Para-reactive treatment of malignant neoplasms
Treatment of adverse effects associated with treatment. Treatment is essentially a partial treatment. The adverse effects of the treatment are clearly related to the parts of the area covered by the discharge target, the dirty organs. The more common side-effect of chest treatment is irrigated ductitis. Radio-ephageal inflammation is essentially a normal edema of mucous ulcer and ulcer of the edible. Inflammation, promotion of mucous membrane restoration and, if necessary, resistance to infection are basic principles of treatment. The oesophagus is an essential route to feeding, and the principle of treatment must take into account the impact on feeding. If the reaction does not affect food, it can be temporarily observed, irritated, irritated, semi-fluent diet, drinking water. Food that is particularly hot, hard or hot cannot be eaten too quickly.
For moderate severe pain and its effects on predators, the treatment can be administered with aqueous fluid, including antibiotics, hormones, proton pump inhibitors, oral digestive mucous protections such as sulfur aluminum, and diluted oral Lidocaine or Proucain, which can have the effect of abesthesia of the mucous membrane surface, which can reduce local pain, but with sensitivity and suspension if necessary. In addition, it is important to note that local anaesthesia can lead to drinking-water coughing.
Radiopneumonia is also a frequently associated side-effect of breast treatment. Moreover, pneumonia at levels 3 and above is often more severe and can even affect the lives of patients. Sugar cortex hormones are one of the most important therapeutic drugs, such as capone. They can inhibit immune responses, play a more anti-inflammatory role and contribute to the recovery of pneumonia. If treatment is ineffective, take into account the possibility of hormonal resistance to pneumonia, and adjust hormonal use in a timely manner or replace it with other types of drugs, such as immunosuppressants. Gradual reductions to decommissioning can only be considered if the symptoms are significantly improved and the visual assessment of the condition is more abated and the pneumoconiosis stoves are absorbed earlier. It is important to keep in mind that the rate of reduction must be slow and to prevent a rebound of pneumonia and, if necessary, increase the dose or shock application. Note that radiopneumonia is not a pathogen infection and is not routinely treated with antibiotics when necessary. In identifying co-infection, the rational use of antibiotics, guided by the results of the drug sensitivity, can be combined with the treatment of troughs, mist inhaled long-effect hormones, appropriate oxygen use, vital signs monitoring, etc. Of course, as radiopneumonia tends to have more serious consequences, we need to be preventive in the design of the plan and in the mapping of target areas, to continuously optimize the programme and to minimize the dose of radiation to normal pulmonary tissue and the size of lung exposure in V30, V20 and V5. Try to avoid radiopneumonia from the source.
Radioactive skin damage. Cancers near the skin surface, such as tumours on the neck and breast cancer, are often more sensitive. Lightly radioactive skin reactions are shown only in changes in skin colours in the exposed area. Serious dry de-skinning occurs, with seepage, local skin ulceration, and burns-like skin reactions. In case of radioactive skin damage, the skin must be treated in a timely manner to keep the skin dry and to reduce seepage, especially in the wrinkled parts of the skin, such as groin, armpits, etc., which also increases skin reaction. Attention should be paid to skin care during and after treatment, to avoiding direct sunlight, scratching, washing skin with warmer water, and more irritating detergents such as soap. If necessary, the use of drugs such as skin growth factor sub-pharmaceuticals or herbal oil may be used, but it must be avoided during the first four hours of treatment.
Related to medication, trauma, surgery or treatment
