If two brothers inherit different sets of alleles from their parents, they will have different phenotypes. For example, one may have blue eyes and the other may have brown eyes. One may be tall and the other may be average height. One may have type A positive blood type and the other may have type A negative blood type. Regardless, they can only inherit the alleles that their parents carry in their own genomes.
they will have different traits
They will have different traits.
both alleles are expressed in the offsping
Dominant allele disorders are single gene disorders which take effect in the heterozygous state.
Not sure if I understand the question correctly... but any single set of normal allelic pairs would be inherited according to standard Mendelian ratios, but the phenotypic expression would be more complex and would not reflect Mendelian ratios there might be an additive effect of having alleles A, B C as opposed to the recessive complement a, b, c - this would pertain to traits as drosophila wing span, all three dominant alleles result in larger wingspan but this is often complicated by the presence of alleles which can "knock out" the effect of entire complements of alleles, effectively cancelling out expression no matter how many other pro-length alleles are present... it is difficult to talk about in the abstract... :)
1) Multiple alleles are always on the same location (locus) on the alleles.2)they always effect the same character.3)They always occupy the same gene locus on chromosome.4)no crossing over is known to occur on chromosome.5)a single multiple allelic series affects only one trait _eye color etc
They will have different traits.
Dominant alleles.
both alleles are expressed in the offsping
The presence of more than two alleles for a trait is known as probility. There might be one which is dormant and the others which are recessive.
Genetic drift. It is when a representative sample of emigrant alleles that break off from a larger population and travel to a new location do not represent a complete frequency of the parent populations alleles. They then vary from a little to greatly from the parent population. Deleterious recessive alleles can be expressed in this founder population in greater frequency sometimes. Look up the ' Quebec effect.
Dominant allele disorders are single gene disorders which take effect in the heterozygous state.
The 3 main points of how traits are inherited are: 1)Traits are controlled by alleles on chromosomes. 2) An allele's effect is dominant or recessive. 3)When a pair of chromosomes separates during meiosis, the different alleles for a trait move into separate sex cells. (Source: My Life Science Textbook)
Eventually a lack of brothers.
Dominant alleles carry traits or characteristics that will show no matter what. Recessive alleles carry traits where you must be homozygous for the recessive trait in order for it to show. Dominant alleles are represented by capital letters (EX: R or M) Recessive alleles are represented by lower case letters (EX: r or m) In order for a dominant allele to show, you can have either RR or Rr, since it is dominant. However, in order for a recessive allele to show, you MUST have rr. Hope this helps!
They invented the first airplane and if we didn't have airplanes we wouldn't be able to travel across the oceans or to different states fast.
Your mothers brothers sister
Recessive. Dominant alleles are expressed in both homozygous and heterozygous individuals (DD or Dd), but recessive alleles are only expressed in homozygous individuals (dd).