Is the reduction of the Third Division a further obstacle?

The reduction of the erythrocytes, white cells and blood platelets is typical of haematological manifestations of regenerative obstructive anaemia (Aplastic Anemia, AA). However, the reduction of the three sets does not necessarily mean that the patient suffers from re-incapacitation, as multiple diseases and circumstances can lead to a reduction of the whole blood cell. The following is a detailed analysis of the reduction possibilities in the three departments:Three are other possibilities for reduction.MSDMDS is a group of cloned blood diseases originating in blood stem cells, characterized by bone marrow dysfunctions and a reduction in outside blood cells. Unlike AA, MDS bone marrows are usually not completely empty, but rather pathological blood.PNHPNH is a blood disease caused by a mutation of one or more blood stem cell genes, and patients suffer from red membranes, which can easily break down and lead to haemoglobin urine. PNH patients may also experience a decrease in the total blood cell.Acute leukaemiaAcute leukaemia is a malignant cloned disease of blood stem cells, and although it usually manifests itself in an abnormal increase in white cells, in some cases, especially at the advanced stages of the disease, there may be a decrease in the whole blood cell.Heavy virus infectionCertain viral infections, such as the EB virus, HIV, hepatitis virus, etc., can lead to bone marrow inhibition and a reduction in the whole blood cell.Bone marrow inhibition caused by drugs or toxinsCertain drugs, chemical substances or toxins, such as chemotherapy, benzene, insecticides, may act as disincentives to bone marrow, leading to a reduction in the whole blood cell.Self-immuno-seroemiaSelf-immunologically soluble anaemia is caused by the creation of antibodies against its own red cell, which accelerates the destruction of the red cell and may be accompanied by a reduction in white cells and blood panels.Other genetic diseasesGenetic diseases such as Van Goni anaemia and congenital pure red cell rebirth disorders may also show a decrease in all blood cells.Diagnostic processTo determine the reasons for the decrease, doctors usually take the following steps:Detailed medical history inquiries and medical examinations: knowledge of patient ‘ s medical history, exposure history, family history, etc., and other clinical symptoms.Routine blood tests: confirm whether there is a real decrease in the three lines and assess the extent of the reduction.Bone marrow piercing and biopsy: This is a key step in distinguishing AA from other diseases. The bone marrow of AA usually shows low growth, while other diseases may indicate increased activity or abnormal increase.Other supplementary examinations:Fluid cytology: CD55 and CD59 for testing PNH patients.Cell genetics analysis: chromosome anomalies used to detect MDS or leukaemia.Immunization spectrometry: used for the diagnosis of acute leukaemia.Virus seroscopy: used to exclude viral infections.ConclusionsThe reduction does not necessarily mean that there is regenerative obstructive anaemia. Proper diagnosis requires a comprehensive analysis that combines clinical performance, laboratory and ancillary examination results. In the event of a reduction in the total blood cell, timely medical treatment should be provided, with a detailed diagnosis and assessment by a specialist. For patients suspected of re-incapacitating, bone marrow piercing and biopsy are key steps in the diagnosis, while other diseases that may lead to a reduction of the three.