The factors involved in inflammatory response cells mainly include

Usually we encounter minor inflammations in our daily lives, such as colds, fevers, respiratory infections and skin allergies. These minor inflammations may not seem serious, but in fact they will gradually cause certain effects on our bodies. Therefore, everyone should know some relevant introductions about the factors involved in the inflammatory response cells and have a thorough understanding of them.

From this we can see that we need to understand the different important aspects of early inflammation and the laws of different transformations, adjust the relationship between local inflammation and group inflammation, and promote the development of inflammation in a direction that is beneficial to the body's health.

Note: AIDS patients will not have inflammation because their immune system has been destroyed.

Generally speaking, inflammation is the body's anti-disease response and is beneficial to the body. For example, inflammatory congestion can enable local tissues to obtain more oxygen, nutrients and immune substances; the metabolism and anti-invasion ability of local tissues are increased; the exudate can dilute toxins, and the antibodies contained in it can eliminate pathogens and neutralize toxins; the exuded fibrinogen coagulates to form a pseudomembrane, forming a barrier that can prevent pathogens from spreading deeper; the neutrophils and macrophages in the exudate can phagocytize pathogens and necrotic and collapsed cell debris; the plasma cells and lymphocytes in the inflamed area can produce antibodies to neutralize toxins; and tissue hyperplasia can repair the damage caused by the inflamed area.

pathology

What is inflammation? We need to analyze inflammation in two parts. Some of the inflammatory responses

Under certain conditions, beneficial factors can be transformed in the opposite direction and become harmful factors 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 function of the organ.

What is inflammation? From this we can see that we must distinguish the different important aspects of inflammation and the laws of different transformations, adjust the relationship between local inflammation and group inflammation, and promote the transformation of inflammation to aspects that are beneficial to the body's health.