Posts Tagged ‘result’
Melt The Fat and Fortify the Muscles
Are you trying to lose weight? Do you incorporate work out plans and a balanced diet into your weight loss program? Or, are you on a harsh caloric restrictive diet or a super low carbohydrate diet? If so, the chances are very high that you may be burning your muscles for energy instead of fat. Losing too much muscle is dangerous and could be fatal. Do know that your heart is a muscle? Does this statement set off an alarm in your head?
Your body is like an engine that must burn fuel to function. The engine is muscle. The fuels are fat, carbohydrate (glucose), and, under certain circumstances, protein. Whenever fat is burned, ketones are found in the blood and urine.
Some people mistakenly think ketones are a sort of miracle that melts fat from the body… regardless how much a person eats. This is simply untrue. Ketones are the result of the metabolism of fat. Their presence indicates that you are burning fat.
Ketones are result of the metabolism of fat in the body. They are created when fat is used for energy by the muscles. They are acids known as ketone bodies. There are three kinds of acids produced. Beta-hydroxybutyric acid, aceto-acetic acid, and acetone. The role they play in your body, doesn’t require you to be a chemist.
The Environmental Truth on Polyurethane Foam
So many people seeking a wholly organic and environmentally friendly lifestyle automatically assume any material with a chemical sounding name will cause them harm. Yet that is a notion that is so inaccurate, it is almost laughable. According to the Polyurethane Foam Association, polyurethane is produced as a result of the reaction of two organic materials: polyol (a naturally occurring alcohol) and diisocyanate (groups of isocyanates from plant or animal matter), together with water.
When the reaction takes place bubbles form and the substance expands, almost like the process of baking a pound cake. Various measures of each ingredient or different methods of mixing will produce varied consistencies and densities of foam. Some forms are hard like plastic, others are extremely soft. Depending on the density and presence of elastomers, polyurethane foam is formed into everyday materials such as all manner of fabric coatings and synthetic fibers. The durability of the foam and ability to be impervious to moisture, translates into an excellent material for outsoles and midsoles of footwear. Low density and flexible foams are perfect for bedding and upholstery.