The scientific term "metabolism" is becoming increasingly popular among non-specialists. Increasingly popular in the papers - and not just advertising - write to accelerate, increasing and improving the metabolism, the effective excretion of metabolic wastes. Well, after many long-standing holiday is only one question, "metabolic": how to lose weight?
The term "metabolism" is derived from the Greek word μεταβολή, which stands for "exchange", "destruction". Today, under the "metabolism" means a series of chemical reactions that occur in living organisms and are necessary to sustain life.
Metabolism includes two mandatory components: metabolism - reactions in which organic substances are broken to release energy, and anabolism - the fusion reaction of biological molecules and structures in which energy is consumed.
In addition, pharmacologists and toxicologists use the term "metabolism" to describe the biochemical transformation of foreign substances. Because these substances are not synthesized in the human body, but are destroyed, for them is identical to the metabolism of metabolism. In living organisms, chemical reactions occur many times faster than the same reaction, due to enzymes - a complex protein molecules, each of which accelerates only one or several similar reactions.
A hundred years - one hundred fifty ago, scientists have studied individual reactions or sequences of several reactions. Such studies are very important for the formation of the foundations of biochemistry. However, on a background of thousands of interconnected biochemical reactions description of the individual reactions can be compared with the well-known parable of the blind wise men who touch "studied" the elephant. One took up his leg and decided that this post, the other rested on the side and said that it is a wall, a third felt the tail and concluded that the snake in front of him more info go to the link Fat Loss Factor.
In the past decade, accumulated a number of biochemical information that a mosaic of individual facts, finally, began to take shape overall (though not very clear) picture of the metabolism. The situation is complicated by the many times that the metabolism - it's not a "screenshot", a dynamic system of many interrelated processes. A new discipline - systems biology - using computers to simulate trying to complete the dynamic picture of the metabolism. These models were created for some bacteria and yeast genomes have been studied far and wide.
Effective global metabolic models can radically alter the biochemical and pharmacological studies, in part to replace labor-intensive experiments "blind." Global (and current) model for the biology of metabolism in some way analogous to the classical laws of mechanics for a technique that allows engineers to calculate in advance the properties of machines and buildings.
Metabolism includes two mandatory components: metabolism - reactions in which organic substances are broken to release energy, and anabolism - the fusion reaction of biological molecules and structures in which energy is consumed.
In addition, pharmacologists and toxicologists use the term "metabolism" to describe the biochemical transformation of foreign substances. Because these substances are not synthesized in the human body, but are destroyed, for them is identical to the metabolism of metabolism. In living organisms, chemical reactions occur many times faster than the same reaction, due to enzymes - a complex protein molecules, each of which accelerates only one or several similar reactions.
Effective global metabolic models can radically alter the biochemical and pharmacological studies, in part to replace labor-intensive experiments "blind." Global (and current) model for the biology of metabolism in some way analogous to the classical laws of mechanics for a technique that allows engineers to calculate in advance the properties of machines and buildings.
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