Anti-infection drugs play an important role in the respiratory process. When our respiratory tracts are attacked by pathogens such as bacteria, sympathogens that cause cough, heat, cough, etc., the right anti-infection drugs can help to repel the disease. However, it is more important to understand the prevention of respiratory diseases than to wait for medication, as described below.
First, care must be taken to maintain good hygiene practices in everyday life. Hand-washing is a simple but very effective means of prevention, where our hands are exposed to a variety of objects on a daily basis, are susceptible to infection with pathogens and are carefully applied to various parts of their hands with soap or hand-washing fluids, before meals, after going home, and can remove a large number of bacteria and reduce the risk of hand-exposed respiratory infections.
Increased indoor ventilation should also not be overlooked. Especially in densely populated indoor areas, such as offices, classrooms, etc., prolonged closed environments allow for the accumulation of bacteria. It’s good to open windows on a regular basis, let fresh air in, dilute and take away possible pathogens, and it’s about 30 minutes per air.
The wearing of masks is a key safeguard during the respiratory disease season. Medical surgical masks or N95 masks, which are effective in preventing the spread of foam, should be properly worn to cover mouths and noses and reduce the risk of infection, whether by public transport or by travelling to densely populated malls, hospitals, etc.
Moderate exercise and physical enhancement are also important for the prevention of respiratory diseases. Normal aerobic motion, such as jogging, swimming, cycling, etc., enhances the CPR function, enhances the body’s immunity and gives the body greater resistance to disease intrusion. At least three trips a week, each of which is more than 30 minutes. Care must also be taken to ensure a rational diet and a balanced nutrition. The high intake of vitamin C, vitamin D and protein-rich foods, such as fresh vegetables and vegetables, milk, eggs, fish and meat, helps to maintain the health of the mucous membranes of the respiratory tract, making it a solid defence against the bacteria. With knowledge of prevention, let’s see how anti-infection drugs can be used properly when they are ill.
Antibiotics 1. Penicillin: Like Amorim, it is a relatively familiar oral penicillin. Amosilin has had a good effect on respiratory infections, such as acute tonsilitis and mild pneumonia, which are commonly caused by streptococcus, soluble streptococcus. It inhibits the synthesis of bacterial cell walls, thus preventing bacteria from growing and growing. Before use, however, patients must be asked whether they have an allergy history of penicillin, which is strictly forbidden to use, without which serious allergies may be triggered, ranging from rashes and itching to life-threatening allergy shock. 2. The head of the fungus: The size of the family, from the first to the fourth generation, has characteristics. For example, head plaster is of the first generation and is more effective for gland positive bacteria and is often used to treat upper respiratory infections such as ingesting, slugs, etc. caused by subsequent bacterial infections due to flu. The second generation of hair sprouts, such as fragrance, has a broader antibacterial spectrum, which also works for part of the gelatinic fungus and applies to lower respiratory infections such as bronchitis. The third generation, with its contorture, is more resistant to the gebrane fungus and is often used for more severe infections, such as pneumonia, especially in hospitals, which has a long in-house effect of one or two times a day. While the fourth generation has maintained a strong resistance to the gerang vaginal bacteria, the effect on the gerang positives has increased, although it is usually used when other drugs are not working well because of the need to prevent overuse leading to bacterial resistance. The use of head sepsis is equally sensitive to allergies, and alcohol is prohibited for the duration of the drug and within one week of its cessation, otherwise there may be a double-sulphur coronary reaction, leading to symptoms of discomfort such as panic, blush and respiratory difficulties.
II. Large ringed esters
Archicin is a typical representation of this category. It has special effects on secondary and chlamydia infections, and when patients have irritating dry coughs, which last longer, and routine antibiotic treatments are not effective, doctors often consider styrene pneumonia, which is useful. It is unique in the form of medications, usually three days off and four days off, because Achicillin has a long post-pharmaceutical effect in the body and continues to inhibit the pathogens after it has stopped. However, it also has a number of side effects, often gastrointestinal reactions such as nausea, vomiting, abdominal pain, etc., so it is generally recommended to be taken after meals to alleviate the discomfort.
III. Xenone
Left oxyflour is widely used. It is anti-bacterial in a wide range and has some effect on the gerang, the gerang-positive and atypical pathogens, such as chlamydia and chlamydia. It is frequently used in the treatment of community access to diseases such as pneumonia, chronic bronchitis acute attacks, etc. However, one of the important concerns of this type of drug is that it is not suitable for use by young people under 18 years of age, as it may affect bone development. In addition, it can lead to a number of adverse nervous system reactions, such as dizziness, insomnia, etc., with more attention to physical changes during the use of the drug.
The choice of anti-infective drugs is by no means arbitrary in the treatment of respiratory diseases. Doctors take into account a combination of factors such as the type of pathogen infected, the severity of the condition, the age of the patient, the underlying disease and the history of drug allergies and the accuracy of the drug. Patients must not be able to buy drugs blindly, while the potential for non-conformity delays, on the one hand, and the abuse of anti-infection drugs, on the other hand, accelerates bacterial resistance and makes the treatment of future infections more difficult. It is only by working together, with routine prevention and the correct application of these drugs that they can make their breathing smoother and their health healthier.
