johnson claims to swallow more than 100 pills a day, while research teams worldwide test potential “longevity” drugs—think rapamycin, metformin, senolytics, or GLP-1 receptor agonists. 

Key takeaways

  • Lifestyle still reigns: Studies repeatedly show that not smoking, limiting alcohol, getting enough sleep, and eating a balanced diet can add years—even decades—to one’s life.
  • Genes vs. pills: Many dream of a simple longevity pill, but genes and healthy habits usually have a stronger impact.
  • Blue zones and centenarians: Places like Okinawa or Sardinia boast unusually high numbers of 100-year-olds—though skeptics argue administrative errors may inflate these stats.
  • Money and skepticism: From NAD+ or glutathione IV drips to plasma infusions, countless “anti-aging” offers exist—but most lack solid human trial evidence. Experts warn against overstated promises.

Why it matters

Whether you call it geroprotection or anti-aging, halting the aging process has gripped humanity for centuries. Billionaire-backed labs test new therapies, while social media swarms with expensive “youth-restoring” treatments. But the bottom line remains: basic healthy habits often outweigh any miracle cure.

Looking ahead 

  • Extending “Health Span”: The goal isn’t just to live longer, but to live better, avoiding debilitating diseases in old age.
  • A pill vs. ice baths?: Future meds might slow aging’s clock—though their real-world impact is yet unknown.
  • Societal implications: Lifespans are rising, as are the years spent in poor health. Policymakers and scientists hope new therapies can compress those frail years—worth billions if proven effective.

 

Published: March 27th, 2025

Author: Volker Blasek

Volker Blasek is a technical editor with a background in horticulture, fueled by a volunteer year on an organic farm. His passion for nature and conservation, paired with his expertise in psychology and science, shapes his engaging and thoroughly researched content. As a medical editor, he has authored over 3,000 articles on topics such as nutrition, diseases, symptoms, naturalopathy, and home remedies, delivering insightful and accessible reporting for a wide range of audiences.

Discover trusted longevity brands
and expert health stacks

Stop wasting money on ineffective products
Save up to 5 hours of research per week
Delivered to your inbox every Thursday

You might also like

Testosterone and longevity: how hormone levels impact our quality and length of life
Hormone Balance

7 min read

Testosterone and longevity: how hormone levels impact our quality and length of life

Testosterone is often seen as a symbol of masculinity, strength, and vitality. But what if I told you that this hormone also plays a crucial role for longevity in men?Indeed, low levels of testosterone were linked to a shorter life span, in a recent study (1). And, as we age, the apparent effects of testosterone on our health, mood, and well-being become even more significant.In the following, we will explore how testosterone influences longevity and what you can do to optimize your hormone levels for a longer, healthier life. What is testosterone and why does it matter? Testosterone is a vital hormone for both men and women. It is primarily produced in the testes in men, in the ovaries in women, and in the adrenal gland in both sexes. It’s crucial for muscle growth, bone density, libido, and the regulation of mood. But beyond these commonly known roles, testosterone also affects cognitive function, cardiovascular health, and metabolic processes, all of which are key players in how “well” we age.As men reach their 30s, testosterone levels begin to decline, typically by about 1% each year (2). While subtle at first, this decline can significantly affect health, leading to decreased energy, loss of muscle mass, mood fluctuations, and reduced libido. This is especially concerning given that up to 40% of men today are affected by testosterone deficiency (3).On the other hand, maintaining optimal testosterone levels has been associated with both a longer lifespan and an extended health span - that is, the number of years lived in good health (4,5). Over the past years, we have worked closely with hundreds of men to optimize their hormone levels, and the impact on key longevity markers has been strikingly clear. Let me explain in more detail:The connection between testosterone and longevity Testosterone’s influence on bodily functions has been extensively studied, and several key findings highlight its critical role in longevity: Muscle mass and metabolism: Testosterone plays a direct role in building and maintaining muscle mass. As we age, muscle loss accelerates, contributing to frailty and a decrease in overall vitality. Testosterone helps prevent this by promoting muscle protein synthesis and supporting metabolic function. This is particularly important because muscle mass is not only a sign of strength but also a key factor in metabolic health and weight management.Cardiovascular health: Testosterone also plays a crucial role in cardiovascular health. Research suggests that optimal testosterone levels help maintain healthy cholesterol levels, improve blood circulation, and even promote the production of red blood cells. Low testosterone has been associated with a higher risk of cardiovascular disease. The aforementioned recent Australian study involving nearly 25,000 men further reinforced this link, directly connecting testosterone deficiency to increased cardiovascular mortality (1).Bone health: Osteoporosis is an often overlooked condition in men. The disease is closely associated with aging, however the role of testosterone in the development of the disease is frequently underestimated. Testosterone is being aromatized to estrogen, which has a significant impact on bone density. Studies show that men with low testosterone levels tend to have lower bone mineral density and a higher risk of fractures. Ensuring adequate testosterone levels can thus help maintain bone health, reducing the risk of falls and fractures as we age.Mental health and cognitive function: Testosterone isn’t just about physical health, it also affects your mental well-being. Low levels of testosterone have been linked to depression, fatigue, and cognitive decline. On the other hand, maintaining healthy testosterone levels can improve mood, cognitive function, and overall mental clarity, helping you stay sharp well into your later years. Many of our patients report symptoms like brain fog and difficulty concentrating, which often disappear once hormonal imbalances are corrected.The downside of low testosteroneTestosterone deficiency is no longer just a condition of aging men. Today, around 20% of young men suffer from low testosterone levels, and research suggests that this trend is continuing to worsen (6). The symptoms can be wide-ranging and often impact daily life. Common complaints include:Decreased energy and motivationLower libido and sexual dysfunctionIncreased body fat and decreased muscle massPoor mood, irritability, and even depressionDifficulty concentrating or memory problemsThese symptoms not only affect quality of life but can also contribute to other health issues like obesity, diabetes, and cardiovascular disease—a well-published phenomenon. Recognizing the signs of low testosterone and addressing them early can significantly improve overall well-being.How to optimize testosterone naturallyFortunately, there are several effective ways to naturally optimize testosterone levels, supporting both health and longevity. Interestingly, the typical age-related decline (starting in the 30s for most men) is often not observed in those who maintain a healthy lifestyle and remain free from chronic diseases. To my knowledge, the most powerful strategies to sustain optimal testosterone levels include:Regular exercise: Physical activity is one of the most effective ways to ensure healthy testosterone levels. Strength training, high-intensity interval training, and aerobic exercises can all increase testosterone production. Regular exercise also helps maintain muscle mass, supports cardiovascular health, and improves metabolic function.Nutrient-rich diet: A healthy diet rich in essential nutrients is crucial for maintaining healthy testosterone levels. Foods high in zinc (like pumpkin seeds and lean meats), vitamin D (such as fatty fish and eggs), and healthy fats (like avocados and olive oil) support hormone production. Avoiding excessive sugar and processed foods can also help maintain stable testosterone levels.Sleep hygiene: Sleep is a powerful tool in hormone regulation. Testosterone production peaks during deep sleep, so it’s essential to prioritize quality rest. Aim for 7–9 hours of sleep each night, and ensure your sleep environment is conducive to deep, uninterrupted rest (i.e., keep it cool and dark).Manage stress: Chronic stress can significantly affect testosterone levels by increasing cortisol, a hormone that negatively impacts testosterone. Managing stress through practices like meditation, yoga, mindfulness, and sports can help lower cortisol levels and support healthy testosterone production.When to consider medical interventionWhile natural methods can help optimize testosterone levels, some men may need medical intervention. Testosterone replacement therapy (TRT) is a treatment option for those with significantly low testosterone levels, particularly when lifestyle changes are insufficient. TRT can improve energy, mood, and physical health by restoring testosterone to normal levels. Over the years, I have been truly fascinated by the profound impact it can have on men, often transforming their vitality, confidence, and overall well-being. However, it’s important to approach TRT with caution, as it comes with potential side effects, including benign prostate enlargement, mood swings, and increase in red blood cells. It’s essential to work closely with a healthcare provider to assess whether a TRT is appropriate for you, taking into account your individual health conditions and goals.Finding balanceThrough our work with hundreds of men, I have witnessed firsthand the profound impact that testosterone optimization can have, not just on energy, mood, and strength. I truly believe that testosterone plays a crucial role in how well we age, and there is much to be learned from its effects on long-term health. By maintaining optimal testosterone levels through natural lifestyle changes, you can significantly enhance your quality of life and potentially extend your health span. However, it’s essential to approach testosterone optimization with balance—too little can be detrimental, but too much can also have negative effects. In the end, maintaining healthy testosterone levels is just one piece of the longevity puzzle. A holistic approach that includes regular exercise, a nutrient-rich diet, stress management, and quality sleep is, in my view, the key to living a long, strong, and fulfilling life. 

Supplements—when muscle gains go too far
Strength Training

2 min read

Supplements—when muscle gains go too far

Watch your supplements! A new Canadian study just linked popular muscle-building supplements (like whey protein and creatine) to heightened risk of muscle dysmorphia—a psychological condition fueled by the relentless drive for more muscle. Could your daily shake be feeding more than just gains?Key facts and findingsBig sample: Over 2,700 adolescents and young adults took part in the national survey.Supplement stack: Whey, creatine, pre-workout—each was associated with higher muscle dysmorphia scores.Clinical red flag: Using multiple products boosted odds of hitting the clinical cutoff for muscle dysmorphia.Gender nuances: While men were bigger users overall, women showed stronger links between product use and dysmorphia symptoms.Additional context and expert insightMuscle dysmorphia (a specifier of body dysmorphic disorder) involves obsessive thoughts, intense workout regimens, and body-image struggles. Researchers note that certain supplements, especially creatine or mass gainers, might reinforce this relentless “must get bigger” mindset. Yet ironically, many users reported less “appearance intolerance,” perhaps because supplements help them feel closer to their physique goals.“This study highlights the complex ways supplements interact with body image,” says one investigator. “We need more education for younger consumers.”Looking aheadExpect more scrutiny of how these products—still loosely regulated—affect mental and physical health. Meanwhile, if you’re stacking powders and pills, keep tabs on your mindset. Balancing workouts with proper nutrition—and maybe chatting with a health professional—could help dodge the slippery slope of muscle obsession.

Microplastics fuel the rise of multi-drug resistance
Antibiotics

2 min read

Microplastics fuel the rise of multi-drug resistance

Time to sound the alarm. What’s happeningA new study in Applied and Environmental Microbiology shows that microplastics aren’t just an ecological nightmare—they actively drive bacteria like E. coli to develop resistance against multiple antibiotics. It only took 5–10 days of exposure, no antibiotics needed, to trigger major resistance. Key findingsPlastic plague: Regardless of size or type (polystyrene, polyethylene, or polypropylene), the tiny plastic bits nudged E. coli toward multidrug resistance.Biofilm boosters: The bacteria formed stronger biofilms on microplastics, a known defense mechanism that makes them much tougher to kill.Lasting impact: Worrisomely, once resistant, the bugs kept their resistance traits—even after both microplastics and antibiotics were removed.Why it mattersDrug-resistant infections are among today’s biggest public health challenges. Now it looks like plastic pollution isn’t just trashing oceans—it’s creating breeding grounds for superbugs, undermining antibiotic effectiveness.Expert take:“This challenges the notion that microplastics are merely passive carriers. They’re active hotspots for antimicrobial resistance evolution,” explains lead author Neila Gross, a Ph.D. candidate at Boston University.Looking aheadEnvironmental action is key. Cutting plastic waste may slow the spread of antibiotic resistance.Expect more scrutiny of everyday plastic products—like food containers, bottles, and packaging.From a Longevity angle, tackling microplastic pollution could be pivotal: Keeping infections treatable is vital to extending healthspan and preventing age-related vulnerabilities.