Understanding The Science Behind The Best Hair Serums
Long hair is an asset. People try to grow and style their hair to make a strong impression, and the more of it they have, the easier that is to do. However, longer is also prone to problems, such as drying out, losing color, or breaking. In order to strengthen and preserve it, people may use the best hair serums to make it last and stay attractive.
In medieval times, people did not engage in ablutions very often, and the result was that the wax secreted by their scalps, known as sebum, would build up and cake in the strands. This, in turn, protected the strands naturally and enabled styles that would seem extravagant or bizarre to modern populations. In modern times, personal grooming has come to involve extensive and frequent washing, usually with strong cosmetic chemicals, so that the sebum never accumulates to that extent.
Contemporary fashion, or simply standards of hygiene, also would not approve of visible sebum deposits. Yet the need for strand protection and longevity remains, and so people have resorted to the use of serums. There are, at present, two basic types on the market: organic and silicon-based (artificial). The term organic has the same connotation here as it does in other industries, such as vegetables, as opposed to the commercial, synthetic products on offer.
Silicon-based serums used silicon as an emollient or coating for the individual strands. The silicon attaches to them and encapsulates them so that they are physically protected, in the same way that an electric flex is insulated by plastic or rubber. In addition to the silicon, the serum contains amino acids and ceramides.
These technical terms are easy to explain. Proteins in the body consist of amino acids, which are the basic construction units of proteins in other animals too. Since hair is also a protein (or mostly one, namely keratin), the amino acids in the serum provide nourishment to it, so that it is able to stay as it was when it first grew. Another example of keratin is the nails of the fingers and toes, which are, in fact, nothing more than aggregated keratin.
Since it is biological structural material, protein is susceptible to external trauma and damage. A common protein such as albumen (egg white) provides a good example of this. If albumen is left outside, unprotected, it soon starts to denature, or lose its usual (read ideal) properties. The heat of the sun, as an example, cause it to change its nature. Keratin is not very similar to albumen, but the same principle applies. The strand becomes old in appearance, weaker, and loses its moisture and color.
Organic serums, on the other hand, avoid silicon. One criticism of the silicon-based serums is that the silicon is too hermetic as a sealant, i. E. It is so effective that the hair smothers inside it, or that the chemicals in the serum are trapped inside the emollient with the strand and cause it to break. The choice between silicon or organic serums is one that the consumer needs to make based on their own research.
Having some general knowledge on how the serums work is useful in using them and judging their effect. For those who try to have impressive, healthy hair at all times, hair serums may be of some assistance.
In medieval times, people did not engage in ablutions very often, and the result was that the wax secreted by their scalps, known as sebum, would build up and cake in the strands. This, in turn, protected the strands naturally and enabled styles that would seem extravagant or bizarre to modern populations. In modern times, personal grooming has come to involve extensive and frequent washing, usually with strong cosmetic chemicals, so that the sebum never accumulates to that extent.
Contemporary fashion, or simply standards of hygiene, also would not approve of visible sebum deposits. Yet the need for strand protection and longevity remains, and so people have resorted to the use of serums. There are, at present, two basic types on the market: organic and silicon-based (artificial). The term organic has the same connotation here as it does in other industries, such as vegetables, as opposed to the commercial, synthetic products on offer.
Silicon-based serums used silicon as an emollient or coating for the individual strands. The silicon attaches to them and encapsulates them so that they are physically protected, in the same way that an electric flex is insulated by plastic or rubber. In addition to the silicon, the serum contains amino acids and ceramides.
These technical terms are easy to explain. Proteins in the body consist of amino acids, which are the basic construction units of proteins in other animals too. Since hair is also a protein (or mostly one, namely keratin), the amino acids in the serum provide nourishment to it, so that it is able to stay as it was when it first grew. Another example of keratin is the nails of the fingers and toes, which are, in fact, nothing more than aggregated keratin.
Since it is biological structural material, protein is susceptible to external trauma and damage. A common protein such as albumen (egg white) provides a good example of this. If albumen is left outside, unprotected, it soon starts to denature, or lose its usual (read ideal) properties. The heat of the sun, as an example, cause it to change its nature. Keratin is not very similar to albumen, but the same principle applies. The strand becomes old in appearance, weaker, and loses its moisture and color.
Organic serums, on the other hand, avoid silicon. One criticism of the silicon-based serums is that the silicon is too hermetic as a sealant, i. E. It is so effective that the hair smothers inside it, or that the chemicals in the serum are trapped inside the emollient with the strand and cause it to break. The choice between silicon or organic serums is one that the consumer needs to make based on their own research.
Having some general knowledge on how the serums work is useful in using them and judging their effect. For those who try to have impressive, healthy hair at all times, hair serums may be of some assistance.
About the Author:
You can visit keralisprofessional.com for more helpful information about Understanding The Science Behind The Best Hair Serums.
تعليقات
إرسال تعليق