Does the antipyretic injection reduce inflammation?

There are various diseases in people's lives, and the most common disease in people's daily lives is fever. For this disease, many people will choose to get an antipyretic injection to relieve their symptoms, but many people don’t know whether the antipyretic injection has an anti-inflammatory effect when helping to treat fever symptoms. So, does the antipyretic injection reduce inflammation?

First, does the antipyretic injection reduce inflammation? The principle of antipyretic drugs is as follows: Western medicine ABC actually induces sweating. Antibiotics actually reduce inflammation. Because of the different causes, pathogenesis, and locations of the disease, Chinese medicine is more complicated to reduce fever. Chinese medicine (ephedra, cinnamon twig, and bupleurum) can reduce fever, but it actually induces sweating (resolving the symptoms). It can mainly treat colds, etc. Chinese medicine (Anemarrhena, Tortoise Shell, and Turtle Shell) can reduce fever, but it actually nourishes yin. It can mainly treat low-grade fever due to yin deficiency. Chinese medicine (dandelion, scutellaria, and coptis) can reduce fever, but it actually clears away heat and dries dampness. It can mainly treat damp-heat. Chinese medicine (honeysuckle and forsythia) can reduce fever, but it actually clears away heat and detoxifies. It can mainly treat fever due to yang poison. There is also fever due to qi deficiency and fever in children due to fright. The medicines and treatment methods used are different. There are too many, can I explain it clearly??? Fever is a medical term, which is usually called fever.

Second, the antipyretic principle of the antipyretic injection is that the active ingredients of the antipyretic injection enter the human body through intramuscular injection, and then inhibit the hypothalamic PG synthase (cyclooxygenase), reduce the synthesis of central PG, and exert an antipyretic effect. Aminopyrine is an antipyretic and analgesic synthesized in 1893. It was launched in Europe in 1897 and entered the US market around 1909. After 1922, countries such as Germany, Britain, Denmark, Switzerland, Belgium and the United States gradually appeared that many patients who had taken this drug developed symptoms such as stomatitis, fever and sore throat. Clinical test results showed leukocytopenia and granulocytopenia. Investigations proved that there was a causal relationship between the two. It was eventually confirmed that aminopyrine can cause granulocytosis. From 1931 to 1934, 1,981 people died from aminopyrine-induced leukocytopenia in the United States alone, and more than 200 people died in Europe. In 1938, the United States decided to remove aminopyrine from the list of legal drugs. After 1940, the number of patients with this disease in the country decreased rapidly. In Denmark, the drug was completely banned since the 1930s. During the investigation between 1951 and 1957, no granulocytopenia or leukocytopenia caused by aminopyrine occurred. In 1982, the Ministry of Health announced the elimination of aminopyrine injection, aminopyrine tablets, compound aminopyrine (urethane) injection and compound aminopyrine tablets (Valom) in Document (82) Wei Yao Zi No. 21.

Can antipyretic injections reduce inflammation? After the injection of Ryanbilin, symptoms such as convulsions, vomiting, and even coma may occur, and in severe cases, it may directly lead to death. This serious adverse reaction is called Swiss syndrome, which manifests directly as epileptic seizures, and children under 12 years old are most likely to suffer from it. Although Swiss syndrome is rare, it is life-threatening. Clinically, before excluding viral infections such as influenza and chickenpox, it is not advisable to blindly use aspirin-type drugs to reduce fever, so as to avoid irreparable losses. At present, this drug has been phased out in domestic pediatrics. Dexamethasone, which destroys children's immune system. Dexamethasone is a hormone that quickly reduces fever by reducing the sensitivity of the body's temperature regulation center. It is precisely because of the decreased sensitivity of the nerve center that the child’s own immune system is difficult to function, which can easily lead to further infection and cause complications in the digestive and cardiovascular systems. Fever is a self-protection mechanism of the human body, not a disease. When treating, reducing fever is not the ultimate result we pursue