Question: 4. Starting With A Population Of Genetically Identical Mice, You Discover Two New Independent Mutant Strains In Which All The Animals Produce Tumors At The Base Of Their Tails. In Both Strains, You Know That The Tumors Are Due To A Single DNA Mutation. You Cross A Mutant Mouse From One Strain To A Mutant Mouse From The Second Strain And Find That None …

Question: 4. Starting With A Population Of Genetically Identical Mice, You Discover Two New Independent Mutant Strains In Which All The Animals Produce Tumors At The Base Of Their Tails. In Both Strains, You Know That The Tumors Are Due To A Single DNA Mutation. You Cross A Mutant Mouse From One Strain To A Mutant Mouse From The Second Strain And Find That None …

4. Starting with a population of genetically identical mice, youdiscover two new independent mutant strains in which all theanimals produce tumors at the base of their tails. In both strains,you know that the tumors are due to a single DNA mutation. Youcross a mutant mouse from one strain to a mutant mouse from thesecond strain and find that none of their offspring produce tumorsat the base of their tails. From this experiment, what can youconclude about the mode of inheritance for the cross of the twomutant strains of mice and the most likely position of themutations?