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Blood type is not a sex-linked trait. Both parents contribute equally to determine a child's blood type.
We are looking for the possible blood types of a baby.Parental information:Mother type O -- can only be OO; therefore, can contribute O geneFather type AB -- can only be AB; therefore, can contribute A or B geneBaby receives one gene from each parent: Baby is type AO: Type ABaby is type BO: Type BThe child cannot have Type O since the father does not have an O gene to contribute; however, the baby can be either Type A or Type B because of the father's AB blood type.
To solve the codominance problem involving the crosses IBIB (blood type B) and IAi (blood type A), we first note the genotypes of the parents. The IBIB parent can only contribute the IB allele, while the IAi parent can contribute either the IA or the i allele. The possible offspring genotypes are IBIA (blood type AB) and IBi (blood type B). Therefore, the resulting phenotypic ratio of the offspring will be 50% blood type AB and 50% blood type B.
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No, a child cannot have blood type O if one parent is blood type AB and the other parent is blood type A. Blood type O is inherited when both parents contribute an O allele, which is not present in this case.
We are looking for the possible blood types of a baby.Parental information:Mother type A -- can be AA or AO therefore can contribute A or OFather type AA -- can only contribute ABaby recieves one gene from each parent: Baby is type AA: recieves an A from each parentBaby is type AO: recieves an A from papa and O from mamaThe baby can only have blood type A. In order for the baby to be type O, the father would have to be AO and not AA.
We are looking for the possible blood types of a baby.Parental information:Mother type A -- can be AA or AO therefore can contribute A or OFather type A -- can be AA or AO therefore can contribute A or OBaby recieves one gene from each parent: Baby is type AA: recieves an A from each parentBaby is type AO: recieves an A from one parent and O from the otherBaby is type OO: recieves an O from each parentYES, the baby of two Type A parents can be Type O.
Yes, plasma plays a role in determining a person's blood type. Blood type is classified based on the presence or absence of specific antigens on the surface of red blood cells, as well as antibodies present in the plasma. For instance, individuals with type A blood have A antigens on their red blood cells and B antibodies in their plasma. Therefore, both the antigens on the cells and the antibodies in the plasma contribute to defining a person's blood type.
Yes. The Rh factor (the +/- part) is actually two parts with positive being dominate. So, a person with ++ or +- is called positive, and a person with -- is negative. As such; two people with +- blood can have a child with ++, +-, +-, or --. (which simplify down to +, +, +, and -)
The possible genotypes for the couple are IAIA and IBi. Therefore, the possible phenotypes for their offspring are blood type A and blood type AB. The offspring cannot have blood type B because the parent with the B allele would always contribute the I allele for blood type B.
Identity labels can often contribute to discrimination in the sense that they can perpetuate common existing stereotypes that lead to self-fulfilling prophecies.
type A