There are many causes for transgressive segregation in hybrids.
2.
This increase in phenotypic variation has the potential for transgressive segregation to occur.
3.
There are many ways to test if transgressive segregation occurred within a population.
4.
If there is a difference, that is an indication of transgressive segregation.
5.
One common way to test for transgressive segregation is to use a Dunnett's test.
6.
Transgressive segregation allowed these hybrids to survive in areas that the parent would not be able to.
7.
Another commonly used test is the use of quantitative trait loci ( QTL ) to assess transgressive segregation.
8.
Transgressive segregation creates an opportunity for new hybrid species to arise that are more fit than their ancestors.
9.
Alleles with QTL that was the same as the predicted parent QTL showed that there was no transgressive segregation.
10.
Alleles with QTL that were opposed ( either by overdomiance or underdominance ) of the parental parent QTL indicate that transgressive segregation occurred.
मोबाइल