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MILEAGE IN RUNNING
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March 29, 2005
MILEAGE IN RUNNING

A little historical retrospective could give us a clearer picture of the role the training volume (in layman terms, mileage) plays in running.

For many years it was overestimated and sometimes the number of miles some runners put per week, and per month was reaching the edge of humanly possible and there was no room to "grow" and put more hours of running in the existing time frame of life. We got crazy for a while, reaching some kind of the tipping point in the "swing" of our mental pendulum trying to find the answer to our question. The majority of running population is still at this tipping point trying to build their running success through reaching some magic number of miles which is supposed to bring them to faster running.

Well, this philosophy is heavily ingrained in the minds of millions, and is supported by science and experience. It is a modern paradigm of training in long distance running. We can call it a quantitative approach: the more - the better. It is easy to think this way and easy to train this way. Just do it! It works!

Yes, it works to a certain extent, as usual, of course. It is a normal thing in human history. But life is built in a more sophisticated way, which philosophers call dialectic, and it goes through three major stages: thesis- antithesis-synthesis.

So, volume/mileage is good, but to what extent? What will be on the other end, affected by this volume?- Intensity/speed or how fast you are running, because at the end of the day, this is what we are looking for.

But how do we combine it with the volume of training? How are they supposed to be together without contradicting each other? This question is as old as running itself. Do we know the answer to it? As far as I know, we are only trying to find it through our discussions, science research, thinking and reasoning. We still don't have a common ground for our understanding and vision of this problem, but we are on our way to finding the truth.

We need to ask what's first, mileage or speed? How much do we need to run to run fast? Because of the nature of long distance running, it seems that we have to run a lot, but if we run a lot, we restrict our abilities to run fast. So the problem is how much can we run without limiting our speed of running.

On the one hand, long running develops our physiological abilities: VO2 consumption to produce ATP for the vital functions of the body, including muscle work.

On the other, it causes fatigue, because spending ATP for long running creates disproportion between spending and recovering ATP.

In order to run fast, you need a little extra otherwise your fast running will be postponed. Our body doesn't have more than is necessary, if we spend energy for something, then we won't have it for another thing. This other thing could be our speed of running.

One more thing to remember. Each organism has its own limit of energy, which is mostly pre-determined by its genetics. We can describe it in this way: some people have a "Rolls-Royce" engine (elite runners, for instance), others - much less (most recreational runners).

There was a very interesting research on this matter done in late 60 and 70-ies in the Soviet Union, which I'll describe in the second part of this article.

Therefore we can spend only as much as we have, and not more than this. In addition, we have to spend it by distributing it between different training necessities, such as long running, short running, strength, flexibility, coordination development, etc.

When we restrict our attention to only some of these necessities, we are getting in trouble after a while. In the same way as we do, when we have an unbalanced diet. Try to stay in your diet on something alone and you'll understand how bad it is for your body.

The same thing happens, when you are using a restricted number of training tools. You are losing muscle strength, coordination, aerobic abilities or speed. So the problem is how to maintain all of these at the same time on the necessary level.

The answer is only one: distribute your attention, your time, your efforts and your energy between them in the right proportion as necessary for your fast running on a specific distance. It could be a 5k or marathon, the essence of training will be the same. You need to know the volume necessary for your "engine", and how much of your energy you need to spent for each of your training needs.

Dr.Romanov

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Comments

Husky,
you may be correct, but you describe factors that determine a runners power output. Dr Romanov was talking about energy. Power tells you something about how fast you can go, but nothing about how far you can go. How far you can go is determined by other factors such as: fuel efficiency, the size of the fuel tank, how fast you can replenish your fuel, how much damage occurs, and how well damage can be repaired.

Posted by: LoMGuy at April 20, 2005 10:17 AM

HI LoMguy

Kinetics, Dr Romanov, is trying to describe in brief, the workings of the human body, there are different models, in which alot of scientists, have tried to prove and disprove, for the kinetics of the body. Based on Muscle structure and function, Oxygen transport, your Vo2 max is only one part of the physiology of running, some people may have a fantastic vo2max, an elite athlete, but another elite athlete with a lower vo2max, may produce the same times, due to different factors, of the body being more economic.

for example every body has a limit, pain limits, and the energy limit, say of a 6 litre rolls royce, would have a limit, to the energy it could produce once highly tuned, and on the best fuel possible!!!!!
I think this is what he is trying to say, one way of understanding some of this is actually researching human kinetics, it can by confusing though as different research has different answers, but with everything its the same, one view argues the other, but if one works better then id go with the better one.
I hope this is some sort of answer for you

(Sam Howard)

Posted by: husky at April 6, 2005 07:32 AM

Vincent,
I'll write about this an article on a website. Please wait a bit.
Dr.Romanov

Posted by: Dr.Romanov at April 2, 2005 09:56 PM

I'm confused by your statement:
"Each organism has its own limit of energy, which is mostly pre-determined by its genetics."

Are you speaking about glycogen reserves? I read that with increased endurance training more fat is used as an energy source and glycogen reserves are spared. Is this a myth?

Can you please explain what you mean with "limit of energy"? Can we find out what our limit is and adjust our training accordingly? Can this energy limit not be changed with training?

Vincent

Posted by: LoMGuy at April 2, 2005 12:47 PM
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