These ratios may be found by doing a standard Mendelian punnett square.

The inheritance of alleles, and their dominance, can be represented in a Punnett square.

Other than in the "Punnett squares", I have not heard much about him, perhaps because the eugenics angle.

The outcomes of any cross can be determined with a simple Punnett Square for 2 alleles.

One of the common diagrams used to predict the result of cross-breeding is the Punnett square.

Punnett squares are used by biologists to determine the probability of offspring having a particular genotype.

It is important to note that Punnett squares give probabilities only for genotypes, not phenotypes.

For a given individual, there are nine possible configurations (haplotypes) at these two loci (shown in the Punnett square below).

The Punnett square is a diagram that is used to predict an outcome of a particular cross or breeding experiment.

The Punnett Square is a visual representation of Mendelian inheritance.

Breeding risks for degenerative myelopathy can be calculated using the Punnett Square:

Recessive genes are usually represented by a lowercase letter in a Punnett square, as opposed to the uppercase letters of dominant genes (see example at right).

The Punnett square is a tabular summary of every possible combination of one maternal allele with one paternal allele for each gene being studied in the cross.

Punnett is probably best remembered today as the creator of the Punnett square, a tool still used by biologists to predict the probability of possible genotypes of offspring.

The different ways to form new genotypes can be shown in a Punnett square, where the proportion of each is equal to the product of the row and column allele frequencies.

This is the first game to incorporate science in the puzzles, which include intersection of rates, decoding, astronomical time, Venn diagrams, and Punnett squares, as well as some reincarnations of puzzles from Logical Journey.