**Autosomal Genes**1. **Parental Cross**: It is possible that your mutation is autosomal (dominant or recessive). In this case, you only need one Punnett square to make predictions for the F1 generation that will result from the parental cross, as it does not matter if the female or male in the parental generation is the true breeding mutant. a. Provide a Punnett square to predict the *genotype* of the F1 generation. b. If the mutant allele is **dominant**, predict the *phenotype* of the F1 generation. Make sure to also summarize the prediction as a ratio, comparing Wild-type : Mutant. c. If your mutant allele is **recessive**, predict the *phenotype* of the F1 generation. Make sure to also summarize the prediction as a ratio, comparing Wild-type : Mutant.2. **F1 Self-Cross**: Take the F1 results from question #1 to create a Punnett square predicting the F2 generation *genotypes*. a. What are the predicted F2 *phenotypes* if the mutant allele is **dominant**? Make sure to also summarize the prediction as a ratio, comparing Wild-type : Mutant. b. What are the predicted F2 *phenotypes* if the mutant allele is **recessive**? Make sure to also summarize the prediction as a ratio, comparing Wild-type : Mutant.**X-linked Genes**3. It is possible that your mutation is X-linked (dominant or recessive). In this case, predictions for the F1 vary dependent upon whether the true breeding mutant parent is female or male. First, let’s make predictions for the F1 generation resulting from the parental cross between Mutant ♀ and Wild-type ♂. a. Use a Punnett square to predict the *genotypes* of the F1 generation.

Name: **Autosomal Genes**1. **Parental Cross**: It is possible that your mu
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: **Autosomal Genes**1. **Parental Cross**: It is possible that your mutation is autosomal (dominant or recessive). In this case, you only need one Punnett square to make predictions for the F1 generation that will result from the parental cross, as i