Some traits are determined by the combined effect of more than one pair of genes also called polygenic, or continuous, traits. An exampleis human stature. The size of all of the body parts from head to foot determines the height of an individual. The sizes of all of these body parts are, in turn, determined by numerous genes. Human skin, hair, and eye color are also polygenic traits because they are influenced by more than one allele at different loci.
autosomes
embryonic stage
polygenic
DNA
Polygenic trait
Poleygenic!
Polygenic
A single-gene trait is a phenotypic trait controlled by two homologous alleles.
A gene is a strand of DNA that codes for a specific trait
Phenotypes
It is a dominant trait. You only need one gene of a dominant trait for that trait to be expressed. You need two copies of the recessive trait in order for the trait to be expressed.
It would be definite that you have that gene or trait.
A sex linked trait.
The nucleus divedes
Polygenic traits result in more variation because so many more alleles are involved in the process of reproduction.
A single-gene trait is a phenotypic trait controlled by two homologous alleles.
A single-gene trait is a phenotypic trait controlled by two homologous alleles.
A gene is a strand of DNA that codes for a specific trait
it means it has one gene from the dominant trait and one gene from the recessive trait
It was once believed that one gene controls one trait, so it is possible. Currently, the belief is that one gene can interact with other genes to control a trait, and that one gene can control more than one trait.
A "trait" such as tall/short or round/shrivelled (in relation to pea plants Mendelian genetics) is determined by which allele or version of the gene is inherited by the offspring.
Phenotypes
The gene that is always expressed and will produces a trait is a genetic statistic. This statistic is what is created when the gene is dominant.
It is a dominant trait. You only need one gene of a dominant trait for that trait to be expressed. You need two copies of the recessive trait in order for the trait to be expressed.