Comprehensive diagnosis of pneumonia corebella infections
Pneumonia (Klebsiella pneumoniae) is a glucose fungi, which is part of the intestinal fungi. It exists widely in natural environments, such as soil, water and so on, as well as in the respiratory and intestinal tracts of the human body, in normal conditions of peaceful coexistence with humans, but may cause infection under certain conditions, such as reduced immunity of the organism. 1. Paths to infection and the vulnerable population: Respiratory transmission: This is more common in densely populated and poorly air-flowed environments such as hospitals, by inhalation of the foam, aerosols and so forth, which contain pneumonia. • Medical transmission: Bacteria can be used to intrude into the human body using contaminated medical devices, such as bronchial tubes, catheters, etc. • Indigestion tract transmission: Eating contaminated food or water, bacteria enter the intestinal tract and, under certain conditions, can be moved to other areas to cause infection. 2. Perceptive population • Older persons, with relatively weak immunity as a result of their reduced physical functioning, are among the high-prevalence groups affected by pneumonia. • Infants and young children, with an incomplete immune system and a low level of resistance to infection. People with chronic diseases such as diabetes, chronic obstructive pulmonary disease, malignant neoplasm, etc., long-term diseases lead to reduced physical resistance and vulnerability to the disease. • The chronic use of medicines such as immunosuppressants and sugar-cort hormones, whose inhibition on the immune system increases its vulnerability to infection. 1. Lung infection: the most common part of the infection is pneumonia creberella. High heat, cough, cough and cough are common in patients, and the acupuncture tends to be sticky and in the form of brick-red gel, which is one of the more typical features of the creberella pneumonia. Symptoms such as chest pain and respiratory difficulties may also be associated with respiratory failure in serious cases. 2. Infection of the urinary system: In the form of urinary tract irritation, irritation, irritation and urinary pain, some patients may suffer from haematological urea, back pain, etc., which, if not treated in a timely manner, may cause more serious diseases of the urinary system, such as kidney diarrhea. 3. Blood flow infections: Bacteria can cause sepsis, with high heat, cold warfare, bruises on skin, dangerous conditions and higher mortality. Other parts of the infection: abdominal pain, abdominal swelling, nausea, vomiting, etc.; central nervous system infections can lead to headaches, vomiting, cognitive disorders, etc. 1. Antibacterial treatment • Drugs commonly used: The selection of sensitive antibacterial drugs based on the results of drug-sensitive tests is essential. Commonly used are head sepsis (e.g., cystalcin, cortex pine, etc.), carbon mercuric acid (e.g., meropenan, amphetamine, etc.), amino sugar slurry (e.g., Quintaacin, Amica, etc.). Treatment procedure: The general lung infection procedure is usually 10 – 14 days, and serious infections, such as haemorrhagic infections, may take longer, depending on the patient’s condition, treatment response, etc. 2. Treatment of the disease • Physical cooling or the use of deheating drugs, depending on the body temperature of the fever patient. • People with respiratory difficulties may need support treatment such as oxygen and mechanical ventilation. • Care should be taken to promote bacterial excretion by drinking more water and urinating more in cases of urinary system infection. Support for treatment • Ensure adequate nutritional intake of patients and provide nutritional support for patients who are seriously ill and are unable to feed on their own. • Maintaining water, electrolyte and acid alkali balance, closely monitoring patients’ vital signs and laboratory indicators and adjusting treatment programmes in a timely manner. Case one: Mr. Lee, 65 years old, with diabetes for many years. Heated, coughed and coughed, self-infected cold medicine was not improved for days and symptoms were increasing, and the sap was in the form of a brick-red tunze, which led to hospital visits. After admission to hospital, a CT examination of the chest revealed a massive immersion of pulmonary inflammation, with the result of a crebella infection. After the drug-sensitization test, the doctor chose to use the talcium for anti-infection treatment, while supporting the treatment of the aerobics, blood sugar control etc. After two weeks of intensive treatment, Mr. Li ‘ s body temperature returned to normal, with a marked reduction in cough and cough symptoms, a clear absorption of CT ‘ s in the chest reviewed and eventually discharged. Case II: Blood flow infection, Ms. Wang, 40 years old, chronic use of immunosuppressants due to systemic red and scabies. In the recent past, there has been a high-heat, cold-war, a weak body and multiple bruises on the skin. Upon arrival in the hospital, regular blood tests showed an abnormal increase in white cells, and haematological results confirmed sepsis caused by pneumonia Creberella. In view of the seriousness of the situation, doctors immediately opted for antibacterial treatment in the United States of America and supported treatment with blood transfusions and protein supplements. After nearly a month of rescue and treatment, Ms. Wang ‘ s condition has stabilized, her body temperature has returned to normal, life signs have stabilized, and eventually she has been transferred out of the ICU for further rehabilitation. Case III: Infection of the urinary system Miss Chang, 25 years old, usually in good health. Symptoms of urination, excrement and urinary pain after a trip were initially thought to be the result of the journey and were not taken too seriously. However, the symptoms continued unabated and aggravated, accompanied by blood and urine, and were referred to the hospital. A large number of white cells and bacteria have been detected in a routine urine examination, with the result of pneumocococcal infections. On the basis of the drug-sensitization test, the doctor provided anti-infection treatment to Qing Dynaecinin and instructed Ms. Zhang to drink more water and urinate more. After a week of treatment, Ms. Zhang’s urinal tract irritation was eliminated, the urine routine was reviewed and recovered as soon as possible. 1. Hospital prevention and control: hospitals should strengthen environmental clean-up, regularly decontaminating facilities such as wards, operating rooms, dispensaries, and so forth; strict application of sterile protocols to regulate the cleaning, disinfection and sterilization of medical devices; reasonable isolation of patients in hospitals to prevent cross-infection. 2. Personal hygiene: maintenance of good personal hygiene practices, hand-washing, especially after exposure to public goods, before eating, etc.; covering of mouth and mouth with paper towels or elbows during coughing, sneezing and avoiding the spread of foam; rational diet, improved exercise and increased self-immunization. 3. Rational use of medicines: People requiring long-term use of drugs such as antibiotics, immunosuppressants and so forth, under the guidance of a doctor, in order to prevent the abuse of drugs from causing cystasy and increasing the risk of infection. Pneumococcal infections are clinically common, especially among vulnerable populations. Understanding their path to infection, clinical performance, treatment and effective prevention measures are important to reduce the incidence of infection and increase the patient ‘ s cure rate.
