Difference between revisions of "History Lessons (XX/XY)"

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==Transcript==
 
==Transcript==
It's a question that has plaqued humankind's deepest philosophical thinkers ever since men were men and women were women. Why are men and women really so different? Women have an XX pairing of sex chromosones, and men, a XY pairing. The sex of our ancestors was then determined not by sex chromosones, but by the temperature of the embryo at a developmental stage before birth. The Y chromosone progressively mutated, so much so that much of it no longer exists. But does this mean that as evolution takes it course, the ever-shrinking Y will spell the death of the male?
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It's a question that has plagued humankind's deepest philosophical thinkers ever since men were men and women were women. Why are men and women really so different? Women have an XX pairing of sex chromosomes, and men, a XY pairing. The sex of our ancestors was then determined not by sex chromosomes, but by the temperature of the embryo at a developmental stage before birth. The Y chromosome progressively mutated, so much so that much of it no longer exists. But does this mean that as evolution takes it course, the ever-shrinking Y will spell the death of the male?
  
 
==Notes==
 
==Notes==

Revision as of 04:57, 10 April 2007

Facility J 001
History Lessons (XX/XY)

FacilityJ HistoryLessons XXXY thumb.jpg

Blogger TravelerJ19
Date Posted January 14th, 2007
URL youtube.com
Description XX/XY, it's all a game to them.


Attribution: Adhesion - Bank Holiday

YouTube Tags XX XY OpAphid Facility J Code
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History Lessons (XX/XY) is the first video of the Facility J ARG series.

Transcript

It's a question that has plagued humankind's deepest philosophical thinkers ever since men were men and women were women. Why are men and women really so different? Women have an XX pairing of sex chromosomes, and men, a XY pairing. The sex of our ancestors was then determined not by sex chromosomes, but by the temperature of the embryo at a developmental stage before birth. The Y chromosome progressively mutated, so much so that much of it no longer exists. But does this mean that as evolution takes it course, the ever-shrinking Y will spell the death of the male?

Notes