Do You Know How The Human Body Actually Loses Fat? 

The staggering number of fat-loss "solutions" out there can be quite overwhelming. It’s easy to be swayed by the latest miracle pill or treatment... but does new equal better? And does it even work on real people?

To get a better fix on what makes some fat-burning methods more effective than others, let’s have a look at how the body actually drops fat in the first place.

It's no secret: excess fat is a problem. It adversely affects appearance, performance, and health. This is why fat-loss products and programs gain more and more popularity every day. Sadly, the majority of these offerings are useless--even harmful. And all because they aim to force you into fat loss, rather than improving the way your body already loses fat.

The Science

Have you ever thought about where body fat goes when it's burned? Contrary to popular belief, it doesn’t just disintegrate into our bodies. When fat is burned, it is released from the body as carbon dioxide when we exhale. So, truly, breathing is the way we lose fat.

Researchers from the University of New South Wales, Prof. Andrew Brown and Ruben Meerman, found that this biochemistry is not new, but no one had thought to do the calculations and prove that fat is released through breathing; it seems to be news to everyone.

Crunching the numbers, Brown and Meerman followed a path of fat atoms to see how the new findings worked in the body. They found that out of every 10 kilograms of fat oxidized, 8.4 kilograms changed and released through the lungs as carbon dioxide. The remaining 1.6 kilograms are converted into water and released from the body through excretion, such as urine, sweat, breath, and other fluids.

To apply it to an average person, the researchers studied a person who weighed 70 kilograms (roughly 150 pounds) and found that in one minute of breathing (taking an average of 12 breaths), a person releases 200 milliliters of carbon dioxide. Brown and Meerman calculate that there are 33 milligrams of carbon dioxide in each breath, each breath containing 8.9 milligrams of carbon. With a total of 17,280 breaths taken per day, the average person will lose roughly 200 grams (0.44 pounds) of carbon per day. Plus, one-third of that loss occurs during sleep. [1]

What Does This Mean?

The numbers stated above track the average breath of a resting person. Unfortunately, nobody can just sit around taking deeper breaths and expect to get a leaner physique. No matter how you slice it, there's just no avoiding that other critical element, which is fitness.

Which presents us with yet another challenge: motivation. Sure, there are a number of fitness supplements out there that can effectively increase energy levels for improving athletic performance. And many of these products even use the same ingredients, like caffeine and green tea extract. But only one name takes a multi-pronged approach to fat loss. And that’s SKALD.

With SKALD, more fat is burned than Brown and Meerman calculated. As any athlete knows, the harder you workout, the harder you breathe. So, having a supplement that delivers vast amounts of energy and helps you breathe better is going to be vital to achieving the type of enviable, rock-hard physique that top athletes love to strut around.

Through a premium blend of energy- and mood-enhancing ingredients for instant motivation, metabolism boosters for the breakdown and conversion of stubborn body fat, plus the innovative offering of respiratory support--a first-ever among thermogenic fat burners--body fat doesn't stand a chance.

Just think about how much fat can be burned when you're breathing even more air and exhaling more carbon dioxide during each workout. That's right. A lot more.

Is SKALD right for you? You'll only know once you give it a try. If it doesn’t work, there’s a 60-day money back guarantee so you don’t have to worry. It may just be the best money you’ve ever spent.

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Reference: [1] R. Meerman, A. J. Brown. When somebody loses weight, where does the fat go? BMJ, 2014; 349 (dec16 13): g7257 DOI: 10.1136/bmj.g7257