One cannot predict the blood type of the offspring unless the blood types of both parents are known. Blood group O is not common is a population. There is a possibility of this allele being repressed in the presence of a more dominant blood group allele.
Once the blood groups of both parents are known, one an look at all the possibilities that the offspring can have and make an accurate prediction.
The child can have either Rh positive or Rh negative blood. More information is needed on the mother's genotype to know for sure. With the information currently given, the child has a 25% chance of being Rh negative.
Generally the child will be fine, although rare reactions can occur. The blood type shouldn't be a problem at all since the mother is AB - she won't have antibodies against either A or B antigens on the baby's red blood cells. Also, since the mother is Rh+, she won't have antibodies against Rh proteins either.
Yes, it is possible that an A negative mother and a B positive father can have an O positive child. Because looking back to the basic of Genetics, Blood Banking, Immuno/Serology. A parents whose blood groups are A and B can possibly have all the blood groups in their offspring (A, B, AB, and O) most specially if both parents blood groups are A and B genotypes. When it says genotype, meaning the parents are either AO or BO. The genotypes are the genes/traits that are not expressed (recessive traits) or are hidden. Meaning that the O gene in an AO genotype blood is not expressed and only the A gene which is the Phenotype in that particular blood group is only expressed (dominant traits) thus showing as a type A blood, and same goes with the BO genotype blood group. So going back to the question if an A negative mother and a B positive father can have an O positive child, then the answer is YES most specially as I mentioned earlier if the both parents are A and B genotype blood group. Then when it comes to Rh grouping (being negative or positive) since both traits are present in the parents (A negative mother and B positive father) then all the offspring can inherit both traits.
No If the babies Father is blood type A then the baby will be Blood type A if the father is Blood type O then the baby will be blood type O If the father does not know what blood type he is and you are blood type O then the nurse,midwife and doctor will treat you with Anti-D which helps prevent future babies being affected by your bloodMY VIEWIt IS possible that a father of blood type AO and the mother of blood type of O or BO can give rise to the child of blood type O.
NO
The only way a mother will know if their child is gay is if the child tell her.
The child can have either Rh positive or Rh negative blood. More information is needed on the mother's genotype to know for sure. With the information currently given, the child has a 25% chance of being Rh negative.
You can limit what possible blood types the father has if you know the mother's and the child's. For example, if the child is type O, the father cannot be type AB, and if the child is type AB, the father cannot be type O.
In blood type, there are two genes for blood type, one from the father and one from the mother. Genes can be either dominant or recessive, with the dominant gene covering the recessive, so you may not know you have the recessive. Also, in blood types, Type O is a lack of A or B, not truly a type in itself. For example, the mother in this question has type A blood, which means she has either AA blood or AO blood, either of which types to A. The father has O blood, which means he has OO. (if he had either A or B, it would be his type.) Therefore, we know the child will receive an O from his father and either an A or an O from his mother. This will make the child either Type O or Type A. The negative and positive will work in the same way, with the positive being dominant. To be negative, his mother has a lack of positives, or is - -; and to be positive his father is either +- or ++. Therefore, the child can be either + or -. If you have a child that is O-, that would tell you that the mother is AO and that the father is +- (because the child inherited all the recessives and had to get them from both parents.) Otherwise, you may never know.
If the child is not yet of age/emancipated, child support could be ordered once paternity is established.
A single father, what does that mean? Are you divorced, ever married to the mother of your child, or is the child adopted by you, or is the mother dead or out of the picture? If your question is "How does a Father obtain residential custody after a divorce or in a paternity case", then I can answer this question. Let me know what your grounds for custody are. What is it about the mother or other parent that makes it harmful for the child to remain in their care?
It's almost impossible to know in less their blood is tested because children don't always match their parents.
Generally the child will be fine, although rare reactions can occur. The blood type shouldn't be a problem at all since the mother is AB - she won't have antibodies against either A or B antigens on the baby's red blood cells. Also, since the mother is Rh+, she won't have antibodies against Rh proteins either.
You must let your doctor know. There is a shot the mother gets before delivery to counteract the opposite blood types.
A good and loving mother should never choose the man over the child. However, if it is a case that the child feels the man is going to take their mother away from them introduce the man a little at a time and then introduce the man into some fun things to do with the child. Let the child know they come first and the mother should assure them she loves them first. Single moms need to be very wary of the men they choose and how that man reacts to her child (whether it's sincere or an act of attention to gain the mother's favor.)
A real mother would not want her child to be cut in half and killed.
In order to determine your child's blood type, you would need to consult with your family physcian. He or she can have a blood type test ordered. This may or may not be available in the office. Using a laymens understanding of medicine, I would assume, the child would have o, but know this may not be the case.