Am I Sick, or Just Freaking Out?


 

It’s kind of like a tornado just came through, isn’t it?

There’s a debris field of mayhem in its wake, and we’re looking around trying to figure out what the “new normal” is, what damage has been done, and what we need to worry about next.

In the case of this pandemic, the wreckage behind the storm is made up of our uncertainty and unanswered questions.  In short, it produces a lot of anxiety.

And that anxiety drives a lot of internal questions.  You know the questions I’m talking about…

What if I get sick?

What if someone I love gets sick?

Am I getting sick now?

Should I be worried about getting sick?

Can I get sick just from worrying about getting sick?

I’m guessing some form of these questions are floating around for all of us.  But, so what?  Is there anything we can do about it?

I think there is.

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The Power of Regular Work


We get regular work done on our cars, but not our bodies. Why is that? And what happens when we devote that kind of regular effort to maintaining and improving our well-being?

A Dose of Reality From Mauro Pilates


 

It was embarrassing.

I considered myself a reasonably fit guy, but suddenly I was being asked to do things my body just couldn’t figure out. Not only that, but it was happening routinely.

I’m not talking about a bootcamp, crazy calisthenics, or the next breakdancing craze. I’m describing straightforward, well-intentioned Pilates instruction from Liana Mauro of Mauro Pilates.

Sometimes, balance and coordination are key.

Sometimes, balance and coordination are key.

I was okay with the basic movements. A leg press on the reformer, or a straight arm pulldown from overhead to my sides (like a lat pulldown, for those familiar) came relatively easy.

But then, Liana took me through exercises that I had apparently swept under my strength-and-fitness rug. Balance on opposing hand and knee on an unstable surface? Simultaneously engage my core and twist through my trunk? Or, god forbid, work the muscles on the side of my pelvis with a leg-lift or hip rotation? Forget it. Not happening.

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Aid for The Sleepless: Part 2


Last time we talked about how we get to sleep, and the two hormones we must manage: cortisol and serotonin. In a nutshell, stress raises our cortisol levels, and also lowers our serotonin levels.

Low serotonin and good, restful sleep generally don’t go together. So what can we do? Address the stress! If we can eliminate or control the things that elevate cortisol, the serotonin in our brain will do its job, resulting in peaceful slumber.

The problem is that most people think stress is one dimensional. Wrapping your head around the idea of psychological stress is pretty easy. Our language is full of clues: being “stressed out” or a “stress ball” are terms people use to refer to someone under a lot of mental or emotional strain.

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Aid for the Sleepless


Why can’t you sleep? Sleepless nights are a common problem and the causes are numerous. Aside from the obvious causes of sleeplessness — a noisy environment, being sick, congested, or otherwise uncomfortable — there are many people out there who have trouble sleeping and can’t nail down what’s disturbing their rest.

I’ll offer a common explanation for why many people have trouble sleeping. It’s not the only explanation by any means, but I see it in patients frequently enough that it warrants special attention.

Part of the problem is what we accept as “normal”. I can’t tell you how many times I’ve heard people say something like, “Oh yes, I sleep fine. I get up two or three times a night, but it’s no big deal.” Getting up two or three times a night is not normal. It may be common, but it is definitely not normal.

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French Fries Count, Too


stress_thermometer_460x460

Stress comes in many forms. Most of us understand this intuitively. For example, we know that we feel “stressed” when we have a hard day at work or when we’re carrying a heavy load.

We use the word to describe an intense emotional event, and to convey what is happening to a wooden board bent to the point of breaking.

While the concept seems natural, the actual term “stress” hasn’t been around very long. It wasn’t coined until a researcher by the name of Hans Selye came along in the 1950s.

On the other hand, the idea that people and things could be subjected to environmental irritants has been around for a long time. D.D. Palmer, the founder of chiropractic, made this observation back in the late 1800s.

Palmer divided these irritants, or forms of stress, into three categories: mechanical, chemical, and psychological–or what he called “traumatism, poison, and auto-suggestion.”

An example of mechanical stress might be wearing an uncomfortable pair of shoes all day.

Chemical stress might arise from a food allergy or a toxin from unfriendly bacteria.

Psychological stress is perhaps the most well known, and can surface from any conflict such as a fight with your spouse or a bout with an unreasonable boss.

An important thing to understand about all forms of stress is that they’re cumulative. That is, you can’t separate the different varieties of stress and somehow recover from them independently.

If you spend the weekend playing touch football (mechanical stress) and have a looming work deadline early in the week (psychological stress), and as a result of your time crunch, scarf down fast food filled with sugar and hydrogenated fats (chemical stress), then it shouldn’t be a surprise when you’re worn down and sick by Friday!

Selye actually determined this half a century ago when he would stress lab rats in various ways and then observe how their bodies responded. No matter what form of stress, the eventual breakdown always followed the same pattern.

Humans also follow this pattern, and if we don’t make an effort to relieve the various forms of stress placed upon us, we end up sick, injured, or both.

So if various forms of stress can make us sick, then what exactly is health? It’s easy to understand that we feel good until mechanical, chemical, and psychological stressors (MCP) add up and we break down.

But what about that point in between when we have a fair amount of MCP, but we’re not yet sick or injured in any noticeable way (i.e. we don’t have any symptoms)?

That space in between the level of stress we’re currently under, and the level we have where we start experiencing symptoms is called “resistance”.

These ideas are best demonstrated with the stress chart at the top of the page, devised by Dr. John Bandy of Austin, Texas.

The chart reads like a thermometer, with our total exposure to environmental stress (or MCP), reflected by the “Now” point on the chart. Again, various types of stress can contribute to our total stress. Anything from marital strife, to fatty foods, to exercise can add to our overall stress level.

The point “D” on the chart is the Disease point. This is the point at which we begin to exhibit symptoms. “R” then, is a graphical representation of resistance. If the next big stress we are subjected to exceeds our current supply of resistance (“R”), then we experience symptoms of illness or disease.

At any given point in time we have varying amounts of resistance. It varies within and between individuals based on how healthful our diet is, what our job is like, how much exercise we get, whether a loved one recently passed away, and whether we’ve just been exposed to a “bug,” just to name a few factors.

That is, it varies based on how much MCP we’re experiencing.

So health, then, is that state in which we still have some resistance, keeping the level of environmental irritants that we are experiencing from producing symptoms. We are “unhealthy” (or experiencing “disease”), when MCP exceeds our resistance.

Any stress reduces the amount of resistance you have, bringing you closer to a state of disease. These concepts are well described in Dr. W.D. Harper’s book, “Anything Can Cause Anything.” The title gets to the crux of the matter: just like any expense — be it business or pleasure — will deplete your bank account, so too will any stressor deplete your overall reserve of health.

We’ll explore these ideas more next time to understand how we survive and adapt to all the stress that is around us!

It’s All Downhill From Here


If we ignore the current trend in professional sports to seek external, pharmacological help, there really aren’t any magic fixes for athletic performance enhancement. If our training techniques are optimal — and that’s a big “if” — then the methods available to try and take yourself to the next level are limited.

As usual, the trick is to get more fitness while preserving your health. Check out some earlier articles in this space to understand how the drive to improve our fitness can potentially negatively impact our health.

So, within these constraints, how do you get an edge? There are several techniques that have been used by both Olympic teams and weekend-warriors. Some are more available to the amateur athlete than others.

We’ll explore a few, break down the basic concept behind them all, and then finish off with a technique that can be used by anyone in day-to-day training.

More Air Please

Not too long ago the US Olympic Speedskating team was rumoured to have used supplemental oxygen to train its athletes. Team members put on masks that supplied oxygen at levels above normal atmospheric concentrations while they performed their usual workouts.

The idea was to provide “extra” oxygen to the athletes’ muscles, allowing them to engage a higher percentage of muscle fibers than they would otherwise. In so doing, the thinking went, they would be able to more effectively train a larger percentage of their muscle fibers than they would without supplemental oxygen.

Given the phenomenal success US Speedskaters had at the 2002 games in Salt Lake, many believe the technique is effective. It was an idea born out of the now popular “live high, train low” approach of having an athlete perform workouts at a lower elevation, enabling him to work out harder, while living at a higher elevation, reaping the benefits of the increased ability of his blood to carry oxygen after acclimatization.

Cool Down First

Everyone knows that you tend to get warmer when you exercise. In particular, the harder you workout the hotter you seem to get. It should come as no surprise then, to learn that world records in endurance sports are routinely set in cooler conditions.

Well, what would happen if you had a way to keep your body temperature cool, or even pre-cool it prior to exercise? This is exactly what the Australians did prior to the 1996 Olympics, with the development of a special ice jacket for their athletes.

The jacket was supposed to keep an athlete’s body temperature down in hot and humid conditions. With the body working under artificially cooler climes, it might be able to produce performances akin to the world record results seen when the mercury drops well below a normally comfortable 72 degrees.

Suspend Your Activity

When the media covered the amazing story of the thoroughbred Barbaro’s win at the Kentucky Derby and subsequent on-the-track injury, we were bombarded by video and photos of the horse suspended by a special pulley system to facilitate his movement and recovery (see http://sportsillustrated.cnn.com/multimedia/photo_gallery/0605/gallery.barbaro/content.1.html).

Similar contraptions exist for humans, too, when recovering from injuries that render us unable to support our full weight when we walk.

These devices support the pelvis, effectively reducing the weight that our legs have to bear while we walk on a treadmill. We can thereby retrain muscles that have lost strength due to trauma.

Instead of being used after an accident, what if we used such a device in training for competition? By removing a mere 10 lbs. of the load our legs have to bear under normal circumstances (and if you don’t think that’s a lot, try heading out for a 30 minute run carrying a 10 lb. weight next time), we’d be able to perform workouts at a much higher intensity, engaging, and thus training, a higher percentage of our muscle fibers.

And the Connection Is?

What do all these things have in common? Reduced stress. The technique applied reduces the stress from gravity, heat, or lack of oxygen.

In all cases an attempt is made to free the body of what is a common stressor, one that under normal circumstances would be considered unavoidable. In so doing, physiological resources become available to be applied to a not-so-common variable: the stress of training.

Unfortunately, all of these require specialized equipment and training to employ. So how can you and I get in on the action?

Go Downhill

Dr. Phil Maffetone, coach of six-time Ironman World Championship winner Mark Allen, recommends using a normal training tool: hills. Only this time, you’re not concentrating on going up the hill for its physiological benefit, but down the hill. The very thing that makes going downhill easy — lack of gravity stress — is what will allow you to push your muscles that little bit extra for an added training effect.

Whether doing this on the bike or on two feet, choose a long, gradual downhill section that will allow you to do some moderate intervals for at least 3-4 minutes. The longer the better.

Your pace should be right at the edge of your aerobic threshold. If you’re coming up on racing season and you’ve spent a few months steadily building your aerobic base, doing anaerobic threshold intervals downhill are appropriate too.

Play it safe, though. You can pick up a lot of steam headed downhill on the bike, so stay aware and keep your hands close to the brakes.

Improper form running downhill is also a great way to pick up a case of plantar fasciitis. The repetitive pounding on your calcaneus, or heal bone, is a common way to knock that bone out of position and inflame the connective tissue on the sole of your foot, the plantar fascia. Shorten your stride and stay off your heals, which is a good plan no matter what your running terrain.

Remember, it’s the downhill portion of the interval that’s important, so take it easy headed back to the top, spinning in a light gear on the bike, and jogging lightly, or even walking, when on foot.

This isn’t all to say that working the uphill portion of your terrain is useless. The strength-building benefits of uphill intervals are well known. Using the other side of the rise is a great way to change up your training and add a little extra to your routine, with little added stress.

Finding ways to effectively lower your total stress and still achieve good training adaptation will keep you healthy long enough to get optimally fit! Have fun!

Slow Weigh Down


So here you are, caught in the weight loss abyss somewhere between the the culinary onslaught that was Thanksgiving, and the approaching diet-destroying duo of the Christmas and New Year’s celebrations.

Time for exercise is in short supply. You figure that your best bet is to workout even harder than ever for the little time you have in order to maximize your calorie-burning hours.

Losing weight is all about burning more calories than you take in, right?

Well, no. It’s not quite that simple.

That idea leaves a lot unsaid about the overall effects of exercise on our bodies. There are lots of technical details involving fats, carbohydrates, and number crunching to illustrate why this doesn’t completely add up.

For now, though, I’ll spare you the mumbo-jumbo so we can get right down to understanding how different exercise intensities can impact our ability to get rid of those unwanted pounds. We can also use this knowledge to exercise in a way that helps you become more fit and stay healthy in the process.

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Your Body Is Not Trying To Heal


Stress is used as an explanation to cover everything from an outbreak of cold sores to a full blown heart attack. But how do we get from a nebulous concept like stress to a symptom that’s not at all subtle, like a headache in the middle of the night?

Last time we explored the varied forms of stress and we got a broad view of how it leads to illness. In this article, I’ll go over how our bodies actually respond to the varied stresses it is placed under. Understanding this will leave you much more prepared to handle health decisions and challenges you’re faced with every day.

I’ll start with an example that I use with a lot of my patients.

Let’s say a person — we’ll call her Jane — has recently twisted her ankle. As a result, she’s walking more towards the inside of her foot to avoid the pain she experiences when she gets too much weight on the outside.

Jane does this for a week or so, and the pain in her ankle seems to resolve.

A couple of weeks go by with her ankle feeling pretty good, though perhaps just a bit stiff from time to time. However, now the inside of her knee is hurting.

She doesn’t know why this started, but she’s found that, without really even thinking about it, if she just shifts her weight a little bit to the outside of her hips her knee stops hurting.

Jane continues to hold herself this way and six or eight weeks go by without her knee or her ankle hurting. The problem she has now is that her hip has started to bother her.

No change in position or amount of time resting make the discomfort go away.

This is the state she is in when she walks into my office, complaining of hip pain. So put yourself in the doctor’s shoes for a moment, and tell me: where is Jane’s problem?

From experience, I can tell you that if we just address the spot where she’s having discomfort — around her hip — we won’t get very far. She’ll either have no relief at all, or the pain will be back in short order.

Our fictitious patient has essentially layered herself into a problem that won’t go away until we remove the layers in the order that they came about. That is, we have to address the hip, knee, and foot — and typically in that order — to provide our patient with complete relief and optimal healing.

We tend to layer problems on top of each other, and it’s only when we’ve layered so much that our bodies have nowhere to go that we then have pain, discomfort, or some other symptom that won’t go away. Addressing these issues in order is a process that doctors for over one hundred years have referred to as “peeling the layers of the onion”.

The question you might ask at this point is: why wouldn’t the body just heal the original problem and be done with it?

The big concept to get here is that, contrary to popular belief, the body’s main priority when it is hurt is not to heal. The body first and foremost is trying to survive.

Let’s use an analogy.

Imagine you’re sitting in a house somewhere and all of a sudden you feel a huge earthquake begin. You look up and see the ceiling cracking. It seems like the whole house could come down on top of you at any minute, so you start to run to the door to get outside.

Before you make it to the door, though, you find a big bookcase that you had in the hallway has fallen over. It and the dozens of books that were placed upon it are now strewn on the floor in front of you, blocking your path out of the house and away from imminent danger.

Given this scenario, would you take the time to carefully stand the bookcase back upright, and then proceed to neatly place all the books back on their proper shelves in the appropriate order?

Probably not.

Chances are, you’d use whatever strength you had to quickly push the bookcase out of the way, and throw the pile of books in whatever direction was most convenient so you could get out the door fast.

You’re not worried about what the mess looks like right now, as you have survival as your first priority. You know there will be plenty of time later to come back and pick up the mess.

You hope so anyway. But what happens if you come back, and instead of having time to clean up, you now have to deal with a tornado, or a fire, or a family crisis?

The books might just get pushed to the side somewhere, maybe even preventing you from getting easily to the kitchen, bathroom, or bedroom.

Our bodies work very much along the same sorts of principles. Systemically we deal with problems in order of priority, stacking things on top of each other without necessarily having fixed the last thing.

Basically, we adapt to the problem at hand in order to remain functional and survive against the onslaught of stresses that each of us encounters every day. True healing is something else entirely.

Healing, like an orderly cleaning of our traumatized house above, requires time and energy. If that time or energy is concentrated on something else, problems will pile up, and it will require additional, focused energy to neatly clear out the adaptational mess that has developed.

My time as a doctor is spent helping people find their way out of the maze, frequently addressing issues that people might have thought they had completely dealt with ages ago.

What they didn’t realize is that they simply adapted to whatever problem they had, without really healing from it.

Jane never really healed from her twisted ankle. The pain stopped, yes. But she never addressed the altered gait or lack of muscular support that she had from the original trauma.

Each adaptation we layer on top of a problem requires energy. Having to walk over or around the pile of books that used to be on the bookcase takes more energy than simply walking the straight path that used to exist before things fell over.

Every additional adaptation that gets added on requires more energy, until it becomes all we can do just to navigate our little mess of a house.

The effort it takes to clean up the mess (or “heal” from the problem) will take an additional, one-time expenditure of energy. But over the long haul the energy saved in having a clear path will be far greater.

Knowing this along the way can save lots of time, energy, and discomfort. Just like addressing small messes along the way is a lot easier than a complete house cleaning, getting aches, pains, or injuries you might experience evaluated before they become unmanageable will keep your physical, mental, and emotional house in order.