A locus on any chromosome but a sex chromosome. Not sex-linked.
Heterozygous usually referring to the offspring of two true-breeding (homozygous) individuals differing in the traits of interest.
When you mix 2 colors, you get a mix of the colors.
Alleles or different genes are assorted independently of one another during the formation of gametes.
Alleles segregate from one another during the formation of gametes.
Cross involving parents differing in only 1 trait
Affecting physical appearance
One gene masks the expression of a different gene for a different trait
Offspring of a cross between true breeding plants, homozygous for the trait of interest.
Offspring of a cross involving the F1 Generation.
The genetic constitution of an organism with respect to a trait. For a single trait on an autosome, and individual can be homozygous for the dominant, but yellow seeded plants could have a genotype of either YY or Yy.
Opposite of dominant, it hides.
Differing alleles for a trait in an individual, such as Yy.
The pair of chromosomes ine a diploid individual that have the same overall genetic content. One member of each homologous pair of chromosomes is inherited from each parent.
Both alleles for a trait are the same in an individual. they can be homozygous dominant(YY), or homozygous recessive(yy).
The different forms of a gene. Y and y are different alleles of the gene that determines seed color. Alleles occupy the same locus, or position, on chromosomes.
To find if an unknown trait is recessive or dominant. You cross or with another plant and look at the offspring.
Homozygous for the true-breeding trait.
Two different alleles at a locus are responsible for different phenotypes, and both alleles affect the phenotype of the heterozygote.
A trait expressed preferentially over another trait.
Sex is based on sex chromosomes.