Suppose the interference value (I) between loci A and B is the same as the inter
ID: 55326 • Letter: S
Question
Suppose the interference value (I) between loci A and B is the same as the interference between loci B and C, and the order of the loci on the same autosome is A-B-C. If I = 0.05, then a recombination between loci A and B implies (without question) that:
A. A recombination between loci B and C has greater than 50% probability.
B. The recombination fraction between A and B is equal to the recombination fraction between B and C.
C. A recombination between loci B and C has an approximately 5% probability.
D. A recombination between loci B and C has a near 0% probability.
E. A recombination between loci B and C will occur as expected (i.e., with probability approximately equal to the recombination fraction between B and C).
Can some one help me answering this.( I am torn between C and D)
A. A recombination between loci B and C has greater than 50% probability.
B. The recombination fraction between A and B is equal to the recombination fraction between B and C.
C. A recombination between loci B and C has an approximately 5% probability.
D. A recombination between loci B and C has a near 0% probability.
E. A recombination between loci B and C will occur as expected (i.e., with probability approximately equal to the recombination fraction between B and C).
Can some one help me answering this.( I am torn between C and D)
Explanation / Answer
Suppose the interference value (I) between loci A and B is the same as the interference between loci B and C, and the order of the loci on the same autosome is A-B-C. If I = 0.05, then a recombination between loci A and B implies that:
Most often, interference values fall between 0 and 1. Values less than one indicate that interference is occurring in this region of the chromosome. Values below 0 indicate
D. A recombination between loci B and C has a near 0% probability.
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