Whose blood type does a girl usually take after?

Which father does a girl's blood type usually inherit? There is a genetic law for blood type inheritance, and there is a genetic law table for blood type inheritance. Regardless of whether our child is a boy or a girl, the genetic blood type will be half from the father and half from the mother. Let's have a simple understanding of this issue. I hope the following points will be helpful to everyone!

Which one does a girl's blood type usually follow?

Who a girl's blood type will be based on depends on how her actual blood types interact. She can take after her father, her mother, or even have a blood type that is different from both her parents.

If both our parents are type O, then our children will have type O blood. If the father and mother have AB and O type blood, the child can have A type or B type blood, but it is impossible for the child to have O type or AB type blood. A parent with type A and type AB blood can give birth to a child with type A, type B, and type AB blood. Two type A or two type B blood can give birth to a child with type O blood, or a child with pure type A and type B blood.

The blood type genetic regularity table is also known as the blood type matching table. As long as you input your and your spouse's blood type, you can determine the possible blood type of your baby to be born. This is the most scientific blood type test and blood type matching method known to date.

Blood type is a classification based on the differences in homologous antigens on the surface of human blood cells. Because human blood cells contain different agglutinogens, blood is divided into multiple types, hence the name blood types.

There are many types of human blood types, and each blood type system is determined by genetic recombination and has medical immunological characteristics. The largest and most common blood type system is the ABO blood type, which is divided into four types: A, B, AB, and O; the second is the Rh blood type system, which is mainly divided into Rh positive and Rh negative; and the third is the MN and MNS blood type systems. According to current clinical trials around the world, there are more than 30 types of human blood.

Blood groups (blood types) are a type of genetic inheritance that is expressed in the form of blood antigens.

Generally speaking, blood shape refers specifically to the differences in blood cell antigens between individuals; but it has been known that in addition to blood cells, there are also antigen differences between individuals in white blood cell counts, platelets and even some plasma proteins. Therefore, the theoretical blood type should include the differences in the antigens of each blood component among individuals. Generally, people's understanding of blood types is usually limited to ABO blood types and injection problems. In fact, blood types have wide-ranging significance in anthropology, cell biology, medicine, clinical medicine and other subjects, and therefore have important theoretical and practical significance. In addition, the discovery of animal blood types also provides new questions and research content for blood type research.

Blood types are generally divided into four types: A, B, AB and O. In addition, there are more than 10 extremely rare blood type systems, such as Rh negative blood type, MNSSU blood type, P blood type, and D deficiency blood type. Among them, AB type can accept blood from all blood types, so it is called the universal blood recipient; O type can donate to the bodies of all blood types, so it is called the universal blood donor and super-blood donor. In fact, the blood transfer between different blood types is generally only a small amount, not a lot. If you need a large number of intravenous injections, it is best to get it in the same blood type.