Normal parents just might have albino children.
This is a hereditary condition.
If the condition is known to have happened in your family, then the chances are present.
Some times genes from a "genepool" several generations old become activated and can cause this. It is however a very rare condition.
yes. i am an albino and bothm my parents are normal
Albino individuals have a genetic condition that results in a lack of melanin, which affects their skin, hair, and eyes. However, if they carry normal pigmentation genes (recessive traits) alongside the genes for albinism, their children can inherit the normal pigmentation from one or both parents. Thus, an albino parent can give birth to a non-albino (or "black") baby if the other parent contributes genes for normal pigmentation. This genetic variation is a result of the combination of alleles from both parents.
The chance that their next child will have normal pigmentation is 75%. Albinism is usually caused by a recessive gene, so both parents would need to carry the gene in order to have an albino child. If both parents have normal pigmentation, then the chance of passing on the albino gene to their next child is 25%.
5o/5o
Albinism comes from recessive alleles, so 100% of the children will be albino if both parents are. On the rare event of a germline mutation in this allele in the parents' gametes, there may be a non albino child. Some animals are now entirely albino, google "blind cave tetra".
Albinism is a recessive trait, meaning that an albino person has the genotype AA, while a person who isn't albino has the trait Aa or AA. Two albino people (AA x AA) will have all albino children. Aa x AA will have a 50% probability of albino children, and 50% normal children who are carriers (Aa). AA x AA will have all normal children who are carriers (Aa). Aa x Aa will have 25% AA (normal/non carriers), 25% AA (albino), and 50% Aa (normal/carriers) offspring. AA x AA will have all normal children who are not carriers (AA).*A person who has the genotype Aa is a carrier because they carry the allele (a) for albinism but they are not albino. The allele (A) is dominant so it covers the (a) allele.
25%
Both parents would each have one dominant gene for normal pigmintation and each would have one recessive albino gene. Say P is the dominant gene and q is the albino gene. Then the parents genotype would both be Pq. Below is a Punnet Square. The child's genotype is qq P q ------------------------------------- P / PP / Pq (carrier) / / / / ///////////////////////////////////////// q / Pq (carrier) / qq (albino) / / / / ////////////////////////////////////////
I don't think its normal for people to be albino my friend is really white like albino and she can't be in the sun because it stings her Lila
The parents of an albino plant are likely to be heterozygous for the gene controlling albinism. This means they carry one normal allele and one albino allele. When these two alleles combine in the offspring, it results in the expression of the albino trait.
Yes, albino convict cichlids can breed. The albino coloration is a genetic variation, but it does not affect their reproductive capabilities. As long as they are healthy and have the right conditions, they can successfully mate and produce offspring. However, the fry may inherit either the albino trait or the normal coloration, depending on the genetics of the parents.
It depends on whether you inherited any genes for albinoism from your parents (they both are carriers) and if your wife carries any of the genes. My understanding is that it is a recessive disorder.