Ratings
Original Article
Identifying Selected Regions from Heterozygosity and Divergence Using a Light-Coverage Genomic Dataset from Two Human Populations
- Currently 5/5 Stars.
Posted by comm55555 on 07 Mar 2008 at 04:38 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
Posted by majeskea on 09 Mar 2008 at 20:49 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
Posted by donvito on 10 Mar 2008 at 07:23 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
What,where, when and why of selection in the genomes Posted by sezgine on 10 Mar 2008 at 23:14 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
Authors present a unique way of detecting selection acting on the human genomes. The main strenght of the approach is its potential application on other organisms where genomic sequence and genotype data is produced at an increasing speed.
Posted by SimonWebb on 15 Mar 2008 at 22:33 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
Posted by MoniqueR on 12 Apr 2008 at 23:43 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
Novel method for identifying selected regions Posted by JimLautenberger on 24 Apr 2008 at 13:36 GMT
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
-
- Currently 5/5 Stars.
This technique nicely complements other methods for identifying regions of selection in that is does not require high density genotype data and does not require the imputation of haplotypes
Posted by shchiou on 11 May 2008 at 05:05 GMT
-
- Currently 3/5 Stars.
-
- Currently 3/5 Stars.
-
- Currently 4/5 Stars.
-
- Currently 3.5/5 Stars.
