Either because of the lighting or we were born different. It has a lot to do with genetic genes and the hair color of our parents and grandparents. The pigment of the hair may also have been lightened by the sun.
These cells live at the bottom of each strand of hair. When these cells produce a lot of melanin, your hair turns brown or black. If these cells don’t produce much melanin, your hair will turn blonde.
Naturally blonde hair is caused by a lack of a pigment called eumelanin. This lack of pigment gives blondes their hair color. The general explanation for how blondes came about has to do with the need for vitamin D and lower sun exposure in some regions.
The red hair itself is caused by a mutation in the so-called MC1R gene. If you have two mutated genes you will get red hair all over, but if you only have one you can get red hair in unexpected places.
Hair heterochromia is described as the growth of hair of two different colors in the same person. When the distribution of hair of different color is symmetrical (eg, lighter hair on the armpits, a red mustache on a person with otherwise brown hair), hair heterochromia is often physiological.
Red hair is the rarest natural hair color. Experts estimate that between 1 and 2% of the world’s population has red hair.
Genetic factors, stress, lack of nutrition, chemicals, smoking or other underlying conditions such as anemia can also lead to premature graying of the hair. All of these factors lead to an underproduction of melanin, resulting in gray or white hair.
With light hair and light skin: blonde Scandinavians. 2. Pale or golden in colour, or a light chestnut or pale yellow brown: blond hair.
If you have blonde hair
Blondes get white hair just like brunettes, but some blondes just seem to get a lighter blonde while others find their blonde hair getting darker and duller the white hairs begin to appear. Despite this, blondes can have a full head of white hair over time.
Blonde hair has also evolved in other populations, although not usually as common, and can be found among natives of the Solomon Islands, Vanuatu and Fiji, among the Berbers of North Africa and among some Asians< /b>.
Brunettes can give birth to blondes
If one parent is blonde and the other is brunette, they may have a blonde child. This can only happen if the brunette parent carries the blonde allele. If he only carries brown alleles, he can only pass on brown alleles and they will dominate, resulting in his child having brown hair.
Kraleti does not recommend plucking or pulling hair. “If there is a gray hair that you need to get rid of, trim it off very carefully. Plucking can traumatize the hair follicle, and repeated trauma to a follicle can cause infection, scarring, or possibly bald patches.”
If you have a child who was born with very dark hair and then goes blonde, this indicates that the gene that produces melanin when it is a baby has been turned off. If a child is born with blond hair and turns dark, it’s because the genes have started activating the melanin pigment.
If you noticed white hair at a young age, it’s likely that your parents or grandparents also had gray or white hair at a young age. You can’t change genetics. But if you don’t like the look of your gray hair, you can always dye your hair.
Some people start having white hair in their 30s or 40s. But others have it since their teens or 20s.
Hair heterochromia involves the presence of two different, non-artificially induced hair colors in the same person, which may be due to either iron deficiency anemia, genetic mutations, or mosaicism.