Generate Endless Energy- Naturally (Part Seven – Exercise: Part 2)

Wave energy - Photo by madison bilsborough on Unsplash

Exercise Has Ebbs and Flows Too

To make your exercise routine’s more effective, it important to recognize that as with your energy cycles that ebb and flow, so too does exercise. As a result, you should not just keep pushing andWave ebbs and flows- Photo by Alex Pepelasev on Unsplash pushing once you get a routine going and expect straight line results. Your bodily systems need a break once in a while too.

Heavy duty body builder’s work this into their long-term plans as what they call a deload week.

A deload week is simply a week where you back off a little and take it easy. This “backing off” gives your body a chance to rebuild and recover for that week.

This can also take the form of deload sessions, which means for that workout, you’re going to give yourself a break. For example, in place of a run you take a walk. Or if walking, it might mean going for a shorter walk or take a day or two off. Let’s see why and how this can be helpful.

The Concept of Heart-rate Variability

Whether you’re a runner, a bodybuilder, a football player or any other kind of professional or amateur athlete, overtraining is a very real and serious threat. This is something you need to work hard to avoid.

Of course, while we do need to push ourselves a bit hard in order to stimulate growth and change, it is also important that we don’t push too hard and impair our performance in subsequent training sessions which will increase our chance of injury and illness.

This is a lesson which may take a while to learn, but the reality is that rest and recovery is also an important factor in any training program.

This is where an understanding of of what is called heart-rate variability becomes important

What is Heart-rate Variability?

The general idea behind heart-rate variability, is that it provides us with a useful measure of how well we’ve recovered from any given workout. It also gives us a fairly good indication of how well we’ve recovered from any given day.

In short, it serves as a quick check for your nervous system. This gives you an indication of whether you’re going to be performing at the top of your game, or whether you need to take it easy for aheart rate variability- Photo by Simon Migaj on Unsplash bit.

It is commonly known that a slower heart rate is generally an indicator of better cardiovascular fitness. What is less well known however, is that the consistency of the heart rate also gives us some insight into our current physical condition.

Specifically, when there is more variability between each heartbeat, this shows us that we are have recovered and are ready to go again. This likely is the opposite of what many people would expect to the be case by the way.

To get why works the way it does, it is helpful to take a moment to consider the way the nervous system works.

Essentially, the nervous system is comprised of two separate branches which are the voluntary nervous system and the involuntary nervous system. Let’s take a look at each to get a better understanding of how we work with exercise.

The Voluntary Nervous System

This is the part of the nervous system that you control consciously in order to move around. When you are going for a run or walk or even playing a computer game, your voluntary nervous system is in control.

The Autonomic Nervous System

The autonomic nervous system meanwhile is the unconscious part of the nervous system. This part of our nervous systems control things like breathing, digesting and heart rate.

The autonomic system can be further subdivided into:

The Sympathetic Nervous System

This controls our ‘fight or flight’ response, increasing heart rate, breathing and physical performance.

The Parasympathetic Nervous System

The parasympathetic nervous system controls our ‘rest and digest’ state which kicks in when we’re relaxed and recovering. Keep in mind that these are not binary states but more of a continuum.

At any given time, your parasympathetic and sympathetic nervous systems will be working in tandem to leave you in a state somewhere between. Heart-rate variability, is a way of recognizing the continuum between the 2 systems.

Your heart beat frequency varies each time you breathe in and out. When you breathe out, the brain sends an inhibitory parasympathetic signal to slow the heart slightly. When you breathe in, that signal disappears and the heart rate marginally increases.

Basically then, this means that your heart rate will change more when everything is running healthily and when you’re recovered. You can use a heart-rate variability monitor (an app and a chest strap) to measure this. You can then use this variability factor as a guide for how hard to push yourself in the gym so that you can avoid the dreaded ‘over training’.

The Polar H10 seems to be a good one that pairs with an app on your smart phone. There are a wide range of models which are available which are all reasonably priced considering how valuable this information can be.

The main take away here is that you need to understand the need to vary your workout intensity levels so that you don’t over-train to the point of either harm or getting no value from your training, maybe both.

Now, let’s move on to the final pillar of energy production- nutrition.

Start at Part One or Move on to Part 8- Eating for Energy

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