Type of antibacterial drug

Antibacterial drugs are mainly in the following broad categories:1. Beta-nimideThese include penicillin (e.g. penicillin G, ammonium sicillin, etc.), headgilloxin (e.g., capricorn, furcin, corrosion, etc.) and, depending on algebra, different subcategories, carbon pyroacnene (e.g., meropennon, amphetamine, etc.) and single-ring β-neamide (e.g., aminotrine). Such drugs play an antibacterial role, mainly by inhibiting the synthesis of bacterial cell walls, with a wider spectrum of antibacterials and their clinical application.Amino sugarIt’s common for methacin, Quintacin, Amikas. The mechanism of action is to inhibit the synthesis of bacterial proteins and has a strong antibacterial activity for the aerobic glycol fungi, although there are some adverse effects such as ear toxicity and kidney toxicity, which are carefully monitored for clinical use.3. Large ringed estersIt’s like erythrocin, roacin, accecin. The main effects are bacterial nucleus 50S Archipelago, which hinders the synthesis of bacterial proteins, and has a better antibacterial effect on atypical pathogens, such as gland positives, some granobacteria, as well as chlamydia and chlamydia, which are often used for the treatment of respiratory infections.4. TetracyclineThese include tetracycline, Dossi cycline, Minocrin, etc. They are specific to bacterial nuclei 30S Aki, inhibiting protein synthesis, and thus act as antibacterials, with a wider spectrum of antibacterials, covering pathogens such as grelan positives, grelan cactus and rickths, trigens and others, but long-term use can lead to adverse effects such as tooth color change, requiring more attention when used by groups such as children.5. ClocinClocin is a typical drug of this type. Also inhibiting the synthesis of bacterial proteins for anti-bacterial use has been widely applied, but as a result of adverse effects, such as severe bone marrow inhibition, clinical use is currently severely restricted and is carefully selected for treatment only in exceptional cases, such as typhoid, sub-typhoid and other diseases.6. quinoneFor example, Noflosat, Left Oxygen, Moxican. Its impact targets are bacteria’ DNA, rotor enzymes (tox isomerase II) and amplification isomerase IV, bacterial DNA reproduction and so forth, antibacterial spectroscopy, all of which are active in the grelanes and grelanes, and have a better effect on infections in some parts of the respiratory, urinary and reproductive tracts, but may affect the child’s skeletal development and have limited application in paediatrics.7. sulfamideIt is common for sulfamide, sulfamide sulfate, etc., to compete with the aminophosphate (PABA) for a synthetic enzyme of dihydrofolic acid, to hinder the synthesis of bacterial folic acids, thus inhibiting bacterial growth and reproduction, to increase antibacterial effects, to be used in combination with methooxazine, mainly for the prevention of infections such as urin systems, but to be subject to adverse effects such as urin system crystallization, which need to be used with attention to drinking water, etc.8. NitrofuransDrugs such as Furan et al. Such drugs can interfere with bacteria ‘ oxidation enzymes, etc., and thus act as anti-bacterial agents, most of which are used in the treatment of urology and intestinal infections, but may have adverse effects, such as gastrointestinal tracts.9. CerealThe main effects, for example, are the inhibition of bacterial cell wall synthesis, and the strong antibacterial activity of resistant bacteria such as gland positives, especially methoxysyltin yellow grapepluccus (MRSA), most of which are used in cases of severe gland positive infections and the ineffectiveness of other antibacterials, although there may be some adverse effects such as kidney toxicity.10. PyramidoneLeniazine represents a drug that inhibits the initiation phase of the synthesis of bacterial proteins, and is anti-bacteric for drug-resistant Quellan positive bacteria, including methoxysylvine fungus fungus fungus fungus, vinyl intestinal fungi, etc., which is often used to treat infections caused by such resistant bacteria, with relatively few adverse reactions, but long-term use also requires attention to some changes in the blood system, etc.11. PlassiumFor example, datomycin, which has a unique mechanism of action, where bacterial cell membrane is killed by the destruction of electrons, is more resistant to bacterial activity in the Greland positive bacteria, especially in some drug-resistant bacteria, and is often used to treat complex skin and soft tissue infections, but may also be used with adverse effects such as muscle bones.