100% of the offspring of type O parents will be type O.
Offspring can inherit blood type from their parents based on their genotypes. Possible blood types include A, B, AB, and O. A child's blood type will be determined by the combination of blood type alleles inherited from their parents.
There are two possibilities.... either group 'O' - or group 'B'. Also, each group can be rhesus positive or negative - making a total of four combinations.
There are two possibilities.... either group 'O' - or group 'B'. Also, each group can be rhesus positive or negative - making a total of four combinations.
It is possible for their offspring to exhibit type AB, A, B, or O, depending upon the parental genotype, which is unknown. The blood type exhibited, also referred to as phenotype, is due to the dominant A and B alleles. Every person inherits two alleles for each gene, one from each parent. The type A may have inherited two A alleles or an A allele and an O allele, the O being masked by the dominant A because it is a recessive trait. Therefore they exhibit the phenotype A, but could potentially pass on an O allele to any offspring. The same goes for the type B parent (could be BB or BO). The exact genotype (AA/BB or AO/BO) is not determined through simple blood testing, so the exact phenotype of the offspring can not be predicted.
parents: AB, Ochildren: A,B,O,and AB-sarahhhh(:------------------------------------------------------------------actually, parents has to be type A and type B with genotypes IAi and IBithat's the only way for the offspring to have all the possible blood types- kigesui
I believe type O blood is the one blood type that can be matched to any of the other blood types. There is one type of blood, though, that is not compatible with type O blood. However, that is very rare.
Yes, it is possible for parents with the same blood type to have a child with a different blood type if both parents are carriers of certain genes that can produce different blood types. In the case of an O+ and O- parent having an AB child, it is likely that there are additional genetic factors at play beyond the ABO blood group system. It is recommended to consult a healthcare provider for a detailed explanation based on specific genetic factors.
It is not possible for two parents with blood type O negative to have a child with blood type AB. In the ABO blood group system, type O is recessive and AB is a combination of A and B, making it impossible for two parents with type O blood to produce a child with type AB blood.
There are two types of Rh blood type, a Rh + and a Rh -ve, they are useful in surgery so blood type can be matched. Especially in pregnancy it is beneficial for mother and child to have the same Rh blood type.
The offspring blood type with parents that have O and B blood types would come out with O positive. This is taught in biology. Based on the details of the question this initial answer is incorrect. Type O is not a dominant characteristic merely a common one. A person with type B blood could have a genotype of BO or BB so there are two potential answers to this question. The parent with O type blood can only have an OO genotype. If the parents are BB and OO then all offspring will be type B phenotypically and their genotype will be BO. If the parents are BO and OO then 50% of the offspring will have the BO genotype and 50% will have the OO genotype. Phenotypes will be B and O respectively. Since the question did not include any mention of the RH factor there is no way to determine that the offspring would be positive or negative. True codominance in blood types really only shows up with the AB genotype where the phenotype of the individual matches the genotype and the person has both A and B blood factors.
Use a punnet square it may be a little tricky though.Just remember which letter is dominant and which one is recessive.heterozygous and Homozygous.
There are two different types of A blood types, there is the one that originated from Europe and one that originated from the Arctic. The two blood types have specific properties and each require certain foods to be healthy.