Linked from

The 13 pages that link to Dominance (genetics), each with the reason it gives.

• AlleleRelated: It concerns the relationship between two alleles' effects, not their frequency.

• Mendelian inheritanceRelated: Dominance determines whether genotype differences appear as distinct trait classes.

• Insecticide resistanceRelated: Dominance affects whether insects with one resistance allele can survive exposure.

• Gregor MendelRelated: Mendel’s contrasting traits often showed one form masking the other in hybrids.

• Cat coat geneticsRelated: Dominance helps explain why some coat traits appear with only one inherited copy.

• DiploidRelated: Dominance describes how different alleles can affect a diploid individual's trait.

• Variable expressivityRelated: Dominance describes allele effects within genotypes, not differences among individuals with the same genotype.

• CrossbreedingRelated: Dominance helps explain why crossing breeds can improve traits without changing their average allele frequencies.

• Incomplete dominanceNarrower topic: Incomplete dominance is one specific relationship between alleles in heterozygotes.

• William BatesonRelated: Bateson’s account of Mendelian inheritance included dominant and recessive trait patterns.

• HeterozygousRelated: Dominance helps determine the phenotype of some heterozygotes.

• Recessive traitCompared with: Dominance explains why a recessive allele may remain unexpressed in a carrier.

• Genetic phenomenaRelated: Dominance determines how paired alleles appear in heterozygous individuals.