HyPhy message board
http://www.hyphy.org/cgi-bin/hyphy_forums/YaBB.pl
Datamonkey Server >> Datamonkey feedback >> methology for selection analysis of alignment with recombination
http://www.hyphy.org/cgi-bin/hyphy_forums/YaBB.pl?num=1395140583

Message started by Russell on Mar 18th, 2014 at 4:03am

Title: methology for selection analysis of alignment with recombination
Post by Russell on Mar 18th, 2014 at 4:03am
Dear Dr. Sergei
I have few question, i want to go for codon selection analysis (SLAC,FEL, REL, FUBAR). I have screened with GARD and SBP for recombination.
1. GARD- shows two breakpoint- 1597 and 2482 position, but SBP show one breakpoint -2495 position for same multiple sequence alignment (MSA). Why this discrepancy in result, which one to take.

2. How to correct for recombination- Methology,
        a. whether to download GARD Nexus output file after screening for GARD analysis and upload it in, analyze ur data option in datamonkey , to proceed for (SLAC,FEL, REL, FUBAR) analysis                                                 
                                           ( or ) 
        b. otherwise based on breakpoint position, i have to split all the sequences of alignment, into fragment , then align each fragment section to MSA, upload each fragment section MSA to proceed for analysis in datamonkey server.

3. whether i can use Parris directly on alignment containing recombination, inaddition to above (SLAC,FEL, REL, FUBAR) analysis.

I am novice to datamonkey, selection analysis. Some question may look silly, sorry. Kindly answer my queries.
I have also referred this article “Phylogenetics-
Robust inference of positive selection from recombining coding sequences- Konrad Scheffler, Darren P. Martin and Cathal Seoighe.

Thank u

Title: Re: methology for selection analysis of alignment with recombination
Post by Russell on Apr 10th, 2014 at 2:10am
Dear Dr/Sir/Madam,
kindly reply to my above question, if any one knew the answer.
THANK U

HyPhy message board » Powered by YaBB 2.5.2!
YaBB Forum Software © 2000-2024. All Rights Reserved.