10.02.2017 Views

ProVitalDNA - Package - DEMO EN

non-medical analysis - ProVitalDNA

non-medical analysis - ProVitalDNA

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

CALORIES<br />

Ideal calorie distribution<br />

Calories are the fuel for our cells and for athletic performance, and they are mainly obtained<br />

from the macronutrients fat, carbohydrates and protein. During the resting phase, the body<br />

gains from carbohydrates (glucose) and fat (triglycerides), roughly in equal proportions. Only<br />

when a great lack of energy occurs, the body starts to consume proteins from the muscles<br />

break down, in order to produce energy; this should, of course, be avoided in competitive<br />

sports. Additionally, the shape of the muscle plays a crucial role. As previously stated in this<br />

report, the ACTN3 gene controls the ratio between the white and the red muscle fibers, which<br />

burn different nutrients in order to produce energy. The amount of fat and carbohydrates<br />

needed during exercise thus depends on the nature (strength/endurance/mixture) and extent<br />

(short/long) of the activity.<br />

Energy balance during power sports<br />

The white muscle fibers are used when in power and speed sports. These activities use energy<br />

stored in the muscle, without oxygen, to power the muscles (the so-called anaerobic area).<br />

After about 20 seconds to 8 minutes without oxygen, this energy decreases, and the muscle<br />

fibers begin to convert carbohydrates into energy. More oxygen is thus needed, which is why<br />

breathing becomes faster. This form of energy consumes the stored carbohydrates (glycogen),<br />

which also gets depleted after a long period exercising. After exercising, the carbohydrate<br />

storage refill. For power sports the white muscle fibers are the main ones, and carbohydrates<br />

are exclusively used. For this reason, this type of physical activity requires a high-carbohydrate<br />

diet.<br />

Energy balance during endurance sports<br />

In case of mild exercise the red muscle fibers are mainly used. In comparison to the white<br />

muscle fiber, the energy is obtained not only from carbohydrates, but also from fat. This<br />

process yields about 3 times more energy than the production from carbohydrates, but it<br />

requires significantly more oxygen and is limited by respiration. In this form of exercise the<br />

carbohydrate stores (Glycogen) remain in majority untouched and are available for short<br />

sprints available.<br />

Endurance athletes therefore use, as opposed to the strength athletes, not only<br />

carbohydrates, but also fat. For this reason, the supply of the right amounts of fat and<br />

carbohydrates for endurance athletes is of great importance.<br />

Energy balance during play sports<br />

Playing sports are usually a mixture of endurance sports, which is maintained throughout the<br />

game, and weight training, with short sprints and high efforts. For this reason, the red muscle<br />

fat and carbohydrates are mostly used, while the carbohydrate stores remain in the muscles.<br />

<strong>DEMO</strong>_ML Page 172 of 295

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!