What's wrong with sunken eye sockets

Some people's eye sockets are deeper than others. Some of this may be due to genetics. Of course, some people's eye sockets will gradually become sunken as they age. The eye sockets may become sunken because you do not pay attention to taking care of your eyes, which leads to excessive medication. Staying up late can also reduce the moisture in the eyes. As we age, the fibrous tissue of the skin will decrease and the eye sockets may become sunken.

Genetic factors: Sunken eye sockets in normal people are generally caused by genetic constitution. It is caused by congenital hypoplasia of the soft tissue around the eyelid and orbit and weakness of the orbicularis oculi muscle.

Skin aging: As we age, subcutaneous fat gradually decreases and muscle fibers gradually age, which can cause the eyeball to retract and result in a sunken upper eyelid.

Eye fatigue: Wearing glasses for a long time, overusing eyes, staying up late, etc. are also factors that cause sunken eye sockets. As the eyes become deformed due to wearing glasses, the skin around the eye sockets will also become sunken. Staying up late is very harmful to people's skin and eyes, because dehydration and lack of oxygen in the skin cause the eye skin to become loose, thus developing into sunken eye sockets.

Malnutrition: Due to the lack of nutrients in the body, people with double eyelids will gradually develop triple eyelids or multiple eyelids, and there will be a loss of fat in the upper eyelids, resulting in sunken eye sockets.

1. Repair damaged cells: In the course of human life activities, polluted air and the intake of bad food (pigmentation, preservatives) lead to an imbalance in the internal and external environment of the human body, accumulating a large number of free radicals that erode the cell membrane, causing cell damage, inflammatory reactions, and decreased organ function. After the eye essence enters the human body, it detects damaged cells and injects nutritional factors (targeted proteins) into these cells to achieve the purpose of repairing the damaged cells.

2. Activate dormant cells: After the eye essence enters the human body, it activates dormant epidermal stem cells by driving their movement. 90%-95% of the human body's epidermal stem cells are in a dormant state, and one epidermal stem cell can divide and generate 4 million living cells.

3. Promote cell regeneration: Stem cells are in a dormant state under physiological conditions. Only after receiving mobilization signals will they activate their self-renewal and differentiation mechanisms to renew aging and dead cells and repair damaged tissues.