Dagreton Posted August 29, 2015 Share 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 Link to comment Share on other sites More sharing options...
RyGuyFly Posted August 30, 2015 Share 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"? Link to comment Share on other sites More sharing options...
MonDie Posted September 1, 2015 Share Posted September 1, 2015 It looks wrong to me. Link to comment Share on other sites More sharing options...
CharonY Posted September 1, 2015 Share 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? Link to comment Share on other sites More sharing options...
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