If a population does not have a particular dominant allele, it could return to the population through the Immigration of new individuals carrying the dominant allele.
In the abbreviation Bb, the "B" allele is dominant and the "b" allele is recessive. Therefore, an individual with the genotype Bb would express the dominant "B" allele.
in Tt it would be the big T as the more dominant one
Yes, it is common practice to denote the dominant allele before the recessive allele when writing a genotype to highlight the dominant trait. For example, if the dominant allele is represented by "A" and the recessive allele by "a," the genotype for a dominant individual would be written as "AA" rather than "aa."
The phenotype of a tobacco plant with the genotype Cc would likely exhibit the dominant trait associated with the dominant allele 'C'. The recessive allele 'c' would not be expressed in the presence of the dominant allele, resulting in a phenotypic trait characteristic of the dominant allele.
He would have the recessive phenotype for that trait.
Dominant allele because its more likely to be received by the next generation.
An example of allele frequency is when in a population of 100 individuals, 60 individuals have the dominant allele (A) for a specific gene, while 40 individuals have the recessive allele (a). The frequency of the dominant allele (A) would be 0.6, and the frequency of the recessive allele (a) would be 0.4.
In the abbreviation Bb, the "B" allele is dominant and the "b" allele is recessive. Therefore, an individual with the genotype Bb would express the dominant "B" allele.
in Tt it would be the big T as the more dominant one
Yes, it is common practice to denote the dominant allele before the recessive allele when writing a genotype to highlight the dominant trait. For example, if the dominant allele is represented by "A" and the recessive allele by "a," the genotype for a dominant individual would be written as "AA" rather than "aa."
A. 0.45 Apex
A dwarf plant cannot have a dominant allele because it has recessive genes. You should look at the genotype, punnett square, of a dwarf plant for the probability of the dwarf plant having a dominant allele. :):):):) hoped this helped, otherwise, sorry! did my best....
This would depend on whether the allele for dimples is dominant or recessive. If the allele for dimples is dominant and the no dimples allele is recessive then the phenotype of the individual would be dimpled. If the allele for no dimples is dominant and the allele for no dimples is recessive then the dimples will not be expressed. If these alleles are codominant then the dimples will be expressed but not as much as in an individual who has both alleles for dimples.
This would depend on whether the allele for dimples is dominant or recessive. If the allele for dimples is dominant and the no dimples allele is recessive then the phenotype of the individual would be dimpled. If the allele for no dimples is dominant and the allele for no dimples is recessive then the dimples will not be expressed. If these alleles are codominant then the dimples will be expressed but not as much as in an individual who has both alleles for dimples.
The phenotype of a tobacco plant with the genotype Cc would likely exhibit the dominant trait associated with the dominant allele 'C'. The recessive allele 'c' would not be expressed in the presence of the dominant allele, resulting in a phenotypic trait characteristic of the dominant allele.
Yes, Gregor Mendel's principle of dominance stated that in the F1 generation, the dominant allele would mask the expression of the corresponding recessive allele. This means that only the dominant trait would be observed in the offspring.
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.