Esophagus cancer is a more complex situation, and the following are common treatments:
Anti-infection drug treatment
Treatment of bacterial infections
The first is to identify the bacteria that cause the infection. This usually requires bacterial development and drug sensitivity testing. For example, in the case of a golden fungus infection, some broad spectrum antibiotics, such as head sapulin-like drugs (such as head furcoxin), may be used empirically before the results of the sensitisation. When the drug sensitivity results are clear, penicillin-sensitive can be used, for example, with benzosicillin. In the case of gland cactus e.g. coli infection, quinone (e.g., left oxen fluoride) or three generations of tungsten (e.g., thalamus) may be used. For drug-resistant infections, such as methylenedioxysilin-coloured grapes (MRSA), specific antibiotics such as vancomicin and rhinazine are needed to control the infection.
In the course of treatment, the medication needs to be given in strict accordance with medically prescribed time limits and ration to ensure that the drug reaches an effective bacterial concentration in the body. In general, the course of treatment for the use of antibiotics, depending on the severity of the infection and the type of bacteria, can take 5-7 days for light infections, while severe, deep tissue infections may take 2-3 weeks or more.
Treatment of fungi infections
Patients with oesophagus cancer are vulnerable to fungi infections due to chronic use of antibiotics and low immunity. The most common is white pyrochlor infection. Treatment uses mainly antifluorinated drugs such as fluoride. It is effective in inhibiting the synthesis of facterium steroids in fungal cell membrane and thus acts as an antifluent. For some fungi for fluconoxin resistance, such as kroutine, glazine, lactose, etc., it is possible to use Etraconium, vlacoma or pycin B lipid. Although antibacterial spectroscopy and antibacterial activity are high, the side effects, such as kidney toxicity, require close monitoring of the patient ‘ s kidney function and electrolyte.
Treatment of viral infections
If the patient is infected with herpes virus, drugs such as Azulové and Versulové can be used. These drugs can inhibit the synthesis of the virus’s DNA. In the case of megacellular virus infections, Lové is a common therapeutic drug that can compete to suppress the virus’s DNA polymerase and thus prevent its replication.
Local treatment
Esophagus.
In the case of local edible infections, septics and pathogens such as bacteria and fungi can be removed from the surface of the infected stove by edible washing. Scrubs can be physico-saline water or solution containing antibiotics or antifluent drugs. For example, the use of sodium bicarbonate solutions to wash the cuisine in the treatment of pyrophyllosis can result in better results by altering the fungi ‘ s living environment, combined with antifluent medication.
Plantation
When oesophagus causes narrow oesophagus and is accompanied by infection, oesophagus implants can be used to expand the oesophagus, improve the difficulty of swallowing, and at the same time facilitate the flow of endocrines and reduce the accumulation of infection. There are various types of support, such as metal and plastic. Metal stubbles have better support and can keep the ducts open for longer periods; plastic stubs are relatively soft and cause less irritation.
Improved body immune status
Nutritional support
Patients with oesophagus cancer often have difficulty swallowing and inadequate nutritional intake. Good nutrition is the basis for maintaining normal body immune functions. For those who are able to eat at mouth, high heat, protein, vitamin-rich food or semi-fluent food, such as milk, eggs, vegetable juice, etc. For those who cannot eat through mouth, they can be replenished by either nasal feeding or gastrointestinal fistula, such as the provision of intestine nutrients (e.g. whole-tonin, anthon, etc.). Sufficient proteins, carbohydrates, fats, vitamins (e.g., vitamin C, vitamin B, etc.) and trace elements (e.g., zinc, iron, etc.) are added to the body ‘ s immunity against infection.
Immunization regulation treatment
Some immunosuppressants can be used, such as mammograms. It promotes the fragmentation and maturity of T-lymphocytes and enhances their immune function. For patients with extremely low immune functions, the use of immunoglobins while controlling infection can also increase the body ‘ s resistance to infection.
In the treatment of oesophagus cancer, there is a need for a combination of factors, such as the patient ‘ s condition and physical condition, and for a combination of methods to achieve optimal treatment.
