Dagreton Posted August 29, 2015 Posted August 29, 2015 Hey there! I am a bit confused with my book as it mentions: "When the distance between 2 genes (on the same chromosome) decreases, thus the chance of recombination decreases and the phenomenon of the independent assortment increases(!) So my question is: how the heck the phenomenon of independent assortment increases? Shouldn't it decrease? Thanks, Dagreton
RyGuyFly Posted August 30, 2015 Posted August 30, 2015 I certainly not an expert but if my understanding is correct then if the genes are close together on the chromosome then there is a possibility they will be linked and stay together during recombination. When this happens it is a different phenomena than independent assortment. So basically I would think the opposite of the statement is true. That is when the distance between 2 genes (on the same chromosome) decreases the chance of recombination increases and the phenomenon of the independent assortment decreases. However, that being said, I feel like we're missing the (possibly important) first part of the quoted statement. I feel like the thought is incomplete. What does the book say before the "...when the distance between"?
CharonY Posted September 1, 2015 Posted September 1, 2015 Hey there! I am a bit confused with my book as it mentions: "When the distance between 2 genes (on the same chromosome) decreases, thus the chance of recombination decreases and the phenomenon of the independent assortment increases(!) So my question is: how the heck the phenomenon of independent assortment increases? Shouldn't it decrease? Thanks, Dagreton Why do you think that it should decrease?
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