During meiosis (reproduction of sexual cells) the paired chromosomes are separated. Each gamete (sperm or ovum) contributes one chromosome to the zygote.
Therefore:
The children of this AB X OO mating will have neither blood type of the parent.
Instead, they have a combination of the parental genes.
Both parents determine the blood type. The father donates "half" of the blood type while the mother donates the other "half". The two factors can combine to produce several different kinds of blood type.
You may be thinking about sex of the offspring, the father determines the sex by donating either and X or a Y chromosome. - - - Each parent makes an equal contribution to determining the blood group of the offspring. In an individual human being, the blood group is determined by two copies of the blood group gene, one inherited from each parent. In all, there are three different versions of the gene: IA, a dominant form (allele) that, in combination with another copy of IA, produces blood group A; IB, a dominant form that, in combination with another copy of IB, produces blood group B; i, a recessive allele that , in combination with another copy of i, produces blood group O. IA and IB are codominant, and an IAIB individual has blood group AB.
Blood type is hereditary, but just like eye color or hair color, it can come from either the mother or the father.
both parents
the blood group of baby can be O,A,B or AB.
Based on Punnett squares, the possible outcomes are A, B and AB.
No, O and B blood type parents can not create an A blood type offspring. The only blood type offspring that can be created by these parents is O+, O-, B+, or B-.
If both parents are type O, they will always produce type O offspring.
Although both individuals have type o, their parents didnt necessarly have o. Some generations behind might (most likely) have had A, so by genetics their offspring got A.
Unfortunately you can not determine what your child's blood type will be, however you can narrow it down. Offspring inherit the blood type of either the mother of the father. So your child will either have blood type A or blood type O.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Without any further information about the blood types of the offspring's parents, you can say that the offspring of a parent with type A and parent of type B could have any blood type -- A, B, O, or AB.
Possible blood types are A, B, or AB. Basically, the offspring can be any blood type except for O.
Yes, an individual with blood type B can produce an offspring with blood type A. The explanation for this is that a mother with the blood type A can have a child with a father who has a blood type of A or AB and produce a child with type A blood.
O
If the father is homozygous for the B blood group, giving him the BB blood genotype, and the mother's genotype is AB (the only genotype for the AB blood group), then their offspring could have either the AB or B blood groups. If the father is heterozygous for the B blood group, giving him the BO genotype, then their offspring could have the AB, A, or B blood groups. However, they could not produce an offspring with the O blood group.
It depends on if one or both parents carry type O. If they do not, then the only type will be AB. If they do carry O, then the offspring can be AO, AB, BO or OO.