Remember when you were in school, struggling with math, and wondering when you’d ever need to know how to multiply fractions in “real life?” Of course, we later came to realize that understanding mathematical concepts helps us not mess up a recipe, figure out the interest on our mortgage and investments, and determine which car to buy.
In researching brands for our upcoming endurance-themed event, we found the word “science” popping up. We got to thinking about what science had to do with being an endurance athlete. Turns out, a lot. Whether you’re training for an Ironman, marathon, or 25-hour mountain bike race, there is a science to what you put into your body, what is required, for you to go faster, further, longer, and harder than anyone else.
Thanks to the folks at GU Energy, we learned a lot:
- Though widely debated, scientists have found that caffeine does improve performance. Click here to learn more about why caffeine matters.
- The body doesn’t sense dehydration very well, with stimulation of thirst occurring after the body has already lost 1% of body weight in water. Exercise performance decreases with as little as a 2% drop in body weight from dehydration. So there’s a small window for athletes to respond to thirst before performance is impaired.
- The body needs fuel whether you’re on land or in water. Though you can’t chow down while endurance swimming, there are ways to get the carbohydrates needed to keep you going. (More on those next week.) Also, sweat is an indication the body needs to hydrate, but that reminder typical isn’t there for a swimmer.
The body is a complex machine and when you decide to put it through rigorous tests with endurance sports, the best way to keep it finely tuned can be a complex thing. On Monday, we’ll share with you brands that will make the science of endurance sports simple to understand. One such brand we’re excited to partner with is GU Energy. They have committed to providing endurance athletes with the proper tools the body needs on the inside so it can function at optimum levels on the outside.