And pea plants were the perfect subject for this ... Out of those two alleles, one is dominant, and the other is recessive, which are terms Mendel himself came up with. In this case, the allele ...

But do all organisms pass their on genes in the same way as the garden pea plant? The answer to that question is no, but many organisms do indeed show inheritance patterns similar to the seminal ...

The duo opted to use peas because it is relatively easy to perform hybrid crosses with these plants, and they chose ... Thus, only the double homozygous recessive genotype produces a phenotype ...

Pea plants are hermaphroditic ... and would always be expressed in a first generation cross, while others are recessive and would not appear in this generation. However, these recessive traits ...

The height of pea plants is controlled by a single gene which has two alleles – tall and short. The tall allele is dominant and is shown as T. The short allele is recessive and is shown as t.

Solution : Mendel's experiments with pea plants demonstrated that traits can be either dominant or recessive through his systematic breeding and observation. Here’s how his experiments showed ...

1 Homozygous for allele r rr Wrinkled 2 Homozygous for allele R RR Round Plants 2 and 3 both ... characteristic and the wrinkled pea seed shape is the recessive characteristic.