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In general, blood types are mostly formed at birth and remain unchanged throughout life. In some special cases, blood type can be changed.
Blood group transition:
1. The red blood cells in infancy and early childhood are not yet mature, and the blood group antigen is not fully developed, which can make the blood group test different.
2. Some elderly people and patients with malignant tumors can make differences in blood group testing due to the weakening of the antigenicity of red blood cells.
3. Some people are overdosed due to radiation exposure or other reasons, which can lead to genetic changes in the red blood cell system and blood group changes.
4. Some patients with intestinal obstruction or digestive tract tumors can have blood group crossover during the course of the disease.
5. In a short period of time, a large amount of colloidal solutions such as dextran can adsorb antigens on the surface of red blood cells, which can change the original antigenicity, thereby causing changes in blood grouping.
The above changes in blood type will change back to the original blood type when the condition improves or the cause of the antigenic change disappears.
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Blood type usually does not change. However, there are some special cases where a person's blood type may also change.
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The only constant is change, not that the relationship will fade after being together for a long time, but that it will gradually transform into a habit, and there is no need to deliberately please and operate, so it will slowly appear that it is not so much about everything.
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Do you know your blood type? Why do Japanese people like blood type A?
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A person's blood type can be changed temporarily.
A person's blood type is innate, and it will not change for the rest of their lives. However, under certain circumstances, a person's blood type can change.
1. Deformation after transplantation of bone marrow stem cells. If the recipient's hematopoietic function is completely or mostly replaced by the bone marrow stem cells of the transplanted donor, then the change in blood type is long-term or even permanent, and will not return to the original blood type of the recipient unless the recipient's own hematopoietic function is restored.
2. Temporary changes in blood type. There are a variety of reasons, such as immature infants and young children, illness, especially cancer, blood transfusions, medication, and radioactive landing**, which can change a person's blood type in the short term or superficially.
These changes are transient and incomplete, and may revert back to the original blood type once the disease is controlled. Other than the reasons mentioned above, researchers have so far not found any other way to change a person's blood type.
A person's blood type is innate, and it doesn't change for life. However, under certain circumstances, a person's blood type can change. >>>More
Diet that people with blood type O can eat:
To eat: beef, lamb or venison; trout, salmon, sardines, sea bass, cod, eggs, milk or tofu; fresh cheese; artichokes, garlic, turnips, lettuce, onions, parsley, sweet potatoes and pumpkins, etc.; olive oil or linseed oil; Apples, grapefruits, grapes, pears, watermelons, and peaches. >>>More
There is a possibility. However, if your student has never been in good health and has not received any special **, it may be that there was an error in the previous blood test. A person's blood type is innate, and it doesn't change for life. >>>More
There is no correlation between a person's blood type and health.
ABO blood types can be divided into 4 blood types: A, B, AB, and O. Red blood cells containing A antigen and H antigen are called type A, and type A contains anti-B antibodies in human serum; Red blood cells containing B antigen and H antigen are called type B, and type B contains anti-A antibodies in human serum; Red blood cells contain A, B, and H antigens, which are called AB types, and people with this blood type do not have anti-A and anti-B antibodies in their serum; Red blood cells have only H antigen, called type O, and type O contains anti-A and anti-B antibodies in human serumSee.