Two genes interact to produce various phenotypic ratios among F₂ progeny of a dihybrid cross. Design a different pathway explaining each of the F₂ ratios below, using hypothetical genes R and T and assuming that the dominant allele at each locus catalyzes a different reaction or performs an action leading to pigment production. The recessive allele at each locus is null (loss-of-function). Begin each pathway with a colorless precursor that produces a white or albino phenotype if it is unmodified. The ratios are for F₂ progeny produced by crossing wild-type F₁ organisms with the genotype RrTt. 12/16 white : 3/16 green : 1/16 yellow

Hello, everyone. Here we have a question asking which of the following statements is true about genes undergoing hyper more fick mutations. And our options are a, they can have a partial loss of gene function B. They can have a complete loss of gene function. C, they can produce more gene activity or D they can be trans located genes undergoing hyper, more fake mutations can produce more gene activity per a little than the wild type. And what this does can have various impacts like increased gene transcription and an increased number of gene copies through gene duplication. So our answer here is seek, they can produce more gene activity. Thank you for watching. Bye.