What’s the path to pulmonary pyrecosis?
Paths to pulmonary pyromococcal infection: pulmonary pyromococcus infection is a more common deep fungi infection that seriously affects the health of patients. Understanding their path to infection is crucial for prevention and treatment.
Internal source approach
The internal path is one of the important ways in which pulmonary pyroclastic infections can be transmitted. Under normal conditions, the pyromococcal is present in the oral, upper-respiratory, gastrointestinal and vaginal parts of the human body and is living in symbiotic conditions with the human body. When the immune function of the organism is reduced, the pyromococcal in these parts may be proliferating and altering their parasitic form. For example, after the long-term use of broad spectrum antibiotics, the normal swarm balance within the oral cavity is broken, and pyrococcus is used to flourish. They can enter the lung through action such as swallowing, thereby causing lung infections. In addition, coronary fungus in the gastrointestinal tract may be transposed to the lungs when certain underlying diseases, such as diabetes, malignant neoplasms, etc., result in reduced physical resistance.
Outer source approach
The hospital environment is a key source of external pulmonary pyrophyllosis infection. The air, medical equipment, etc. in the hospital may be contaminated with pyrochlor. For example, poor ventilation and damp conditions in the wards facilitate the growth and spread of pyrochlor. In some old hospital facilities, air-conditioning systems that are not cleaned and maintained in a timely manner may become breeding grounds for pyrochlor. Patients are at risk of infection when inhaling air containing pyrochlor. Moreover, medical devices such as aerosols, gas tube intubation, etc., may be left with membranes if they are not thoroughly disinfected, and when they are used for the treatment of the patient, membrane enters the patient ‘ s respiratory tract and is infected with the lung. Medical practices are associated with intrusive medical practices that also increase the potential for pulmonary pyrophyllosis. For example, long-term retention of a central intravenous catheter, where pyrophyllosis can form a biofilm and then be transmitted to the lungs through blood circulation. In addition, bronchial lenses are also carried out in the airway if the devices are not handled in strict compliance with sterile protocols. During operations, especially long and complex operations, the body of the patient is in a state of stress and reduced resistance, while post-operative pulmonary pyromococcal infections can be caused if there is contamination in the operating environment.
Blood spread.
When it occurs in other parts of the body, and it enters the blood cycle to form bacterium haemorrhagemia, it leads to lung infections as blood flows. For example, if skin pyromococcal infections are not controlled in a timely and effective manner, in some exceptional cases it may break through the skin barrier into the blood and then, as the blood cycle reaches the pulmonary vessels, plant and cause inflammation reactions in the lungs. Pneumococcal infections in this blood-dispersion route are often more severe and relatively complex, as they may have caused damage to multiple organs at the same time.
In short, pulmonary pulmonary pyromococcal infections take place in multiple ways, whether they are internal incompetence, or external environmental and medical operation-related factors, as well as blood circulation, requiring attention in medical practice and daily life and effective preventive measures to reduce the incidence of pulmonary pyromocococcal infections.
Lung infections
