Why doesn’t the plate rise back and forth?

Why doesn’t the plate rise back and forth? Blood transfusions are a common means of clinical treatment, especially for blood patients, which can quickly supplement the blood composition and correct anemia and stop bleeding. However, there are cases where patients do not go up or down after the transfusion, which is referred to as post-transfusion trombocytopenia. The following are some of the reasons that may have led to the non-upgrade of the post-transfusion plate:1. Immunization factorsSame immunisation response: When the immune system of the blood recipient treats the slabs in blood transfusions as external material, antibodies attack these slabs, resulting in their rapid destruction. In such cases, not only is the blood transfusion not increasing the slab count, but it will decrease further.Declining self-immunosuppressive slabs: The blood recipient may have his own immunosuppression (Immune Trombosistopenia, ITP) and the blood transfusion may trigger or exacerbate this self-immunization response.2. Non-immunological factorsDilution effect: If there is a high blood transfusion, the blood of the recipient may be diluted, resulting in a relative decrease in the slab count.Bleeding plate consumption: During the blood transfusion, there may be increased consumption due to surgery, trauma or other reasons.Spleen spleen: The spleen is the main site of spleen destruction, and if the spleen of the recipient is soared, the stench may be excessively damaged in the spleen.3. Blood transfusion-related complicationsAcute lung damage associated with blood transfusion (TRALI): While TRALI mainly affects the lungs, it may cause a full-body inflammation response and indirectly lead to a decrease in the platelet.Blood transfusion-related transvestite against host disease (TA-GVHD): This is a rare but serious blood transfusion complication, in which the supplier’s immunocellular attack on the recipient’s tissue, including the blood plate.4. Factors in blood transfusion productsSlab quality: The poor quality of slabs in blood transfusions, such as excessive retention time, inadequate temperature control, may result in impaired functioning of the slabs and their failure to function as they should in the recipient.Bacteria contamination: Bleeding products that are contaminated with bacteria can cause infection and lead to a decrease in blood platelets.5. Diagnostic and therapeutic factorsMisdiagnosis: Sometimes the reduction in the platelets may be due to a misdiagnosis, the patient may not need a blood transfusion or the blood transfusion is not the best treatment.Drug interactions: Certain drugs may interact with blood pallets in blood transfusions, affecting their functioning.6. Individual differences in blood recipientGenetic factors: The genetic background of the recipient may influence its response to blood transfusions, including the survival and functioning of the plate.Basic diseases: Other basic diseases, such as cirrhosis of the liver, fibrosis of the bone marrow and so on, may exist in the recipient ‘ s blood, which in itself results in a decrease in the slab.ConclusionsThe non-upgrading of post-breeding slabs is a complex issue involving a number of factors. In order to prevent this, medical personnel need to:Careful screening of blood donors and recipients: ensure compatibility between blood donors and blood recipients and reduce the risk of the same type of immune response.(c) Strict monitoring of the blood transfusion process: ensure the quality and safety of blood transfusion products and avoid bacterial contamination and slab damage.Assessment of the overall situation of the blood recipient: development of individualized blood transfusion programmes, taking into account such factors as the basic illness of the blood recipient and the use of drugs.Timely diagnosis and treatment: As soon as a reduction in the platelets after blood transfusion is detected, assessments and treatment should be carried out immediately, including the cessation of blood transfusions, the use of immunoprotein, anti-inflammatory drugs, etc.The above measures can be effective in reducing the incidence of post-transfusion slabs and in ensuring the safety of the patient.