Ryan

A very late February update

This article was originally posted by Ed at the original HillRunner.com Blogs.

Despite a slight injury February was a very good month.

I ran a total of 24 runs missing four planned runs due to a sore meniscus and had one planned off day. I logged a total of 202.24 miles in slightly over 26.5 hours for an average pace of 7:53 per mile.

I felt very good for most if not all of those miles even though the route was pretty hilly. Got some great training done.

In comparison to last year –

Jan – Feb 2015 = 2.86 miles, yes less than three miles.

Jan – Feb 2016 = 447.38 miles, much better.

Also –

September 2014-June of 2015 = 519.11

January 1 through March 11, 2016 = 492.35

“Altitude training” masks – worth it?

This article was originally posted by Ryan at the original HillRunner.com Blogs.

I’ve recently seen several people ask about “altitude training” masks. Recently, I was asked by a runner I coach. Because this seems to be a hot issue, I thought I’d cover what I’ve seen as of now.

What is an altitude training mask?

First, what is an altitude training mask? This is the one I’ve come across in discussions. Maybe you’ve seen them around. I’ve never yet seen someone running with one but I have seen a couple people wearing them while weight training at the local Y.

What’s the goal?

Next, let’s have a quick review of what endurance athletes are trying to accomplish when going to altitude. We are trying to live in air with relatively low oxygen levels in order to stimulate the production of red blood cells as well as their ability to carry oxygen. In recent years, it’s been discovered that you can get the benefits of altitude while living at altitude without suffering the drawbacks (primarily not as much oxygen available) if you travel to low altitude for training. That’s why we have the concept of “live high, train low” and why quite a few elite runners these days have altitude tents in their bedrooms. They can sleep at simulated high altitude but train at low altitude.

Altitude training? Not quite…

This specific mask’s promotional material states:

Training Mask 2.0 does not “change on the o2 molecular level” however your body does make adaptations for this “Simulation” to be considered “Altitude Training” also known as the “BOHR EFFECT”

So it’s not reduced oxygen. That’s a good thing because, if you were reducing oxygen levels, wearing the mask while running would have the opposite effect of what you’re looking for. You want to “live high, train low” and this would have you living low, training high if you wore it while running and not at other times.

Resistance training? Possibly…

But what does this mask actually do, then? It appears that the claim is that it simulates high altitude by restricting your air flow.

Elsewhere on the same site, I see the claim of resistance while breathing building diaphragm strength and surface area and elasticity of alveoli, improving anaerobic thresholds and lung capacity. They mention studies but don’t offer references.

Well, that’s not what training at altitude does. Instead, the mask is a type of resistance training. The restricted airflow would add resistance that your respiratory muscles have to overcome. While that’s not altitude training, is there a benefit to this?

I have now come across some references that help answering this question. In re-reading Science of Running by Steve Magness, I came across the topic of “respiratory training”.

As Magness notes (with references, unfortunately, to studies I can’t find online) a study by Romer evaluates the effect of respiratory muscle training and finds that it improves 20km and 40km cycling time trials by 3.8% and 4.6% respectively.

However, Magness also notes that similar studies have had mixed results and it appears the benefits are less significant in less well trained runners.

As noted in the book:

As we have seen, the degree to which the respiratory muscles contribute to VO2max varies based on training level. … For this reason, higher-level runners should consider respiratory training, while lower level runners probably will not see the same degree of benefit.

Note: The site mentions building surface area and elasticity of the alveoli, improving anaerobic thresholds and lung capacity. The anaerobic threshold claim would seem to have some credence based on what I noted from the Magness book. I still have found no evidence for the claims related to the alveoli and lung capacity.

Conclusion

At this point, given the science I’ve seen and what we currently know about the benefits and drawbacks of altitude, I see limited benefit in this product. In fact, it might be counterproductive for some if used while running.

For the record, I attempted to contact the company linked to above so I could discuss benefits and concerns with them directly but, over a year after my first attempt to contact them, I never received a response.

Administrative note: registration and forums

This article was originally posted by Ryan at the original HillRunner.com Blogs.

I hope it has mostly gone unnoticed to most of you but there has been a rash of attempted attacks by spammers over the past few days.

Largely, the spammers have been trying to do their thing over at the forums. There have been a few attempts on the blogs also but, as of now, those have not gotten through.

In order to combat these attacks, I made a few changes:

  • Registration (which goes through the forums) will now require email confirmation. Your account will not be active until you confirm your email address.
  • Posts from new members are being moderated. New members can still post a new topic in the forums but posts from new members will not appear until they have been approved.
  • Topics that have not been commented on for 30 or more days will be closed to comments. Commenting on old topics has been a major tool used by spammers to get their garbage on here.
  • I’m sorry for any inconvenience this causes but something has to be done. I’m also sorry if anyone encountered the spam. Hopefully these problems are now behind us.

    Luke Puskedra’s baby has cancer

    This article was originally posted by Ryan at the original HillRunner.com Blogs.

    On February 13th, I thought the worst news Luke Puskedra could face was that he finished 4th at the Olympic Trials.

    It turns out he faced much worse news not long after when he found out his daughter Penelope has Neuroblastoma. The word right now is that her prognosis is good but she does face a long and expensive recovery.

    If you would like to help the Puskedra family financially, a friend of the family set up a GoFundMe page.

    What do we know about injuries?

    This article was originally posted by Ryan at the original HillRunner.com Blogs.

    Image

    Ask science and injuries are still in many ways a black box. We don’t really know what causes them. We have some ideas but there is no concrete evidence. Some will tell you heel striking causes injuries. Others will tell you midfoot or forefoot striking causes injuries.

    The truth is that different injuries have different causes. What we don’t know is that there are some overarching causes that apply across the board.

    Well, there have been a couple recent developments on this front.

    Forget the term "overuse injury"?

    First, a letter published in the British Journal of Sports Medicine makes the case that we should ditch the term "overuse injury" in favor of the term "training load errors".

    Their idea is that it’s not how much you train, it’s how your training load changes over time. They talk about an "acute:chronic load ratio" which essentially compares your workload over the past week to the average of your past 4 weeks. If your ratio is above 1.2:1 (meaning your most recent week is more than 120% of your 4 week average), you have an elevated risk of injury. If your ratio is 1.6:1 (meaning your most recent week is more than 160% of your 4 week average), you are far more likely to get injured.

    This seems like common sense. If you’re increasing your training load, either volume or intensity, there’s a risk. You’re much less likely to get injured if you don’t increase. The more gradual you build, the less likely you are to suffer an injury. However, at times at least, we need to increase and possibly risk injury if we want to get better. This is a good reminder that there is risk that goes with the reward so we should keep that in mind and take good care of ourselves as we increase our training load.

    How to prevent running injuries?

    Has the question really been answered? Well, this article suggests it might have.

    While the idea is sound, a more gentle foot plant (I have always preferred that term to "foot strike" which, in my mind, conjures an image of a violent collision with the ground) should reduce impact forces and lead to less stress, I’m not fully convinced of the final conclusions drawn.

    Consciously focusing on changing your form can backfire. Maybe it’s worth experimenting with if you suffer injuries already but there is risk involved. Just be careful if you give it a try.

    Image credit: Running painful ankle injury by 4Chion Marketing, on Flickr

    Scroll to Top