Photo courtesy of Jeff Blackler under Creative Commons. License.
Most of you reading this article probably believe regular cardiovascular conditioning is important for your health and that it reduces your risk of heart attack.
If you agree with this premise, you’re also very likely to believe that you must regularly perform cardio exercises, such as running and biking or using one of many machines, to achieve optimal cardiovascular conditioning.
But, is this really the case?
First, let’s look at the issue from a perspective of natural history. Our evolution into the human species from our ancestors is thought to have occurred some 2.8 million years ago.
Spanning the duration of this vast period, you’ll be interested to know the number of deaths in the U.S. resulting from heart problems was rare prior to the 19th Century.
The Journal of the American Medical Association published the first article on coronary thrombosis (ischemic heart attack) in 1912. In reality, there was no category for Coronary Artery Disease by insurance companies or government agencies before 1930, because it was so unusual.
Prior to that first article on coronary thrombosis, however, the grain industry began hydrogenating plant and grain oils around 1908, signaling the beginning of a huge health problem in America.
Personally, I find it interesting that there is such big hype over cardiovascular exercise as a necessary prevention for heart attack or even heart disease, when such diseases were relatively nonexistent about a century ago, a mere flash in the pan of human evolution.
Our next logical question should be, did our ancestors regularly participate in cardiovascular exercise? That’s not likely.
First of all, it would not be energy efficient to run around gathering berries, firewood and nuts in your target zone. Nor would it have been wise to run through the bush trying to get a workout in while hunting, since any animal would hear you coming from hundreds of yards away and be long gone by the time you got there.
If there was a cardiovascular stressor in our native environment, it was most likely when messengers were sent to neighboring villages or during times of battle, where they were running or fighting for their lives.
When you look at most sports played today, recreational activities and work-related tasks, most of them place anaerobic demands on the body.
Surely, some of you grew up on a farm or have done hard labor before. When performing any intense work, you begin breathing faster and faster.
In fact, you will go aerobic within a few minutes if the work demands so much of your anaerobic energy systems that the demand for energy can’t be replaced by intermediate and anaerobic energy systems (fast glycolytic and aerobic).
I have many memories of bucking (stacking) hay. Bails weigh 75-120 pounds, yet you’ve got to keep up with the tractor as it moves through the field (no, my dad didn’t let me stop for a minute every 12 bails).
When you have thousands of bails to haul in and will be in the field for hours at a time, your anaerobic stimulus (the bails) produces a demand that the purely anaerobic phosphagen system can’t maintain on its own (it only lasts about 8-12 seconds!), resulting in ATP (adenosine triphosphate) production by anaerobic glycolysis and aerobic metabolism, respectively.
By this same mechanism, your anaerobic capacity is recharged during sports like tennis, soccer, hockey and basketball that require explosive movement for prolonged periods of time.
I use hay bucking because it is a real-world example of how we have maintained aerobic fitness from the beginning of human evolution.
By now, you should be wondering why we are so encouraged to offer aerobic exercise to our patients and clients by most every medical, physical therapy, chiropractic and personal training education program that exists.
It’s simple, actually. It’s the very same reason we’re being told that we must eat a high carbohydrate diet for energy. Why do doctors tell people they must take this or that drug? It’s all about big industry influence.
Quite simply, there’s not much money in the manufacturing and sales of dumbbells, weight plates and Olympic bars, but there’s huge amounts of cash to be made if you can convince the masses that aerobic exercise is necessary for disease prevention.
After all, have you priced a treadmill, step mill, spin bike, rowing machine, elliptical machine or any such equipment lately? They cost anywhere from several hundred to several thousand dollars per unit, and have hundreds of moving parts which wear out, break and need to be replaced.
How many Olympic bars or dumbbells have you replaced lately?
It’s not at all unusual for a gym or rehab clinic to spend $75- $100K on cardio equipment which will need to be replaced every few years. Often, the same facilities don’t spend more than $15-20K on free weight training equipment that can last the life of the gym.
Yes, I know they spend large sums of money on fixed axis resistance training machines, but that is but another sign of industry influence and professional passivity!
When you get several large equipment manufacturers with multi-million dollar investments in the production of aerobic exercise equipment, you can rest assured there will be a comparatively large commitment to creating an aerobic exercise consciousness.
The proof is all around you, in exercise and bodybuilding magazines, trade journals, TV infomercials and training manuals from most educational institutions.
Who do you think sponsors educational institutions and pays for their supportive research?
In the last of my two-part series, we will discuss the most effective ways to promote fitness and good health by achieving the proper balance of exercise and diet based on your specific Primal Pattern® type.
Love and chi,
Paul
