It would be heterozygous because the two alleles are different (one dominant and one recessive).
EE would be homozygous dominant and ee would be homozygous recessive.
A heterozygous have dissimilar pairs of genes for any hereditary characteristic while a homozygous have a the same pair of genes.
The part of tay sachs that kills you is recessive. Some proteins are still expressed even if you are a heterzygous carrier of tay sachs (less than if you are homozygous recessive but more than homozygous dominant) making the molecular view of tay sachs codominant.
If you do not know whether the father is homozygous dominant (2 dominant genes) or heterozygous dominant (1 dominant and 1 recessive) you will have to do 2 squares. If the father is homozygous his genes would be EE If the father is heterozygous his genes would be Ee The mother will always be ee SQUARE 1: EE x ee E E e Ee Ee e Ee Ee SQUARE 2: Ee x ee E e e Ee ee e Ee ee In square 1, all of the children will be heterozygous dominant for double eyelashes and will carry the trait In square 2, 50% of the children will be heterozygous dominant for double eyelashes and carry the trait, and 50% of the children will have recessive genes and not carry the trait at all.
The only possible outcome is EeWw, which will express the dominant genes but carry the recessive ones. They get one chromosome from each parent, but since the parents all have matching chromsomes in this case then it doesn't matter which one they get. Since one parent has EE, E is the only one that can be passed on. Since the other has ee, they can only pass on e. Therefore, the child can only possible have Ee, as they get one from each parent.
Yes you can, the top row would have Cc, which is heterozygous for the curly hair. The side column would be cc, which is homozygous recessive. The top right box would be Cc, the top left would be cc, the bottom right would be Cc, and the bottom left would be cc.
Its like another offspring of a homozygous heterzygous in genetics mean both
When the radish is heterzygous for shape The radish is oval.
If a horse is homozygous dominant EE, he is black. Homozygous recessive ee, he is red. A black EE horse that is homozygous dominant for the Agouti gene (AA) will be a bay horse. If that same EE black were homozygous recessive for aa, then he would still appear all black. The Agouti gene does not effect a red ee horse's phenotype.
The two AA genes are the same uppercase letter, so they are homozygous. 'Homo' means 'same'. If the genotype was Aa, it would be heterozygous, because 'hetero' means 'different'.
Heterozygous because homozygous means both are the same. For your "Ee" there is a big E and a little e. Thus implying they are not the same so therefor it is heterozygous.
it looksd like this (ee)
Suppose letter T represent an allele for tallness in an organism, its homozygous combination would be TT and heterozygous combination would be Tt.
A heterozygous have dissimilar pairs of genes for any hereditary characteristic while a homozygous have a the same pair of genes.
Yes depending on whether the children are homozygous or heterzygous for their blood type.
They would have a genotype pattern of EE.
heterzygous with brown leaves
The part of tay sachs that kills you is recessive. Some proteins are still expressed even if you are a heterzygous carrier of tay sachs (less than if you are homozygous recessive but more than homozygous dominant) making the molecular view of tay sachs codominant.