What are all living organisms? We know from school that a person, for example, consists of different tissues, bones, etc. We know that at 80% (actually less) it consists of water. So, people are, in fact, large walking colloidal solutions. And in order to know how to better treat them, you need to understand well what these substances are. The branch of chemistry studying the colloidal substrate of life is relatively young, but in recent years interest in it has grown significantly.
What are colloids?
Actually, it is not entirely correct to talk about colloidal substances. Rather, it is a colloidal state of the substance. How is it different from any other? Colloidal solutions are the same dispersed matter, which is characterized by a low concentration of suspended particles in the solution (why Brownian motion occurs , and the particles have high kinetic energy) and their very small sizes. So small that it is impossible to see them in a conventional microscope. Particles of colloidal solutions are submicroscopic. But these are still not solutions in the full sense, because dispersed systems are also considered to be solutions , only at the molecular-ion level. At the same time, these are not suspensions with emulsions, characterized as dispersed systems with sufficiently large particles. Colloids occupy an intermediate step.
Colloid classification
Colloids do not have to be liquid, they can be in a solid state. Then they are called jellies or gels. But, unlike crystalloids, colloids do not have a clear boundary between different aggregate states, and can transition from one state to another when external factors, such as temperature, change.
In addition, depending on the dispersed medium, colloidal solutions can be hydrosols and hydrogels if the base is water, or alkosols (if the base is alcohol), eterosols (ether), etc. The dispersed medium of the pyrozole is some kind of molten body, and the cryozole, on the contrary, is a low-temperature substance.
For us, in fact, it is important that the first colloidal solutions began to appear on the pharmaceutical market, in medicine they are able to revolutionize, since they affect our body at a qualitatively different level.
The main features of colloidal pharmaceuticals.
We already know that the composition of all the internal organs of the human body is colloidal solutions. And this means that the interaction of two substances identical in chemical properties occurs much faster and almost without loss. That is, the biologically active ingredients of the drug immediately penetrate into human tissues and organs by 98% precisely due to the structural similarity of the compositions.
For the same reason, biologically active substances from colloidal phytoformulas begin to be absorbed already in the oral cavity through the mucous membrane. After all, our body first brings the usual drugs to a colloidal state in the gastrointestinal tract, and then assimilates them. Immediately they offer him a solution ready for use. So the effect of the drug comes immediately.
Improvement of rather complex technologies for the production of colloids made it possible to contain completely different ingredients in one solution, obtaining highly effective drugs that can affect the body in a complex with virtually no side effects (after all, the liver does not need to process anything and the kidneys are excreted).
These include innovative preparations of the Novosibirsk (founded at the academic campus in 1996) company Argo, whose colloidal solutions are almost unique. The phyto formulas of AngiOmega, Anti-Oxidant, ArtroKompleks, Detox, GasteroKompleks and other biologically active formulas, the value of which can hardly be overestimated, have already been developed.