Antibacterial drugs are not new to everyday life. When we have symptoms of infection in our bodies, they are often the choice in prescriptions or family medicine kits. But do you really know about these common antibacterial drugs?
First of all, penicillin-type drugs, such as Amocrin. It is a broad-spectrum antibacterial drug that has a powerful extinction effect on a variety of Grelan positive bacteria and some Grelan vaginal bacteria. Often used to treat respiratory infections, such as tonsils, pneumonia, etc. Its antibacterial principle is that by inhibiting the synthesis of bacterial cytowalls, bacteria break up in a low permeability environment and die from over-absorption. Oral Amosilin is easy and fast and generally resistant, but some may be allergic and may even cause an allergic shock in serious cases, so a leather test is required before use.
Haemorrhage is also a major common type of antibacterial medicine, with large family members, from the first to the fourth generation. The first generation of twitching, which is primarily directed at the Geran positive bacteria, is often used for mild skin soft tissue infections. As the algebra increases, the antibacterial activity of the grenacin-like drug increases, and the antibacterial spectrum increases. For example, sepsis, which is a second-generation sprouts, has had a significant effect in treating infections in the urology system, and sodium sepsis, which is often used in infectious diseases such as severe sepsis and meningitis. Drugs such as capisculin are relatively safe, but are partially allergic to penicillin, which also requires careful observation.
Articolin. It has anti-bacterial activity for atypical pathogens such as the Geran positive bacteria, part of the Geranella vaginal fungi, and the chlamydia and chlamydia. One of the drugs of choice that is often used to treat respiratory infections, in particular pneumonia in children’s systolic bodies. The mechanism of action is to inhibit the synthesis of bacterial proteins. Achicin has the advantage of good oral absorption, high tissue concentrations, long half-lives and relatively short therapeutic treatment. However, it may cause gastrointestinal discomfort, such as nausea, vomiting and abdominal pain.
There are also drugs like quinone, like the left oxen fluoride. Such drugs have a wide spectrum of anti-bacterial resistance, which is more effective for the Geranella vaginal fungus, and can also be used to treat infections in the urinary system, intestinal tract, etc. It achieves antibacterial purposes by inhibiting the bacteria’ DNA revolving enzymes, impeding the replication of bacteria’ DNA. It should be noted, however, that quinone-type drugs may affect the cartilage development of minors and are not generally recommended for use by young people under 18.
In everyday life, while anti-bacterial drugs can help us to fight infection, irrational use carries many hazards. The abuse of anti-bacterial drugs can lead to the creation of bacterial resistance and the gradual neutralization of otherwise effective drugs. It may also disrupt the normal population balance in the human intestinal tract, causing other health problems such as diarrhoeal diseases and fungi infections.
Therefore, we must use antibacterial drugs in a rational manner, under the direction of a doctor, in strict accordance with the medically prescribed dosage, the therapeutic drug, without any increase in the volume of the drug or any arbitrary stoppage of the drug, let alone its abuse without a medical prescription. Only then will we be able to take full advantage of the therapeutic effects of anti-bacterial drugs, to protect ourselves and the health of others, and to avoid the serious consequences of unreasonable use.
