Chemistry and Medicine - The Reaction Mechanism of the Bodys Reaction Processes

Chemistry and Medicine - The Reaction Mechanism of the Body's Reaction ProcessesThe 22-2 review and reinforcement model may appear like an 'underground' theory that just happens to be based on something the big research journals don't want to advertise. But, it actually has a lot of useful aspects to it that really need to be recognized. So, let's take a look at this.The basic ingredients in the body are carbon, hydrogen, oxygen, nitrogen, sulfur, phosphorous, iron, calcium, and potassium. That's it, and all the others you need for metabolism and for synthesis. If you mix up some chemistry for what you do for a living, you've probably worked with the 'reaction mechanism'. It's actually pretty much the same as the body's way of 'bouncing back' after chemicals do something to it.When a chemical is reacting with something else in the body, the reaction takes place at the surface. What that means is that the 'factory' where the chemical goes to react is at the surface of the body. It's l ike the major pores that get filled with cells, one at a time. In the cell, a chemical gets absorbed, becomes part of the cell, and then moves on to somewhere else in the body. This kind of thing is called 'transition', because the chemical has to go from the cell into the blood stream, where it has to be re-absorbed by a different body cell.To go back to our chemistry examples, the surface of the body's reaction mechanism is like a shop door, open for the chemical to be put inside. That happens when there's a new cell being formed or a growth taking place in the organ, gland, or tissue. Then, once inside, the chemical will 'bounce back' at the surface of the body's skin.Alcohol is one of the first chemicals to do this. It goes into the skin and causes 'leakage', where the chemical gets into the blood stream and gets sent on to somewhere else in the body. The only thing it didn't do was go right through the skin, or go back to the 'drip line', where the molecules get collected in th e cells and start to make more new cells. As a result, the alcohol ended up in the bloodstream as fat and in the tissues as fat.The enzymes that clean out the alcohol are part of the elimination process, so that's what they do. They move the alcohol back to the blood stream, where it can start the process again to 'reactivate' the body's internal reaction mechanism.The chemistry of the body's reaction mechanism may be a little different than the way that's described above, but the principles are really the same. All of these reactions are basically chemical reactions where a chemical goes from one place to another. Those are the simplest types of chemical reactions, but they are the 'most important'. All of the chemicals in the body must go back to the same places where they came from.