Hair is an important part of personal image, and many people try to cultivate long, ample hair so as to enable more sophisticated styling possibilities or generate a striking appearance. Yet long locks also suffer trouble, such as desiccation (dryness), discoloration or breakage. Using the best hair serums is one step that people take in keeping theirs strong and supple.
The concept of a serum is not new. Hundreds of years ago, when people did not bathe on a regular basis, the accumulation of naturally secreted sebum (scalp wax) would actually form solid caking in the strands, thereby making them easier to style and also protecting them at the same time. Daily washing in modern times eliminates the sebum and makes this impossible to achieve.
Artificial serums are therefore more popular nowadays, especially since caked sebum would be seen as a sign of immensely poor personal hygiene. They come in two forms - silicon-based (synthetic) and organic. The organic variant is not surprising, since there is a modern sub-trend to move away from synthetic chemicals, whether in food or cosmetics.
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.
If this sounds too scientific to understand, it isn't. Amino acids are simply the basic structural units of proteins. Hair is mainly composed of a protein known as keratin (which, incidentally, is also the primary component of the nails, since they are nothing other than conglomerated hair). The amino acids in the serum therefore feed the keratin, replenishing their decaying strand structures.
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.
The main difference between silicon and organic serums is that the latter do not contain silicon. Apparently, the silicon is too effective as a barrier and actually asphyxiates the strand, while trapping chemicals inside the protected space, which in turn cause it to break. Users will have to decide for themselves which version they prefer, based on their own experience and homework.
For those who regard their appearance as important, or who are trying to make a high-impact impression, protective serum is one option in maintaining spectacular hair. Understanding how it works is important in its application and assessing its results.
The concept of a serum is not new. Hundreds of years ago, when people did not bathe on a regular basis, the accumulation of naturally secreted sebum (scalp wax) would actually form solid caking in the strands, thereby making them easier to style and also protecting them at the same time. Daily washing in modern times eliminates the sebum and makes this impossible to achieve.
Artificial serums are therefore more popular nowadays, especially since caked sebum would be seen as a sign of immensely poor personal hygiene. They come in two forms - silicon-based (synthetic) and organic. The organic variant is not surprising, since there is a modern sub-trend to move away from synthetic chemicals, whether in food or cosmetics.
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.
If this sounds too scientific to understand, it isn't. Amino acids are simply the basic structural units of proteins. Hair is mainly composed of a protein known as keratin (which, incidentally, is also the primary component of the nails, since they are nothing other than conglomerated hair). The amino acids in the serum therefore feed the keratin, replenishing their decaying strand structures.
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.
The main difference between silicon and organic serums is that the latter do not contain silicon. Apparently, the silicon is too effective as a barrier and actually asphyxiates the strand, while trapping chemicals inside the protected space, which in turn cause it to break. Users will have to decide for themselves which version they prefer, based on their own experience and homework.
For those who regard their appearance as important, or who are trying to make a high-impact impression, protective serum is one option in maintaining spectacular hair. Understanding how it works is important in its application and assessing its results.
About the Author:
Keralis Professional sells some of the best hair serums on the market today. To check out our other fine hair products, visit us at http://keralisprofessional.com on the Web now.
No comments:
Post a Comment