In sexual reproduction among animals fertilization of egg takes place by forming an internal transfer of germ cell by the two parents of opposite sex. When the germ cells fuse it forms zygote.
It is possible for two brown-eyed parents to have a blue-eyed child if both parents carry a recessive gene for blue eyes. When these recessive genes are passed on to the child, they can combine to produce the trait of blue eyes, even if the parents themselves have brown eyes.
No they cannot. They can only have a child with type A or type O blood.
If brown hair is dominant over red hair, then a person who is heterozygous for brown hair will have a brown hair phenotype. Red-haired offspring with two brown-haired parents are fairly common.
I don't think two brown eyed parents produce a blue eyed child, but a brown eyed parent and a blue eyed parent can produce a child with blue eyes. Brown eyes are not always dominate.Two brown-eyed parents CAN produce a blue-eyed child if BOTH carry the recessive gene for blue eyes. Recessive means it can hide, but is still present and ready to be carried on to a future generation. Brown eyes ARE dominant. If you carry the gene for brown eyes, your eyes are brown. This does not mean you can't also carry the recessive gene for blue/green eyes.
The child's religion may be influenced by both parents' beliefs, but ultimately the child may choose their own path or a blend of their parents' beliefs. It is important for the parents to support the child in exploring and understanding different religions, and to allow the child to make their own decision when they are ready.
Generally speaking no, it would take both parents being A, B, or AB to produce an AB child.
Viral, bacterial, or hereditary? In viral diseases, the virus can just be dormant in the parents, but in the child it isn't.
Generally speaking no, it would take both parents being A, B, or AB to produce an AB child.
No - blood group O is recessive, two O parents can only produce an O child. A Rh+ mother and Rh- father can produce either a Rh+ or Rh- child - Rh+ is the dominant factor. No - blood group O is recessive, two O parents can only produce an O child. A Rh+ mother and Rh- father can produce either a Rh+ or Rh- child - Rh+ is the dominant factor.
No, it is possible for 2 parents with down syndrome to produce a child with no non-disjunction disorder because of a gamete is produced with an extra copy of the chromosomes.
No if both parents are o+ they must produce o+ offspring
No - this is not possible. The child must have one parent with an A allele in order to have type A blood. Neither of these parents have an A allele - so this is not possible.
No, two red-headed parents are not required to produce a red-headed child. Red hair is a recessive trait, meaning a child can inherit the gene for red hair from one or both parents, even if they do not have red hair themselves. A child can be born with red hair if they inherit the recessive gene from a parent who carries it, regardless of the other parent's hair color.
It is possible for two brown-eyed parents to have a blue-eyed child if both parents carry a recessive gene for blue eyes. When these recessive genes are passed on to the child, they can combine to produce the trait of blue eyes, even if the parents themselves have brown eyes.
Yes. Blood types do not make parents incompatible.
Yes, we all get our blood groups from our parents or even our grandparents.
Yes, two B positives can produce an O positive child.