22. LO22 Calculate genotypes and phenotypes in traits with maternal effects.Lets say that hatching date of a frog is inherited through maternal effects and early hatching (E) is dominant to late hatching (e). If a Eefemale mates with a ee father, what will the possible phenotypes of the offspring be?O 100% late hatchingO 100% early hatching50% early hatching, 50% late75% early hatching 25% late

Name: 22. LO22 Calculate genotypes and phenotypes in traits with maternal ef
Uploaded: 2024-03-20T06:43:04.000Z
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Description: 22. LO22 Calculate genotypes and phenotypes in traits with maternal effects.Lets say that hatching date of a frog is inherited through maternal effects and early hatching (E) is dominant to late hatching (e). If a Eefemale mates with a ee father, wha

Genes influence the transmission of characteristics from one generation to the next. Genes are made up of two alleles, each of which codes for a different characteristic. The inheritance of one gene is the result of a monohybrid cross. It is readily demonstrated using a Punnett Square.Answer: c. 50% early hatching, 50% late Given: Early hatching (E) is dominant to late hatching (e) Explanation: As we know that Early hatching (E) is dominant to late hatching (e). So we have, Genotype of mother = EeGenotype of father = ee When a Ee female mates with a ee father, On crossing them, Ee X ee E e e Ee ee e Ee ee Answer: On the basis of above cross it is clear that there will be 50% early hatching with Ee genotype and 50% late hatching with ee genotype. Other option like 100% late hatching, 100% early hatching, and 75% early hatching 25% late are not possible as it has been proved in Punnett square.