Common antibacterial drugs

Common antibacterial drugsAntibacterial drugs, the treasure of modern medicine, have played a significant role in the treatment of bacterial infectious diseases since their inception. They create a solid line of defence for our health by inhibiting or killing bacteria. Today, let us walk into the world of antibacterial drugs and learn about several common antibacterial drugs and their mechanisms of action, adaptability and attention.I. PenicillinAntibacterial penicillin is a miracle in medical history, and their discovery opens the door to the antibiotic age. Penicillin acts as a microbicide mainly by inhibiting the synthesis of bacterial cell walls. When penicillin is combined with aluminum sugar on the walls of bacterial cells, it destroys the integrity of the walls, causing bacteria to expand, break and eventually die. The most common penicillin-like drugs are penicillin G (Penicillin), Amocilin, etc. Penicillin-type drugs are mainly used to treat respiratory infections caused by sensitive bacteria such as streptococcus, pneumocococcus, skin soft tissue infections, etc. It should be noted, however, that penicillin-type drugs are less antibacterial and have an allergy risk and therefore need to undergo a leather test before use.HeadingsAntibacterials of the bacterium are another large category of β-neamide antibiotics, which act in a manner similar to penicillin and perform microbicides by inhibiting the synthesis of bacterial cell walls. However, the antibacterial spectrum of head spasms is wider, with better antibacterial effects for both the Granium positive and the Granium cactus. There is a wide variety of head sprouts, e.g., head acreage, head acupuncture, head accelerant, etc., which apply to different types of bacterial infections. Head spores are used mainly for respiratory infections, urinary tract infections, cholesterol infections, skin soft tissue infections, etc. In the use of head spasms, alcohol consumption should be avoided in order to avoid a double-sulphine reaction.III. Amino sugarAmino sugar antibacterials are one type of drug with a broad spectrum of antibacterial activity, which is primarily microbicide by inhibiting the synthesis of bacterial proteins. Amino-sugar-type drugs have a better antibacterial effect on grenacella, especially for some drug-resistant bacteria. Common aminomalcin-like drugs include cystacin, tycocin and tobcin. They are mainly used to treat intestinal infections, urinary tract infections, lung infections, etc. However, amino-sugar-type drugs have kidney and ear toxicity and need to be used with close monitoring of kidney function and hearing changes.IV. Large ringed estersThe Great Encycloester Antibacterial is an anti-microbial drug with 14-16 CNE rings, which inhibits the synthesis of bacterial proteins by disrupting the activity of the acetyl transferase in bacterial nuclei. Great ethyl ester-type drugs have good antibacterial effects on gerrand positive bacteria, some gerrand vaginal bacteria, anaerobic bacteria, and chlamydia and chlamydia. Common drugs are erythrin, erythrin, achicin, etc. They are mainly used to treat respiratory infections, skin soft tissue infections, urinary infections and chlamydia and chlamydia infections. It should be noted that large cycloester-type drugs can cause adverse effects such as gastrointestinal reaction, liver damage, etc., and need to be used with caution.V. XenoneAntibacterial drugs such as quinone are a synthetic antibacterial drug that acts as microbicides by inhibiting bacteria ‘ expansionary isomerases (DNA revolving enzymes). Drugs such as quinone have a wide spectrum of antibacterial activity, with better antibacterial effects on Grelan positives, Grelan vaginal and some anaerobics. Common drugs are left-oxen fluorine, cyclopropsa, Mossa, etc. They are mainly used to treat respiratory infections, urinary tract infections, intestinal infections, skin soft tissue infections, etc. However, quinone-type drugs can give rise to adverse effects such as muscular inflammation, fissure, central nervous system response, and need to be used with close attention to the patient ‘ s symptoms.In sum, anti-bacterial drugs play an irreplaceable role in the treatment of bacterial infectious diseases as an important weapon of modern medicine. However, antibacterial drugs are not one-size-fits-all drugs, and their use is subject to strict medical instructions to avoid abuse and misuse. In the use of anti-bacterial drugs, information on their adaptability, usage, adverse effects, etc. is needed to ensure their rational use and patient safety. At the same time, we should develop good hygiene practices, increase our own immunity and reduce the risk of bacterial infections.