A recent study found that “Luteolin”, which is one of the antioxidants in vegetables, may play a role in preventing hair graying.
Shayb is a distinctive sign of aging, and is often an inevitable part of age. However, a recent study from Nagoya University in Japan, led by Massachi Kato and Takomi Kagawa, indicates that an antioxidant may inhibit this process.
The study was published in the antioxidant magazine.
Researchers have identified the luteolin compound, which is one of the antioxidants found in vegetables including celery, broccoli, carrots, onions and pepper, as a possible anti -graying worker. Their results pave the way for possible applications in human caring for humans.
The study focused on three antioxidants, luteolin, hyporatetin, and Youngine, to assess their anti -graying effects in mice raised to turn gray like humans.
The difference was amazing, as the mice that received luteolin retained their black fur even as the fur of their colleagues in the cage turned gray, regardless of whether the lotolin was given externally or internally.
“This result was surprising,” said Professor Kato. Farid prevents graying. “
The effects of luteolin anti -graying are closely related to its influence on Andothyins, which are proteins that play a decisive role in cellular communication. In the study, luteolin treatments have maintained the expression of Indexins and their receptors. This preservation supports healthy signal paths, and prevents decreased chromosome cells that usually accompany graying.
Professor Kato said, “It is interesting that the lantoline had limited effects on the hair cycles, indicating that its primary effect is on pigmentation and not hair growth or hair loss. This targeted work makes the luteolin a particularly interesting candidate to treat the graying associated with age,” said Professor Kato.
There are similarities between graying operations in mice and humans, which opens horizons to translate these results into human applications.
In addition to vegetables, luteolin is already available as a nutritional supplement for topical and oral use, making it an applicable candidate for further development as an anti -gray treatment. With research progress, this antioxidant can become a major component of hair care systems, helping individuals to maintain their natural hair color as they get older.
How does gray hair happen?
Gray occurs when you lose melanin hair follicles, the dye that gives hair its color. If the hair turns white at a younger age, this may be due to heredity or a healthy condition.
Hair follicles are small bags that are lined with skin cells. Hair follicles contain dynamic cells known as Milan. These cells give hair its color. But over time, the hair follicles can lose dye, which leads to the appearance of white hair.
The following are the common reasons for graying:
1- Genetic factors
Genetics play a big role in determining the date of the appearance of white hair (or if it will appear). If you notice the appearance of white hair at an early age, it is likely that your parents or grandparents also have gray or white hair at an early age.
2- Tension
Everyone lives moments of tension from time to time. The consequences of chronic tension can include the following:
- Sleep problems
- Anxiety
- Appetite
- High blood pressure
Tension can also affect your hair. A 2013 study found a link between stress and stem cell depletion in the hair follicles in mice. So if you notice an increase in the number of white strands, stress may be the reason.
3- HIV
Ethical immunity diseases can also cause early white hair. This happens when the body’s immune system attacks its cells. In the case of alopecia and vitiligo, the immune system can attack the hair and cause the dye loss.
4- Thyroid disorder
Hormonal changes caused by a thyroid gland – such as hyperthyroidism or thyroid failure – may also be responsible for the appearance of early white hair.
The thyroid gland is a butterfly gland located at your neck base. It helps control many body functions such as metabolism. The health of the thyroid gland can also affect your hair color. Hyper thyroid activity or its lack of activity can produce your body for less meters.
5- Vitamin B12 deficiency
White hair at an early age can also indicate a vitamin B12 deficiency. This vitamin plays an important role in your body. It gives you energy, in addition to contributing to healthy hair growth and hair color.
6- Smoking
There is a link between early white hair and smoking. One of the studies conducted on 107 people found a link between “the appearance of gray hair before the age of thirty and smoking.
Smoking cigarettes is known to increase the risk of lung cancer and heart disease. However, the long -range effects can exceed the heart and lungs, and affect the hair.
Smoking narrows the blood vessels, which may reduce blood flow to hair follicles and cause hair loss. In addition, the toxins in the cigarettes can damage parts of your body, including hair follicles, causing gray hair to appear.