Listed below are five amino acids. Use the genetic code to determine the exact codon for each amino acid. Apoint mutation at the genetic level in each codon results in the change indicated. For each mutation, indicatewhether it is due to a transition or a transversion, and then indicate the effect of each mutation at the protein(amino acid level) (i.e. silent, nonsense, missense). In addition, Please note, each of the three lines above anamino acid represents a single RNA base. For example, when you look at the codon chart AUG would standfor Met (methionine)Lys21GluIle4StopIleMutation 1:1. Circle the appropriate answer: This mutation is a transition/transversion2. Circle the appropriate answer: This mutation results in a missense/silent/nonsense mutation in theprotein sequence.Mutation 2:1. Circle the appropriate answer: This mutation is a transition/transversion2. Circle the appropriate answer: This mutation results in a missense/silent/nonsense mutation in theprotein sequence.Mutation 3:1. Circle the appropriate answer: This mutation is a transition/transversion2. Circle the appropriate answer: This mutation results in a missense/silent/nonsense mutation in theprotein sequence.Mutation 4.1. Circle the appropriate answer: This mutation is a transition/transversion2. Circle the appropriate answer: This mutation results in a missense/silent/nonsense mutation in theprotein sequence.3. You are a genetic counselor and a couple has come to you for advice. They have a family history ofcancer and are concerned that their unborn third child will also get cancer. They provide you withthe following pedigrees for two different traits relating to defects in the enzymes separase andtopoisomerase:А.SeparasedefectВ.Topoisomerasedefect234134789.1056.789.1011121311121314151415These two pedigrees represent the same family. Genetic testing shows that individual 4 has onlynonmutant alleles of both genes and individual 12 has only mutant alleles of both genes. Individuals6, 8, 9, 12, and 14 have cancer. The couple just recently learned that their daughter (individual 14)has cancer and has both mutations. In this lab activity, you will use Punnett squares to determinethe probability that the couple's third unborn child will also inherit both mutations and be at riskfor developing cancer..Using Punnett squares, determine the phenotypes of offspring that the following parents couldproduce. For some situations, there could be more than one genotype for at least one of the parents.In these cases, be sure to include Punnett squares for all possibilities, and give the probablilty thattheir third unborn child may be at risk for developing cancer.1. An autosomal recessive trait with an unaffected mother and an affected father.2. An autosomal dominant trait with an affected mother and an unaffected father.3. An X-linked recessive trait with an unaffected mother and an affected father.4. An X-linked dominant trait with an unaffected mother and an affected father.

Name: Listed below are five amino acids. Use the genetic code to determine
Uploaded: 2024-03-20T06:42:41.000Z
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Description: Listed below are five amino acids. Use the genetic code to determine the exact codon for each amino acid. Apoint mutation at the genetic level in each codon results in the change indicated. For each mutation, indicatewhether it is due to a transitio