Dominent. Simple- you have two types of Alleles, Dominent and Reccessive. Imagine a punnet square for the allele that causes albinoism (A).
One parent has Aa, or one dominent allele and one reccessive allele for the trait. If the dominent skin-tone gene wasn't there (A), then it would be AA and he would be an albino. But since he has a dominent allele, he has normal color.
If he made a baby with another Aa combination, they would have 25% chance of having an AA baby with no reccessive allele, a 50% chance of having an identical Aa combination, and a 25% chance of having an albino baby, AA.
The recessive allele is covered up by or masked by the dominant allele.
An allele that can mask another is dominant. The allele being masked is recessive.
Dominant. (the 'masked' allele is recessive).
Note: not all alleles are either dominant or recessive.
If an allele for a trait masks another allele for that trait, it is dominant. Dominant alleles are expressed over recessive alleles.
recessive
Recessive
The trait received is recessive.
A gene pair that consists of a dominant allele and a recessive allele is called a heterozygous gene. A homozygous gene, meanwhile, is a gene pair consisting of two dominant alleles or two recessive alleles.
It is said to be communicable or contagious.
A gene whose phenotypic expression is masked by the presence of another is generally called the recessive gene. However, it can still be passed onto offspring.
Alleles come in pairs. Organisms inherit one allele from each parent organism with sexual reproduction. If the alleles are the same, they could be said to be pure alleles. The science term is monozygous.
Recessive
When one allele shows dominance over another it is masking the expression of the other allele which is called "recessive".The word for this is complete dominance.
Recessive
In diploid organisms (those with two copies of each gene carried on separate chromosomes), one of the copies of a given gene may differ from the other copy of the same gene on the twin chromosome. In some cases one version of the gene (the dominant allele) has the effect of 'masking' the activity of the other (the recessive allele); that is, the presence of the dominant allele negates the effect of the recessive allele on the organism's phenotype. There are many mechanisms which can cause this phenomena, and it depends on the particular genes involved, but a simple model is one where the recessive allele is a biochemically inactive version of the dominant allele. In this case the dominant allele would mask the effect of the recessive allele by providing an active version of the gene. The dominant phenotype would be the one which shows the downstream effects of this activity, and the recessive phenotype one which shows the downstream effects of a lack of activity. The dominant allele is said to 'mask' the recessive allele because only one copy is required to result in an elimination of the recessive phenotype, whereas all copies of the gene must be the recessive allele to result in the recessive phenotype.
A population in which the allele frequencies do not change from one generation to the next is said to be in equilibrium.
The genotype is said to be heterozygous and the dominant trait will be expressed in the individual.
A raccoon is said to wear a mask because of its facial markings.
Depending on the mask wearers aptitude for figure skating and the visibility provided by said elaborate mask I would say its no safer than the act of figure skating with the absence of said elaborate mask.
Nintendo has said they are working on a new Zelda game, for now the game is unknown but the are rumors that the game will be majora's mask.
The allele frequency of the populations gene pool is changing.
Red and white alleles for coat color are alternative forms of a gene that determine the color of an organism's coat. The red allele typically produces a red or orange coat color, while the white allele produces a coat color that is primarily white. The presence of these alleles, and the dominance or recessiveness of each, will determine the coat color of an individual organism.
You need to inherit the same recessive allele from both parents. Which in turn means, that both parents need to have each have at least one copy of said recessive allele.