Redness of the child's lower eyelid

Children's skin is more sensitive, and sometimes their lower eyelids may become red. If a child experiences this condition, it is very likely because he or she is slightly ill, or it may be because the child's sleep quality is poor and he or she has not gotten enough rest. Of course, children’s lower eyelids may also become red due to weather reasons. If the weather is too hot, the child’s lower eyelids may become red. Since it is not the eyeball, there is no need to worry too much. Make sure the child gets enough sleep and eats a light diet.

In this case, if the child's lower eyelids are red, you should pay attention to local cleanliness and hygiene. You can clean them with warm water and observe whether there is itching or pain. This is usually related to local inflammation, congestion and irritation.

Inflammatory response is a common pathological process in clinical practice.

It can occur in tissues and organs in various parts of the body, such as folliculitis, tonsillitis, pneumonia, hepatitis, nephritis, etc. Acute inflammation usually presents with changes such as redness, swelling, heat, pain, and hidden functions, and is often accompanied by systemic reactions such as fever and leukocytosis. The occurrence of changes in this regard is essentially a reflection of the body's fight against inflammatory factors.

This divergence and struggle continues throughout the inflammatory process.

After inflammatory factors act on the body, on the one hand, they cause damage to tissue cells, causing local tissue cells to degenerate and necrotize; on the other hand, they induce the body's disease resistance function to increase, which is beneficial to clearing inflammatory factors and repairing damaged tissues, thereby achieving a new balance between the body's internal environment and the internal and external environments.

Certain favorable factors in the inflammatory response.

Under certain conditions, it can be transformed in the opposite direction and become a factor harmful to the body. For example, excessive exudate often causes the function of related organs to be concealed. For example, pleural effusion can suppress the lungs and cause dyspnea; pericardial effusion interferes with heart beat. Similarly, although connective tissue hyperplasia and organization in the late stage of inflammation are beneficial to tissue management, they often cause adhesions or sclerosis of solid organs, seriously affecting the performance of the organ.