Genotype and Phenotype: What's the Difference?

Genotype is the genetic markup of an organism while physical traits are called the phenotypes. 

The Mandrels law of segregation, the Mendel’s law of independent Assortment. 

The Alleles represented on Ss are on homologous chromosomes. 

The term recessive and dominant alleles describe pattern of inheritance and they depend on whether it or another alleles are determinant of the present phenotypes. 

The red eyes are controlled by the autosomal genes while the ruby eyes are represented by the recessive alleles. 

Incomplete dominance is where the two alleles are all expressed equally and hence form blended traits. In this case, white and black chickens will have a gray offspring. 

A mother with type A and man with Type B will have heterozygous AB only 

There is high possibility that the parents are carriers of the condition. This means that the chances of each of the pregnancy for the parents to have the disease are 25%.The rationale behind the conclusion is that in sex link recessive gene inheritance, two different people who are unaffected by who have one copy of mutated gene for sex link recessive gene disorder such as the Duchene Muscular dystrophy have 25% survival chances per pregnancy. 

Incomplete dominance 

In dominance genetics, the second filial generation or the offspring of the first filial generation usually have different traits. In this case, the brown mice will be three of the mice. 

Crossing two parents who are true breading that is each of the parents have homozygous genes or traits where one is dominant and another is recessive, the first filial generation will be dominant heterozygous where phenotypes are dominant. This therefore means that the offspring of the first filial generation has high possibility of being heterozygous since the parents though have dominant alleles is heterozygous. 

The result of the second filial generation will be in the ration of the 1:2:1 the probability therefore that f2 generation will is the ½. 

The parents are heterozygous (Rr) if crossed in incomplete genetic dominance, the following will be the result, half of the offspring or the f1 generation will have the condition as the parents but not extreme as that of their parents. If they have one more child, there is 50% chance that the child will have an extreme of the condition. 

The fact is that is he should not be blaming the wife since the problem may lie with him. Men have been found to have possible combination of genes which influence the production of the X and Y sperms based on their allele. The first of the genes is called the ff which is known to produce high number of X sperms and make such men have more daughters then sons. 

The fraction of the children who will suffer from the condition is ¼. 

The biology teachers meant that the lady had inherited the condition form the X chromosomes from the father. 

The following will be offspring of the breading, there will be black with short hair, there will an offspring with brown with short hair, brown with long hair and lastly black with long hair. 

In complete dominance is shown in this case. The parents of the cut may be had straight ears, due to incomplete dominance, they meat and each genes expressed equally and the result was a curl ear cut. 

The mother is homozygous in both cases. 

The organization knows that interbreeding may bring in some unfamiliar or genetically different dogs due to inheritance. I would allow mixing to have other dogs which are free from the same disease as their parents. 

He came up with and used different assumptions to argue most of his case. 

The parents should not be allowed to carry out genetics test of their wish. There has been controversies based on genetic test, however, there should be ethical standards and guidelines which should be put in place to distinguish ethical and unethical genetic test.