Yes. My son is 0- and my daughter in law is 0+ and they just had a A+ baby boy. It is very rare but the doctor said it can happen because every has a primary and secondary (recessive) blood gene. Since my d-i-law's father is A+ and her mother is 0+ and his parents are both 0+ but his mothers mother is A+ and her Father is 0+ there are many recessive A+ genes in their DNA blood type therefore they can have a A+ child. (Example mother is O+/A+ and father is 0-/A+ equals= A+/0 child.) 0 seems to be universal and can throw off a recessive gene. In our case; since it is rare; the baby and the mother's blood types caused him to have alot of jaundice (18) so he had to go back in hospital to be under the light for an additional 24 hours to bring it down. She was nursing and her milk had not come in to give him the fluids to fight off the excess billiruben count. Other than that; it will not be a problem for either of them.
As it is hard to find this information on the internet. Most sights say no because they are stating the normal without considering the recessive secondary gene type that are rare. Ask a doctor.... it happens
Yes, it is possible for an A+ father and a B- mother to have an O child biologically. Blood type inheritance follows specific patterns, and parental blood types do not directly determine the child's blood type. The child's blood type will depend on the combination of genes received from the parents.
No. The child will be either group A or group B, but not group O. This is because the father can donate only a group A gene or a group B gene, so since group A and group B are dominant over group O, the child could not have group O blood.
Your mother would have to be type O negative for you to have a blood type of O positive. This is because the O blood type is recessive, so both parents would need to pass on the O gene for their child to have type O blood.
No. The O+ gene is exclusive, meaning that if you are O+, your body only has the O+ gene, so your child can't be anything other than 0+ as well. He can only be A+ if the one of the parents is AB+ or A+.
If the father is color blind and the mother is normal, the risk of their child being color blind is 0% for daughters and 50% for sons. This is because color blindness is a sex-linked trait carried on the X chromosome, with the gene for color blindness typically passed from mother to son.
The possible blood types for the 6th child would be A or B positive, as those are the combinations of blood type alleles from the parents' genotypes. It is not possible for the child to have AB blood type, since the father does not carry the A allele.
Mother is a plus child 0 plus what could father be?
A or B
I think that's the only blood type they can make. the doctor said it can happen because every has a primary and secondary (recessive) blood gene. Since my d-i-law's father is A+ and her mother is 0+ and his parents are both 0+ but his mothers mother is A+ and her Father is 0+ there are many recessive A+ genes in their DNA blood type therefore they can have a A+ child. (Example mother is O+/A+ and father is 0-/A+ equals= A+/0 child.) 0 seems to be universal and can throw off a recessive gene. If one parent is 0+/0- and the other parent is 0-/0+ then the child can take the 0+ or 0- gene type.
The father would be fat.
yes
Yes
Yes, the child of these parents could have either blood type O+, O-, A+, or A-.
No. The child will be either group A or group B, but not group O. This is because the father can donate only a group A gene or a group B gene, so since group A and group B are dominant over group O, the child could not have group O blood.
Your mother would have to be type O negative for you to have a blood type of O positive. This is because the O blood type is recessive, so both parents would need to pass on the O gene for their child to have type O blood.
Yes, the child of these parents could have either blood type O+, O-, A+, or A-.
Yes, it is possible for a mother with AB blood and a father with O blood to have a child with O blood type. This is because the parents can each pass on an O allele, resulting in a child with O blood type.
The child can receive blood type parts from either parent, but must receive one half from the mother and one half from the father. As such, because the mother has neither A nor B, and the child has A, the father must have the A type in his blood, meaning he's either A type or AB type.