Want this question answered?
The parents have the following genotypes:Type B = genotype BB or BOType O = genotype OOType A = genotype AA or BOFor the appropriate crosses: BB/BO x OO = Baby Type BO or OOAA/AO x BB/BO = Baby Type AB, AO, OO
The gene for blood type O is recessive. The mother can only have the phenotype O if she has the genotype OO. The gene for blood type B is dominant, the father has the phenotype B, but can have the genotype BB or BO. If the father is genotype BB, the child will be B + O = BO genotype; hence B phenotype. If the father is genotype BO, the child can be B + O = BO genotype; hence B phenotype (50% chance). Or O + O = OO genotype (O phenotype, 50% chance). * Phenotype = displayed trait that can be found with a simple blood test. * Genotype = genetic make up (one part from each parent), this requires a DNA test to be confirmed; however, it can sometimes be deduced by logic.
Not taking Rh Factor into consideration, O is the universal donor. All blood types can receive type O. For information, AB is the universal recipient. They can take any blood type. Remember, this excludes the Rh Factor.
I was told that a mother that is a+ and child is 0+ that it OK for the father to be 0-
Can B+ type blood be transfused into O type blood in humans?
The mother would have to be type A. Father has genotype (0,0) Mother would need to have genotype (A,0) - fenotype (blood group) = A
The mother is genotype AB, the father is either genotype BO or BB. If the father is genotype BO, the children can be genotype AB, AO, BB, or BO. This results in children with phenotype blood types of: AB, A, or B. If the father is genotype BB, the children can be genotype AB, AB, BB, or BB. This results in children with phenotype blood types of: AB or B.
There is no chance that this baby would have the blood type O. In order for someone to have the blood type O, the genotype must be IoIo. That means that each parent would have to have an O allele in their genotype. In this case only the mother has the possibility of having an O allele. Genotypes of blood type A: IbIb, IbIo Genotype of blood type AB: IaIb Genotype of blood type O: IoIo here is a punit square to show you heterozygous mommy heterozygous daddy IbIo IaIb Ib Io Ib IbIb IbIo Ia IaIb IbIo This child would have 75% chance of having the blood type B and 25% chance of being type AB
Yes, and this person can also receive blood from blood group type A and 0. If there are complications it is probably due the an other type of blood group, the rhesus blood group.
The gene for blood type O is recessive. The mother can only have the phenotype O if she has the genotype OO. The gene for blood type B is dominant, the father has the phenotype B, but can have the genotype BB or BO. If the father is genotype BB, the child will be B + O = BO genotype; hence B phenotype. If the father is genotype BO, the child can be B + O = BO genotype; hence B phenotype (50% chance). Or O + O = OO genotype (O phenotype, 50% chance). * Phenotype = displayed trait that can be found with a simple blood test. * Genotype = genetic make up (one part from each parent), this requires a DNA test to be confirmed; however, it can sometimes be deduced by logic.
The parents have the following genotypes:Type B = genotype BB or BOType O = genotype OOType A = genotype AA or BOFor the appropriate crosses: BB/BO x OO = Baby Type BO or OOAA/AO x BB/BO = Baby Type AB, AO, OO
No. Persons with type O blood can only receive type O blood.
First, let me point out that there are 32 blood-group systems identified in the human. Each of these can affect the outcome of a cross-match for a blood transfusion. However, it would be too confusing to identify yourself as a 32 part blood type, so we limit it to the two most important antigens/genes which are the ABO gene and Rh factor.The usually identified blood types are:phenotye: Type A pos = genotype: AA or AO with Rh factor (++) or (+-)phenotye: Type A neg= genotype: AA or AO with Rh factor (--)phenotye: Type B pos = genotype: BB or AO with Rh factor (++) or (+-)phenotye: Type B neg = genotype: BB or AO with Rh factor (--)phenotye: Type O pos = genotype: OO with Rh factor (++) or (+-)phenotye: Type O neg = genotype: OO with Rh factor (--)phenotye: Type AB pos = genotype: AB with Rh factor (++) or (+-)phenotye: Type AB neg = genotype: AB with Rh factor (--)Therefore, there are 4 ABO blood types combined with 2 Rh factors, for a total of 8 blood types that can easily be identified with a blood mixing kit.
Type o blood is called Universal Donors. It is called Universal Donor because it is the only blood type that can be transfered into a person that does not have the same blood type. It can also be transfered into a person that has a negative and positive antigen.The reason it is so highly demanded is because almost 40% of people in the United States carry this blood. If you have type o blood you can transfer blood to anyone but you cannot recieve blood from any blood type you can only recieve blood from a person who has type 0 blood.
You are one lucky person. Your blood type can help just about anyone in the world. It can help with blood transfusion or just about anything that a person will need.
0
Your blood type is determined by what type of antigen you have in your body. Each person has different antigen's or lack there of in the blood. A blood test is used to determine what these are.