Classification of antibacterial drugs

Antibacterial drugs are one of the types of drugs used to suppress or kill pathogenic microorganisms and to combat infectious diseases. Its classification methods are diverse and the following are common:

Categorized according to chemical structure Beta-Neamide is an antibiotic that contains a β-Nemamide ring structure, including penicillin, capisculin, carcicin, and monocyclic β-Nemamide. penicillin: Penicillin G, for example, is the first natural penicillin to be used, with good fungicide for most gland positive bacteria. Antiase penicillin, e.g. phenolin, is effective for the golden fungus that produces penicillin enzymes. The broad spectra of penicillin, such as ammonia sicillin, amoxilin, has been used for both gland positive and gland cactus.

Haemorrhoids: A generation of bacterium enzyme, e.g., has a stronger effect on gland positive bacteria; a second generation of bacterium, e.g., fraffam, has expanded the antibacterial spectrum; a third generation of bacterium, e.g., e.g., e.g., e.g., e.g., e.g., e.g., gland fungi, has a stronger effect; and a fourth generation of bacterium, e.g., e.g., e.g., e.g., e.g., e.g., e.g., birobactrin, has a stronger antibacterial activity.

Head cascin: Head scin, head scrawl, etc., anti-aerobic.

Carbon methacne: For example, amino- and mero-penan, antibacterial spectroscopy is wide, with strong antibacterial activity for most gland positives, vaginal and anaerobics.

Single-ring β-neamide: e.g., aminotrinam, mainly for gland cactus.

The molecular structure of these drugs contains a large ester ring of $14, $15 or $16. It is common for erythroacin, erythroacin, accecin, etc., to have a better antigen effect on gland positive bacteria, trigens, chlamydia, etc.

Amino sugar is mainly cyncin, Quintacin, Tobcocin, Amikas. The mechanism of action is to inhibit the synthesis of bacterial proteins, which is used mainly for cactus infections but has adverse effects such as ear and kidney toxicity.

The four cyclic groups include the four cyclics, the Dossi cycline, the Mino cycline, etc. Clinical applications have been limited by the increase in drug-resistant strains, which are now more used in the lektics, silos, chlamydia infections, etc.

Chlorocin, which represents the drug, is less used because of its serious adverse effects, such as regenerative obstructive anaemia.

Limcamine, lincoxin and clincin are representative drugs of this kind and have some effect on anaerobics and gland positives.

The quinone class is divided into four generations according to the course of development. The first generation, e.g., lysin acid, is now less used; the second generation, e.g., lysin acid; the third generation, e.g., Noflosat, Cyclopsa; and the fourth generation, e.g., Mosisa, has a wider antibacterial spectrum and more antibacterial activity.

sulfamide, sulfamide, sulfamide, etc. Antibacterial effects by interfering with bacterial folic acid metabolism.

Other peptide types, such as vancomicin and Quaranin, are the last line of defence for the treatment of serious infection with the drug-resistant Xerang positive.

Nitromazole: Metrazine, Tetrazine, etc., mainly for anaerobic infections.

Based on the classification of the antibacterial spectrum, the broad spectrum of antibacterial drugs can inhibit or destroy a wide range of pathogens, such as third-generation sepsis, quinone, etc.

The narrow spectrum antibacterials are active for only one or a few pathogens, such as penicillin G, which is primarily effective for the gland positive.

According to the classification of antibacterial activity, microbicides can directly kill bacteria such as β-nimide, amino sugar, etc.

Bacteria inhibits growth and reproduction only, such as tetracyclics, sulfamides, etc.

The rational use of antibacterial drugs is essential, and appropriate antibacterial drugs should be selected, taking into account such factors as the type of fungi, the area of infection, the physical pathology of the patient, and following the correct usage to avoid the emergence of resistant bacteria and the occurrence of adverse drug reactions. I hope this will help you!