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Genetic linkage maps, also called genetic maps, identify the relative positions of genetic markers on a chromosome and are based on how frequent the markers are inherited together.

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Genetic linkage maps, also called genetic maps, identify the relative positions of genetic markers on a chromosome and are based on how frequent the markers are inherited together.

(a) True

(b) False

The question was asked during an online exam.

My question is taken from Genome Mapping topic in division Genome Mapping, Assembly and Comparison of Bioinformatics

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Correct option is (a) True

For explanation I would say: The rationale behind genetic mapping is that the closer the two genetic markers are, the more likely it is that they are inherited together and are not separated in a genetic crossing event. The distance between the two genetic markers is measured in centiMorgans (cM), which is the frequency of recombination of genetic markers.

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