Anaerobic bacteria are a type of bacteria growing in anaerobic or low-aerobic conditions and can cause multiple infections, such as abdominal infections, dental infections and cerebral abscesses. The following is a classification of drugs for the prevention of anaerobic infections:
i. Nitromite • Metrazine: This is a classic drug for the prevention and treatment of anaerobic infections. Its mechanism is to function as an antibacterial by reducing its nitro to anaerobics in an anaerobic environment, producing cytotoxic substances that break up the bacterial DNA spiral structure or prevent its synthesis. Metrazine has a powerful fungicide effect on most anaerobics, such as VC, and PB. It can be oral, intravenous or local. For example, the oral use of mitazole is easy and effective in the prevention and treatment of oral anaerobic infections (e.g., dental ecstasy); for gynaecological anaerobic infections (e.g., pelvic disease), the drug can be injected by an intravenous drip. • Nitrogen: The antibacterial spectra is similar to that of mnitro, but antibacterial activity is stronger. The half-life of the nitrite in the body is long, so the number of deliveries is relatively low. It also has a good antibacterial effect on various anaerobic bacteria and can be used to prevent and treat serious diseases such as sepsis, osteoporosis and abdominal infections caused by anaerobic bacteria. In surgical operations, especially those involving gastrointestinal tracts and female pelvics, which are vulnerable to anaerobic contamination, nitroglycerin may be used as a preventive drug to reduce the risk of anaerobic infections after surgery by giving appropriate doses before or during surgery.
ii. Carbon cyanocylene • Aminopentamide – Westside: This is a combination formulation, and aminopanam is an antibiotic carbon pyroacylene, with ultra-bacterial activity and strong antibacterial effects on various bacteria, including anaerobics. As an adrenal dehydrogenase inhibitor, it reduces the metabolism in the kidneys of amphetamine, thereby increasing its stability and antibacterial activity in the body. This combination of drugs can be effective in inhibiting aerobics, such as vulnerable fungi, digestive streptococcus, and is used to treat a combination of abdominal and lung infections, among which anaerobic infections are an important component. However, due to its extensive antibacterial spectrometry, overuse may lead to the production of drug-resistant bacteria, and therefore a strict adaptive certificate is required for use. • American: Similar to Amamphetamine Westside, it is also highly resistant to anaerobics and has better antibacterial activity for some drug-resistant bacteria. It can quickly penetrate the bacterial cell wall, combines with the bacteria’ penicillin, and inhibits the synthesis of bacteria’ cell walls for the purpose of microbicide. There are unique advantages in the prevention and treatment of anaerobic infections in the central nervous system (e.g., cerebral abscess), as it is better able to achieve effective antibacterial concentrations in brain pelvic fluids through the blood-brain barrier.
iii. Beta – intraamide/beta – intraamide inhibitor compound • Amosilin-Clavic acid: Amosilin is a semi-synthetic penicillin that has a wide spectrum of antibacterial activity, but is susceptible to hydrolysis by the bacterial beta-neamide enzymes and loses antibacterial effects. Clavic acid is an β-Imamase inhibitor, which is used in conjunction with Amosicillin and protects it from enzyme enzyme, while expanding the antibacterial spectrum and enhancing antibacterial resistance to anaerobic bacteria. This formulation has good antibacterial effects on anaerobic bacteria that produce β-Imamase, e.g., VC. Infection prevention is more common in areas such as oral, ear, nose and throat, where infections are often mixed with aerobics. • Zolasilin – He Zolasilin is a broad spectrum semi-synthetic penicillin, and he Zarasilin is a beta-neamide inhibitor. The compound has significant antibacterial activity for a wide range of anaerobic bacteria, including e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., e.g., p. It plays an important role in the prevention and treatment of complex infections such as abdominal infections and skin soft tissue infections, especially those that may involve anaerobic bacteria, which can effectively inhibit bacterial growth and reproduction. The use of these drugs to prevent anaerobic infections requires an integrated selection of the appropriate drug, taking into account the area of infection, the possible pathogens, the individual circumstances of the patient (e.g., allergy history, liver and kidney function, etc.), with attention to the dose, treatment and adverse effects of the drug.
