Children’s parageny pneumonia could reoccur. Are you ready?

Pneumonia is a common respiratory disease in children and its incidence has increased in recent years. Pneumonia is somewhat contagious and, if it is not treated in a timely manner, it may become more serious, posing a significant health threat to children. As the season changes and environmental factors influence, it is likely that children’s secondary pneumonia will reoccur. As parents, we need to understand the characteristics of systolic pneumonia, the methods of prevention and treatment in order to safeguard the health of children. It is a micro-organism between bacteria and viruses, with no cell walls and a simpler structure. Pneumonia in children is mainly caused by the infection of the pneumoconitic terracis, which is spread mainly through foam, such as cough, sneezing, etc. The risk of transmission is higher in densely populated places such as schools, kindergartens, hospitals, etc. The clinical performance of the children’s secondary pneumonia is diverse, with major symptoms including fever, cough and cough. Heat lasts 2-3 weeks, with body temperature above 39°C. Coughs are mostly irritating dry coughs, with a small amount of sapling. Some of these children may also have symptoms of chest pain, breast depression and respiratory difficulties. In addition, parageny pneumonia may cause other system complications such as cardiacitis, hepatitis and kidney. Pneumonia is relatively long, usually 2-4 weeks. Some of the children may be in a state of repeated illness and may be subject to prolonged displacement. When we visit the clinic, the doctor will determine whether it is possible to suffer from symbiotic pneumonia based on the clinical behaviour of the sick child, such as fever, cough and cough, as well as the results of the pulmonary examination, together with the following laboratory tests. Laboratory examination (1) Blood routine: White cell count is generally normal or slightly higher, dominated by neutral particle cells. (2) Sero-psychiatry: The detection of pneumoctopathic antibodies is a common method of diagnosing the pneumonia of the syroids. After the infection, the antibodies began to rise in 7-10 days, peaking in 3-4 weeks. (3) Pathological examination: Pneumonia spectrogen culture through slurry, swab, etc. can be clearly diagnosed, but for longer periods of time, with lower positive rates. Video-test X-line or CT tests can show the extent, extent and extent of pneumonia. Pneumonia is pictogramally diverse, with mestogenic changes, bronchial changes or large-leaf changes. For children infected with secondary pneumonia, as parents, we should: (1) take care to rest: the child should rest in bed and avoid severe physical activity in order to reduce the burden on the heart. (ii) Dietary regulation: the provision of nutritious and digestive food to infected children, more vegetables and fruits, more water, and a smooth flow of poop. (3) Maintaining indoor air flow: regular window ventilation and keeping indoor air fresh. At the same time, timely medical treatment is generally not required for most children with mild illness, and treatment may be provided on the advice of an outpatient doctor: (1) Heat withdrawal: physical or drug cooling is possible for children with fever. Common deheating drugs are acetaminophenol, brofen, etc. (2) Accelerosis: For children suffering from cough, coughing, etc., coughing accelerants, e.g. ammonium bromine, bromine. (3) Pasal: bronchial expansionists, such as salbutamol, tebutalin etc. may be given to children with asthma symptoms. Anti-infection treatment The treatment of styrene pneumonia is based on the use of antibacterial drugs. The Great Ringed Iesters are the preferred drugs for treating styrene pneumonia, such as Archicin, erythrin, etc. Other antibiotics can be used jointly for children with more serious or complications. In the case of the tetracyclohexes and quinone-type drugs, it is noted that the tetracyclics are not recommended for use in children under the age of 8 and the quinone is banned for persons under the age of 18. In the case of complications, such as myocarditis, hepatitis, kidneyitis, etc., the treatment should be tailored to the circumstances. Active preventive measures can also effectively protect children from disease: Strengthening of personal hygiene (1) Hand-washing: Educating the child to develop a good practice of hand-washing, especially after taking a dump before dinner and after going home. (2) Maintain good respiratory hygiene habits: cover mouths and noses with paper towels while coughing or sneezing to avoid the spread of foam. (3) Avoid contact with patients: To the extent possible, avoid exposure to patients suffering from paragen pneumonia, and if necessary, wear a mask. Increased Immuno-Immuno-Immuno-Immuno-Equal Diet: To ensure that children are fed enough to eat more food, such as vegetables and fruits, whole grains and good proteins. (2) Modular exercise: children are encouraged to participate in appropriate physical exercise and to improve their health. (3) Adequate sleep: to ensure that the child has sufficient sleep time to facilitate physical recovery and increased immunity. Environmental control (1) Maintenance of indoor cleaning: regular cleaning of the interior and maintenance of the environment. (2) Ventilation: 2-3 ventilations per day for 20-30 minutes each, keeping indoor air fresh. (3) Avoid going to densely populated places: during the epidemic season, every effort is made to avoid taking children to densely populated places such as malls, supermarkets, playgrounds, etc.