Sorry "Retired History Teacher" your answer has no medical background neither does your education.
Lutheran Blood types do exist. It is because of the presence of a very rare antigen called the "Lutheran Antigen". It effects less than .003% of the population and it's very very rare. I've only seen it twice in my long career as a paramedic/emergency room tech.
Sometimes things that are named like a religion has nothing to do with a religion. In this case it does not. I have no idea how it got the name Lutheran antigens but they do exist... and a simple Google search before you posted would have proven this. It probably has something to do with the LU gene in the human DNA code.
Yes. The geneotype for both parents must be AO+- for the child to be OO--
Yes. The geneotype for both parents must be AO+- for the child to be OO--
If one of the parents is AO negative and the other is BO negative they could produce offspring that were BO, AO, AB or OO negative.
Yes. The parents' blood types are AO and AO so the baby will be OO. And since at least one parent is Rh+, the child will be Rh+.
ni,ni
We are looking for the possible blood types of a baby.Parental information:Mother type O neg --can only be OO with Rh (--) = contributes genes O, (-)Father type A neg --can be AA or AO with Rh (--) = contributes A, O, (-)Baby receives one gene from each parent: Baby is type AO with Rh (--) = Type A negBaby is type OO with Rh (--) = Type O negRh negative blood requires two negative genes. Since both parents are negative, there is no positive gene to offer the offspring, so the children will all be Rh negative.
The child will be able to have either a or o blood and either positive or negative. Mum will be oo genes and either +- or ++ rhesus. Dad could carry aa or ao genes and will have ++ or +- rhesus. So child could be ++ +- or -- could also be ao or oo.
Not necessarily. A child with O negative blood can have parents with different blood types, as the O negative blood type is recessive and can result from a combination of A, B, or O blood types from each parent.
The parents could both be carriers of the O negative blood type without expressing it themselves. When they pass on their O negative genes to their child, it's possible for the child to inherit two O negative alleles and have the O negative blood type, even if the parents don't have it themselves.
The four blood types for humans are: A, B, AB and OO. Also the RH factor determines is your blood type is RH negative (-) or RH positive (+). All blood types can then be classified as: A+, A-, B+, B-, AB+, AB-, O+ or O-.
No the baby blood type will be (ao)or(oo)
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