What’s the connection between reduced immunity and treatment?

The relationship between reduced immunity and treatment is complex and multifaceted. In some cases, treatment is the direct cause of the decline in immunity, while in others treatment may only indirectly affect the functioning of the immune system. The following is a detailed discussion of this relationship, which is about 1,000 words in its entirety.How treatment causes immunity to declineChemotherapy: The chemotherapy drug is designed to kill rapidly divided cells, which are common in cancer cells, but can also damage normal fast split cells, including blood stem cells and immune cells in bone marrow. As a result, there has been a decrease in the number of white cells of patients, especially in the case of meso-particle cells, which are an important part of the immune system and are responsible for combating bacterial infections.Rehabilitation: Radiotherapy can damage cells, including immunosuppressive cells, in the region in which it is treated. If therapeutic treatment affects bone marrow, it may reduce the generation of immunocellular cells, thereby reducing immunity.Immunosuppressants: Drugs used to prevent organ transplants from excluding responses or to treat self-immunizing diseases, such as hyena and strong pine, deliberately inhibit the immune system.Long-term antibiotics use: The long-term or inappropriate use of antibiotics can damage intestinal microorganisms, which play a key role in regulating the immune system.Specific relationship between treatment and reduced immunityDirect damage to immunosuppressive cells: As previously mentioned, chemotherapy and decomposition can directly kill immunosuppressive cells, leading to reduced immunity.Impact on the regulation of the immune system: certain treatments, such as hormone treatment, can alter the balance of the immune system and make it less effective against pathogens.Increased risk of infection: Declining immunity increases the vulnerability of patients to viruses, bacteria and fungi, which may further weaken the immune system.Impact of reduced immunity on treatmentDelays or interruptions in treatment: Declining immunity may lead to changes in treatment plans, as patients may not be able to withstand further side effects.Reduced treatment response: A weakened immune system may not be able to respond effectively to treatment, thus affecting its effectiveness.How to cope with reduced immunity from treatmentMonitoring of immunisation status: The number and function of immune cells is monitored through regular blood tests.Preventive treatment: In some cases, doctors may recommend the preventive use of antibiotics or antivirals to prevent infection.Lifestyle adjustment: includes balanced diet, adequate exercise, adequate sleep and stress management, all of which contribute to maintaining the health of the immune system.Vaccination: Before and after treatment, certain vaccines may be needed to prevent infection, depending on the patient ‘ s circumstances.ConclusionsThere is indeed a close relationship between reduced immunity and treatment. Treatment, especially for serious diseases, often affects the immune system. However, this effect is an inevitable part of the treatment process, as many treatments are designed to kill or suppress rapidly divided cells, which are characteristic of cancer cells and certain immune cells. Medical professionals must therefore carefully weigh the advantages and disadvantages of treatment and take measures to minimize the risk of a decrease in immunity. For patients, understanding the potential impact of treatment on the immune system and taking appropriate preventive measures are key to health maintenance and success.