A change in the “tide” of marathon medicine
In summer in the good ol’ U.S. of A. – a season of love, baseball games, cookouts, yard sales, trout fishing, and marathon running. Five out of six of those things are good for you. The other is something almost everyone THINKS is good for you, but is actually heart-murdering lunacy.
Of course, I’m talking about the pavement-pounding.
As though it weren’t bad enough that the medical establishment and their dim-witted accomplices on network TV “Health Minutes” nationwide are encouraging us to take to the street in droves to beat our joints into dust and accelerate our heart rates to machine-gun levels, they’re also recommending that we swill gallon after gallon of water while we do it – a practice that for some unfortunate souls dilutes the delicate sodium balance in our cells so much that our brains swell up and we die!
It’s called hyponatremia, and it sickens or kills a surprising number of runners, bike racers, hikers, and fraternity pledges (ever hear of water intoxication?) every year. The real story here is that a new study published in last month’s New England Journal of Medicine – and picked up by no less than the esteemed (by many in the mainstream, anyway) New York Times – reveals that, as I’ve been saying all along, exercisers drink too much water. The study focused on participants in the 2002 Boston Marathon. Based on blood samples and other data gathered from the 488 runners before and after the grueling race, it was determined that 13% of them (more than 1 in 8!) showed indications of hyponatremia.
Among three of these, blood sodium levels were so low they risked imminent death. Keep reading…
So, how much water did they drink? In the course of the race, the AVERAGE of these 488 participants consumed 3 liters of water or the equivalent “sports drinks.”
Since a liter is about ten percent more than a quart, 3 of these metric units equals about 4/5ths of a gallon. This means that runners on the upper end of the samples of 488 were consuming well over a gallon of liquid (closer to 1.5 gallons based on the typical method of “standard deviation” statistical analysis) in approximately 4 hours…
Many of them actually gained weight during that race, a contest in which one person died of hyponatremia. Subsequent years’ races saw 7 cases of the condition in 2003 and 11 in 2004. The Times article also makes mention of a 2003 London marathon in which 14 runners were hospitalized for hyponatremia. They all lived, but their brains were so bloated that none could remember finishing the race!
What’s really scary is they all got that way by following the medical mainstream’s (and the running community’s) marquis advice: Drink as much liquid as you possibly can during exercise.
Bottom line: As I’ve said about a million times before, people don’t just drown in pools, lakes, oceans and bathtubs – overdo the H20 and you can easily “drown” in a glass of water.
Tags
Archives
- March 2010 (1)
- February 2010 (6)
- January 2010 (5)
- December 2009 (1)
- October 2009 (1)
- September 2009 (2)
- August 2009 (9)
- July 2009 (6)
- June 2009 (4)
- May 2009 (5)
- April 2009 (5)
- March 2009 (5)
- February 2009 (8)
- January 2009 (3)
- December 2008 (9)
- November 2008 (8)
- October 2008 (2)
- September 2008 (4)
- August 2008 (3)
- July 2008 (6)
- June 2008 (5)
- May 2008 (6)
- April 2008 (1)
- March 2008 (1)
- February 2008 (13)
- January 2008 (15)
- December 2007 (2)
- November 2007 (1)
- September 2007 (7)
- August 2007 (20)
- July 2007 (4)
- June 2007 (10)
- May 2007 (5)
- April 2007 (1)
- March 2007 (4)
- February 2007 (10)
- October 2006 (2)
- September 2006 (3)
- August 2006 (8)
- July 2006 (4)
- June 2006 (6)
- May 2006 (1)
- April 2006 (1)
- December 2005 (1)
- November 2005 (1)
- October 2005 (7)
- August 2005 (9)
- July 2005 (1)
- June 2005 (19)
- May 2005 (5)
Ten Tips for Optimum Athletic Recovery
1. Drink water, all you care for, before during and after engaging in
strenuous activity
2. Eat fruit
upon completion of activity to
bring blood sugar back
to normal levels and provide sugar for conversion to muscle glycogen.
3. Consume
celery and/or tomatoes
to provide necessary
sodium at least several times per week or as often as you participate
in strenuous activity.
4. When possible,
rest after meals to foster optimum
digestion.
5. Remember, exercise does not provide energy, it requires energy.
Sleep as much as you desire.
6. During long
duration activities, drink sports drinks of
fruit blended
with water. This works very well. For "ultra" events, add celery to the mixture.
7. Monitor your
water losses
by using a scale to measure your weight before
and after workouts.
8. Raw foods
provide the maximum nutrients for the minimal
calories
encouraging the most rapid recovery. Gradually raise the raw
percentage
of your diet until you approach or reach 100%.
9. Develop the habit of going to bed
earlier to obtain a good night's sleep.
10. Keep meals simple for optimum digestion,
and varied to insure optimum nutrition.


