The Fountain of Youth May Be Found in This Anti-Aging Modality

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As the saying goes, you’re only as young as you feel. Especially for our culture, which is obsessed with staying, or appearing younger than what the biological clock reads. From commercials featuring millennials seeking wrinkle-erasing injections, to the variety of diets, exercise fads, healthy food trends, and more, the reality is that most people face the prospect of aging with a sense of trepidation, if not outright dread.

But what if there were already anti-aging drugs and therapies in existence that could reverse one’s biological age? What if we could, in reality, drink from the fountain of youth? 

Much of the human body has the innate ability to regenerate, from hair follicles, nails, skin, bones, red blood cells, as well as organs such as the liver. There’s even proof that our brain cells have an elastic capacity otherwise known as neuroplasticity, which allows for a restructuring of neural pathways and cellular activity.

But does our body’s natural ability to rejuvenate extend to those cells which have a hand in longevity, and in aging in the healthiest fashion? According to research, the answer that is emerging is yes, with a degree of medical intervention, our bodies can reverse many of the signs and diseases associated with aging.

Reprogramming Your Genes

How We Measure Age; It’s All in the Cells

The age we list on our drivers’ license is only one kind of age — our chronological years which can differ greatly from our biological years, depending upon lifestyle, genetics, and our very DNA structure. Current research points to our DNA as being central to our aging, and potential anti-aging process. Telomeres, the nucleotides that live at the end of chromosomes, are in charge of how quickly cells age and eventually die. Known as “epigenetic testing,” sometimes referred to as our own personal body barcode, these chromosomal benchmarks are one of the most on the spot indicators of a person’s biological age. 

Scientists know that our chronological and biological ages don’t always match up; we can often appear and feel older, or younger, than what our birth certificate says. Genetic researchers have isolated 150 genes considered to be more closely connected to aging and health concerns including osteoporosis and dementia. Referred to as the “healthy age gene score,” researchers have found that higher scores paralleled overall good health and strong cognitive abilities, as opposed to those diagnosed with Alzheimer’s, who scored much lower on the healthy age gene score spectrum.

The Future of Anti-Aging: Rejuvenation Science

The desire to live longer has long been a fascination and focus of what is referred to as “lifespan extension” science, dedicated to helping humans live longer and more importantly, free from diseases normally associated with aging. Momentum has gained in clinical research and financial interest from leading biotech companies including Google’s Calico, which in 2018 announced a $1 billion dollar investment in age-related research. 

One of the most promising age-reversal protocols utilizes anti-cancer and transplant anti-rejection drugs to heighten older patients’ immune systems, as well as a reduction in contracting bronchitis. The research has studied the impact of this drug cocktail on extending the lifespan of yeast, worms, and mice. The current research is focused on the central benefit of the drug — enhancing the immune support system that is so often diminished as we age.  

In 2015, research showed that the blood proteins in younger mice had a dramatic impact on the aging process of older mice. As recent as January 2019, a group of researchers studied the impact of treating those suffering from the lung disease Idiopathic Pulmonary Fibrosis (IPF), with a new kind of protocol, employing a cocktail made from a leukemia drug and a supplement that eliminated the damaged, or dying cells. Healthy cells were allowed to prosper, reversing the cell’s aging process and extending the participants’ lifespans.

Other promising research includes the use of metformin, an FDA-approved diabetes drug, which is showing to have an impact on what are considered to be age-related issues: inflammation, a lowered immune system, a diminished ability to regenerate newer, healthier cells, and more. Now being tested in humans, a set of interesting results are unfolding that look at the relationship between this newfound anti-aging pill, exercise, and aging adults. 

The Oklahoma Medical Research Foundation, Colorado State University, and the University of Illinois recently collaborated in a controlled study of otherwise healthy, pre-Type 2, but non-diabetic adults in a supervised exercise and metformin program. The results will keep most of us returning to the gym; on a cellular level, the volunteers who exercised and took the placebo had higher rates of mitochondria activity, the cellular activity central to healthy aging and longer living. Those taking the pill actually showed much lower levels of mitochondrial respiration, as well as insulin sensitivity. Does this study show that medical intervention is only part of the anti-aging story? 

If We Could Turn Back Time, Should We?

Could this emerging and well-funded field of medical research really make that much difference, compared to eating a healthy diet, getting regular exercise, or avoiding harmful lifestyle habits? Are we on the verge of a new era in aging, when living longer is as simple as taking a pill like we take vitamin supplements?

Or is our culture’s obsession with defying mortality just another “quick fix” approach? While the goal of most anti-aging research is to assist humans in living longer, healthier, and disease-free lives, are we on the brink of creating more overpopulation with detrimental environmental and societal impacts? Is our obsession with the fountain of youth taking the divine’s life plan into our own hands and laboratories? 

Perhaps. Only time will tell. 

Limitless Aging

Study Finds Anti-Inflammatory Meds Are Causing Chronic Pain

Anti Inflammatories Cause Chronic Pain

A groundbreaking new study suggests that commonly used anti-inflammatory drugs and steroids may cause pain to become chronic. Could this lead to a dramatic paradigm shift in how pain is managed and prevented?

For the vast majority of people in acute pain, taking an over-the-counter anti-inflammatory, such as ibuprofen is the usual course of action. Inflammation has, for decades, been seen as a cause of pain and its control, the goal of patients and doctors. A new study suggests, however, that inflammation may actually be necessary to prevent pain from becoming chronic.

Given today’s overwhelming prevalence of chronic pain — pain that persists for more than three months — scientists have lately been turning their focus to studying the process by which acute pain transitions into more lasting and debilitating pain.

Researchers at McGill University recently completed a study in which they observed this process, using several methods. First, they looked at patients with lower back and facial pain. 

Upon analysis of their immune cell samples, the scientists were surprised to find that those whose pain resolved showed an intense spike in the activity of inflammatory genes during the acute pain stages, which then rapidly diminished within three months.

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