While most count the passing years, your true age is actually reflected in your biology. By stimulating your mitochondria, honing your diet, shedding excess weight, and triggering autophagy, you can start growing younger today.

BIOLOGICAL AGE vs CHRONOLOGICAL AGE

Biological age is the most accurate predictor of longevity. The metric is determined by how well your brain and muscles work, how well regulated your hormones are, and how much general wear and tear you’ve put your body through. Unlike chronological age, our biological age truly reflects how old we are.

Poor diet and unhealthy amounts of stress can often lead to increased biological ageing. As a result, hard-charging cyclists living on sugar and refined carbohydrates are often surprised to find that their biological age exceeds their chronological age.

HOW TELOMERES HOLD THE KEY TO AGEING

When it comes to determining biological age, the length of your telomeres is where the answer is to be found. Telomeres are the caps at the end of each strand of DNA. They act to protect our chromosomes in the same way that a plastic tip on the end of our shoelace protects it from unravelling.

As we age, our telomeres tend to get shorter. But when this happens at too fast a rate, problems quickly begin to arise. Our DNA becomes unprotected and unravels much like a shoelace tip. With shortened telomeres, dividing cells struggle to replicate exact copies and this makes diseases like cancer much more likely.

It may sound depressing, but the good news is that there are ways to help lengthen telomeres and hence decrease our biological age. And what’s more, you may be surprised by just how easy this is to do with effective training.

3 WAYS TO SLOW THE AGEING CYCLE WITH A SMART TRAINER

Our culture often attributes cycling with good health, but it’s not always the case. Some cyclists get it wrong. Intense training, insufficient recovery, stress, and suboptimal diet all contribute to accelerate biological ageing. Here’s how you can use your smart trainer to begin reversing your biological age today.

1) FOR LONGER TELOMERES DROP THE EXCESS WEIGHT

If being slow on the climbs wasn’t reason enough to lose weight, then the effects of excess weight on biological age might just convince you. Science supports the correlation between body weight and biological age. A 2005 study carried out at St Thomas’ Hospital in London showed that maintaining your ideal body weight can help lengthen telomeres by 9 years.

– THE BENEFITS OF A LOW CARB DIET

The consumption of high-glycemic carbohydrates produces an insulin spike to help lower blood sugar. But when this is done too often, or the spikes are simply too high, many become insulin resistant.

In this state, it becomes more difficult to metabolise carbohydrate. The body resorts to converting the excess to visceral fat rather than storing it as muscle glycogen. The resultant inflammation wreaks havoc on the body. It leads to fat deposition, hormonal dysregulation and ultimately, increased biological ageing.

Targetting weight loss should be a two-pronged approach between diet and exercise. While most people can incorporate some simple dietary changes into their routine, those cyclists feeling a little more ambitious may try becoming fat-adapted. A well-honed diet coupled with some smart trainer workouts to increase fat-burning will go a long way towards slowing down biological ageing.

– THE SMART FAT-BURNING WORKOUT

While many believe that low-intensity exercise is more effective for fat burning, it turns out that incorporating some intensity is more effective.

By exercising in zone 4 or 5, you stimulate your fat-burning metabolism to a much greater degree. Your body quickly burns through its carbohydrate stores, and once depleted, the body will revert to fat for energy. Interestingly, the real fat-burning benefits come in the 4 hours post-workout — something that’s key to any longterm weight loss goals.

Here’s a workout that’ll stimulate your fat-burning metabolism.

● 15-minute warmup
● 3 x 10 minutes intervals at threshold with 5 minutes rest in between. Increase interval time as you improve by 2 minutes each time.
● Ride for the remainder of the ride in zone 2
● Warm down

2) FASTED WORKOUTS AND AUTOPHAGY

Autophagy is an old Greek word that means “eating of the self”. It’s the process by which the body carries out a cellular clean up. Anything that’s old or damaged within our cells is efficiently recycled via a natural process to keep cells young and functioning optimally. During a smart trainer workout autophagy can be initiated in one of two ways.

– FAST FOR EVER-LASTING BENEFITS

By working out in a fasted state, you force your body to use up what is already stored within. Fasted workouts are best carried out in the morning when glycogen supplies are depleted.
With limited fuel, the body will quickly revert to using up damaged cellular material.

This process is initiated regardless of exercise intensity, and when done regularly leads to decreased ageing over time. If you are training intensely or peaking for an event, then occasional fasting may be all that’s required.

– INTERMITTENT FASTING

Although fasting is effective in activating autophagy, it isn’t something that a hard-charging cyclist can sustain for long. Cyclists require a stable flow of calories and too much fasting can be detrimental to performance and health with continued training.

Intermittent fasting involves eating within a particular time window. 16 hours of fasting followed by an 8-hour eating window is a manageable protocol for many beginners.

But for those who can’t forgo food for 16 hours, studies suggest that restricting protein intake is another powerful way to trigger autophagy. By consuming less than 25 grams of protein per day, you’ll help your body carry out the spring cleaning that is autophagy.

Many people opt to do a protein fast one day per week. It’s always best done on a rest day, but if you do decide to use your smart trainer during a protein fast, opt for low-intensity rides. A short workout in the endurance zone (zone 2) won’t break down your muscles in the same way an intense sprint session will.

3) MAXIMISE ENERGY PRODUCTION: UPGRADE YOUR MITOCHONDRIA

Your mitochondria are responsible for taking nutrients into a cell and producing the energy you need to function. Everything from generating the force required for an all-out sprint to the act of breathing itself is made possible by the energy produced by mitochondria.

Pro cyclists tend to peak in their late 20s. In fact, the average age of the Tour de France winner is 28. One of the reasons for this is that our mitochondria produce less energy the older we get. Without intervening in the process, we all experience reduced capacity during intense efforts as we age.

The best way to upgrade your mitochondria and ensure that performance tapers off gradually and naturally is to train at high intensity.

– THE BENEFITS OF HIIT

High-intensity interval training (HIIT) is the best way to improve mitochondrial function. It increases both the rate at which the mitochondria produce energy and the total amount of energy they produce.

When it comes to incorporating HIIT into your smart trainer program, this means taxing your VO2 max, anaerobic capacity and neuromuscular zones. Anyone with a heart condition should always consult their doctor before exercising at high intensity.

– A SMART TRAINER INTERVAL TO TUNE UP YOUR MITOCHONDRIA

It doesn’t take a major time commitment to stimulate your mitochondria. At 35-45 minutes in length, the HIIT routine shown below will boost mitochondrial function dramatically.

● 15-minute warm-up
● 30 seconds all-out sprint
● Ride easy for 4 minutes
● Repeat 6-8 times

While the above workout targets the neuromuscular zone, it can be tailored to tax either the VO2 max zone (105-120% of FTP) or the anaerobic capacity zone (121%-150% of FTP). When training the VO2 max system, the length of each interval will be between 3-5 minutes, while anaerobic capacity will be in the 1-3 minute range.

FOREVER YOUNG

The 3 aforementioned tips will go a long way toward keeping those protective telomeres from shortening prematurely. While no cyclist has the same speed in their legs at 60 as they did at 30, it’s the anti-ageing benefits of such routines that help ensure we age with grace and continue to enjoy the sport of cycling into ripe old age!