*We all know to expect the unexpected when it comes to aging. Gray hairs, wrinkles and a decrease in energy levels are all part of getting older, but what if there's something else accelerating our biological clock even faster? What if the culprit is not just time, but our metabolism?*

I recently read a research article online which states ***how hypermetabolism could be driving againg*** in case you interested in reading here is the link: https://scitechdaily.com/hypermetabolism-an-unexpected-driver-of-biological-aging/

***Now here is my view after seeing this, because I for one have a high metabolism, it not hyper, but it definitely high👇👇***


![](https://images.ecency.com/DQmSeEzTrcu8KFCeG5DJ7QoWt2Ax9dc8pxFkPY76xToS31X/metabolomics_2316520_1280.png)
Image by <a href="https://pixabay.com/users/mcmurryjulie-2375405/?utm_source=link-attribution&amp;utm_medium=referral&amp;utm_campaign=image&amp;utm_content=2316520">mcmurryjulie</a> from <a href="https://pixabay.com//?utm_source=link-attribution&amp;utm_medium=referral&amp;utm_campaign=image&amp;utm_content=2316520">Pixabay</a>

You see, Hypermetabolism is a condition in which the body burns through energy at an unusually high rate. This can lead to noticeable signs of aging such as fatigue and poor cognitive function – and it's something that most people don't even realize they have until it’s too late.

As a kind of person who likes to quench his curiosity, I often run into the weirdest things while investigating seemingly unrelated phenomena. Hypermetabolism became one if them recently–They say it's an unexpected driver of biological aging that you might never have heard of.

Like I stated before hypermetabolism is the process through which our bodies consume more fuel than normal in order to meet their nutritional and energy requirements. This can lead to accelerated aging and can be further exacerbated by environmental factors such as stress and pollution.

An interesting side-effect of hypermetabolism is that it tends to cause people to age faster on the outside than on the inside - think pale skin and wrinkles, for example - even when they feel younger on the inside. That's why hypermetabolism has been dubbed "the silent ager".

But don't write it off just yet: with proper nutrition, stress management and lifestyle changes, we can all slow down these aging processes and make sure we age gracefully (and with fewer wrinkles).

## Factors That Contribute to Hypermetabolism

Given the fact that we can't quite slow down the passage of time, many of us may be wondering what factors contribute to hypermetabolism that can accelerate our biological aging.

Well, I did some snooping and here's what I found: turns out there are several factors, each as unique as a snowflake! For example:

Diet: Don't be too restrictive with your food choices — a well-balanced nutritional plan is the way to go.

Exercise: Now not only does working out improve mood and energy levels – it’s also necessary for healthy cellular function.

Environment: Sun exposure can cause oxidative stress, so don’t forget your sunscreen!

Genetics: Some people are simply predisposed to age faster…it’s a bummer but true.

Yes, it's true that aging is inevitable – but with a few tweaks here and there, you might just be able to outsmart biology!

**Effects**


![](https://images.ecency.com/DQmT2jWgzVzwhw9wUVzGqiUwBCujT47yjVRYzrP9zsZdpYP/dial_icon_2797347_1280.png)

Image by <a href="https://pixabay.com/users/mcmurryjulie-2375405/?utm_source=link-attribution&amp;utm_medium=referral&amp;utm_campaign=image&amp;utm_content=2797347">mcmurryjulie</a> from <a href="https://pixabay.com//?utm_source=link-attribution&amp;utm_medium=referral&amp;utm_campaign=image&amp;utm_content=2797347">Pixabay</a>

It's a fact that we all slow down with age; even the Energizer Bunny needs a break sometimes. But I believe that hypermetabolism—the metabolic process of converting fuel into energy—plays a critical role in accelerating this process.

Consider it an extreme form of energy leakage: All that fuel, converted at a rapid pace, takes its toll on the body over time. It goes without saying that this type of extreme metabolism carries serious health risks including, but not limited to:

- Higher risk of cardiovascular disease

- Elevated risk of developing diabetes or metabolic syndrome

- Increase in body fat, particularly in the midsection

- Insomnia and other sleep disturbances

- Unhealthy cellulite buildup

And last but not least, accelerated physical aging. This can manifest itself in the form of wrinkles, sagging skin, thinning hair and other problems associated with age. That's why I strongly believe that managing hypermetabolism is key to slowing down biological aging.

## Evidence of Hypermetabolism in Studies

At first, I thought hypermetabolism and biological aging were two very separate things. But after I dug deeper , I was surprised to see evidence of hypermetabolism being linked to accelerated biological aging.

Let's start with some numbers: a study from 2010 showed that adults with higher metabolic rates had shorter telomeres—the protective caps that sit on the end of our chromosomes—than those who were more sedentary. 

Another study in 2019 looked at medication-induced hypermetabolism and found that adults in their 50s had similar telomere length to those in their 60s, suggesting a faster aging process.

Not only that, but other studies have found links between human growth hormone (HGH) and increased metabolism leading to higher body fat and lower muscle mass. That could explain why athletes who rely on HGH for performance are more prone to injuries due to biological age than their non-HGH-using peers.

So while it's undeniable that a metabolic slowdown is part of the natural aging process, it seems that when we try to fool Mother Nature by revving up our metabolism with added energy sources (food or supplements) or chemicals (HGH or steroids), it might come back and bite us later on down the line.


## Preventing Accelerated Biological Aging With Lifestyle Changes

No matter how well you've managed to slow down the clock, it might be hard to keep up with hypermetabolism. But it's not impossible—imagine if you could outrun your own metabolism! On the contrary, if you adjust your lifestyle just right, it can help prevent accelerated biological aging.

So what can I do? Well, here are a few tried and true tips:

Exercise regularly: While I'm not a huge fan of long runs or marathon squats (who is?), getting regular exercise helps keep your metabolism in check and also has plenty of other benefits that help stave off aging.

Eat healthy: Eating fruits and vegetables are great for keeping you feeling energetic and full of life, plus provides essential vitamins and minerals that help protect against the signs of aging.

Sleep enough: Make sure you're clocking in enough Zzzs to keep you energized all day long—7-9 hours is ideal for me, but everyone is different!

Avoid Stress: Stress wears down both your mental and physical health—so try to practice relaxation techniques like yoga or meditation whenever you get a chance.

Following these simple tips might just be enough to arm yourself against the accelerated biological aging caused by hypermetabolism—and who knows? You may just find yourself looking younger than ever before!

***It's definitely clear that hypermetabolism and its role in accelerating the aging process is a complex issue that requires further research. That said, I think it best to take the advice of experts in the field and remember to take care of our bodies and mind, both of which are inextricably linked to our biological aging. After all, why age faster when there's so much to be gained from living a long, healthy life? Here's to slowing down the aging process, one mindful lifestyle change at a time!***


***References / Resources*** 


https://scitechdaily.com/hypermetabolism-an-unexpected-driver-of-biological-aging/

https://pubmed.ncbi.nlm.nih.gov/10654381/



https://neurosciencenews.com/.well-known/captcha/?r=%2Fcell-metabolism-aging-22262%2F

https://www.researchgate.net/publication/12661144_Sarcopenia_hypermetabolism_and_aging

https://academic.oup.com/ajcn/article/74/3/328/4739588