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Sexually reproducing organisms inherit their alleles from their parents. Offspring receive one copy of each gene from each parent, leading to genetic variation.
Organisms inherit their alleles from their parents. In sexual reproduction, the alleles are usually inherited from two parents. In asexual reproduction, the alleles are inherited from a single cell and are genetically identical to the parent.
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.
The answer is genotype
The different forms of a gene for a specific trait, such as height, are called alleles. These alleles can vary in terms of their specific DNA sequences, ultimately resulting in different phenotypic expressions of the trait. For example, in the case of height, an individual may inherit alleles for tall or short height from their parents, leading to variation in their own height.
The alleles for a given trait are inherited from an individual's parents.
A spinone puppy must inherit two copies of a specific gene mutation from both parents to develop ataxia, a condition known as Spinone Cerebellar Ataxia (SCA). This is an autosomal recessive genetic disorder.
Offspring inherit their alleles from their parents.
Organisms inherit their alleles from their parents. In sexual reproduction, the alleles are usually inherited from two parents. In asexual reproduction, the alleles are inherited from a single cell and are genetically identical to the parent.
Sexually reproducing organisms inherit their alleles from their parents. Offspring receive one copy of each gene from each parent, leading to genetic variation.
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.
The answer is genotype
The brothers have different alleles. They received different alleles from their parents
Yes children are the descedants of their parents.
The different forms of a gene for a specific trait, such as height, are called alleles. These alleles can vary in terms of their specific DNA sequences, ultimately resulting in different phenotypic expressions of the trait. For example, in the case of height, an individual may inherit alleles for tall or short height from their parents, leading to variation in their own height.
Children inherit traits from their parents through genes, which are segments of DNA that code for specific traits. Each parent contributes half of their genes to their offspring, leading to a unique combination of traits. The inheritance of traits follows the principles of Mendelian genetics, which determine how genes are passed down from generation to generation.
Not necessarily. Your blood type is determined by the combination of alleles you inherit from your parents, but it's not as simple as just inheriting the negative Rh factor. Depending on the specific alleles you inherit, you could end up with a positive blood type even if both parents are negative.