Hello, Ms or Mrs I am albino. I am a female. Your answer is, Not necessarily there is a 50/50 chance if you are without the jean which you might want to get your blood checked for it. I want you to know that albinisim isnt racisit there is Calcasian and Black albinos! So if you do have the jean but are not a albino then you and your male or female partner could have a albino baby or a child that is without albinisim.
For the mother to have a non-albino offspring, she would need to have at least one dominant allele for the trait, so her genotype could be either Aa or AA. The father must have two recessive alleles (aa) to pass on albinism to the offspring. The albino offspring's genotype would be aa.
The albino woman has to be AA. So the man has to be either AA or Aa in order to be normal. So if they have a baby and its albino it has to contain the AA gene. a a A Aa | Aa ---------------- A Aa | Aa doesn't work.. All outcomes are normal. a a A Aa | Aa ----------------- a AA | AA these combination outcomes 50% chance of an albino baby. This means the man is Aa Heterozygous dominant.. the mother is AA homozygous recessive.. and the baby is the same as the mother. AA...
The father contributes a Y chromosome to his offspring, determining their biological sex as male. The Y chromosome carries genes responsible for male characteristics and development, such as the production of testosterone.
A fraternal grandmother refers to a grandmother on your father's side of the family. She would be the mother of your father, as opposed to the grandmother on your mother's side, who would be the maternal grandmother.
The probability of a child being color blind depends on the parents' genetic makeup. If the mother is a carrier of the color blindness gene located on the X chromosome and the father does not carry the gene, the chances are 0% for a daughter and 50% for a son to inherit color blindness. If the father is color blind and the mother is a carrier, the chances are 50% for a daughter and 50% for a son to inherit color blindness.
its impossible
most likely brown hair
For the mother to have a non-albino offspring, she would need to have at least one dominant allele for the trait, so her genotype could be either Aa or AA. The father must have two recessive alleles (aa) to pass on albinism to the offspring. The albino offspring's genotype would be aa.
In this scenario, the mother is heterozygous for normal skin pigmentation (Aa) and the father is homozygous recessive for albinism (aa). The possible genotypes for their child are Aa (normal pigmentation) and aa (albino). Using a Punnett square, there is a 50% probability that the child will be albino (aa).
The albino woman has to be AA. So the man has to be either AA or Aa in order to be normal. So if they have a baby and its albino it has to contain the AA gene. a a A Aa | Aa ---------------- A Aa | Aa doesn't work.. All outcomes are normal. a a A Aa | Aa ----------------- a AA | AA these combination outcomes 50% chance of an albino baby. This means the man is Aa Heterozygous dominant.. the mother is AA homozygous recessive.. and the baby is the same as the mother. AA...
So So
you have a 99% chance of the gecko coming out naturally colored. The albino gene for all animals is recessive. That means that both the mother and father would have to have the recessive gene and it would be blind luck for the recessive gene to be passed on by both parents. Best way to have an albino gecko is to breed 2 albino geckos. It is still not 100% that the babies will be albinos.
If her mother is tall, there is a chance she will take after her genetics as opposed to her father's.
15% to
I don't really know the chances of this happening but I know that it is possible and there are many people with a mother that is older then there father.
There is no such thing as an albino gerbil. There are red-eyed white gerbils, but they are not albino as they have one gene that causes red eyes and another that causes white fur, instead of a single gene causing albinism. Now, depending on the recessives of the brown father, it could be either. The mother is obviously carrying a c(h) gene.
This depends on their recessive and dominant genes, and therefore the chances they would have of having a child with a certain colour eyes.