Imagine that a mutant strain of Drosophila undergoes crossing over at half the normal rate. How would a genetic map prepared for this mutant differ from a genetic map prepared for a normal (wild type) fly?
Imagine that a mutant strain of Drosophila undergoes crossing over at half the normal rate. How would a genetic map prepared for this mutant differ from a genetic map prepared for a normal (wild type) fly?The order of genes would be the same in both strains, but the distances measured between genes in the mutant would be half those of the wild type.The distances between genes would be the same in both strains, but gene order in the mutant strain would be a mirror image of the gene order of the wild type.The maps would not differ.Both gene order and distance would be scrambled in the mutant relative to the wild type.
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Personalisation of Education by AI and Big Data - Lourdes Guàrdia
Imagine that a mutant strain of Drosophila undergoes crossing over at.docx
1. Imagine that a mutant strain of Drosophila undergoes crossing over at half the normal rate. How
would a genetic map prepared for this mutant differ from a genetic map prepared for a normal
(wild type) fly?
Imagine that a mutant strain of Drosophila undergoes crossing over at half the normal rate. How
would a genetic map prepared for this mutant differ from a genetic map prepared for a normal
(wild type) fly?The order of genes would be the same in both strains, but the distances measured
between genes in the mutant would be half those of the wild type.The distances between genes
would be the same in both strains, but gene order in the mutant strain would be a mirror image of
the gene order of the wild type.The maps would not differ.Both gene order and distance would
be scrambled in the mutant relative to the wild type.
