6827eaab28004c74be351b4bcb4316264dc42b89
galt
  Wed Jun 12 01:41:12 2019 -0700
Small html errors found by htmlCheck

diff --git src/hg/makeDb/trackDb/hiv/vax004PosSelRace.html src/hg/makeDb/trackDb/hiv/vax004PosSelRace.html
index ad51a09..335742b 100644
--- src/hg/makeDb/trackDb/hiv/vax004PosSelRace.html
+++ src/hg/makeDb/trackDb/hiv/vax004PosSelRace.html
@@ -46,34 +46,36 @@
 test implemented in PAML in the presence of recombination. General conclusions
 from these analyses indicate that excessive recombination (ρ = 0.01),
 like usually observed in HIV sequences, can cause false positives in the Bayes
 test and makes the LRT unrealistic as it often mistakes recombination as
 evidence for positive selection. The LRT test that compares models M7 and M8
 seems to be more robust to recombination and the detection of sites under
 positive selection seems to be less affected by recombination.
 Nevertheless, a new coalescent model has been recently described that estimates
 the <i>d</i><sub>N</sub>/<i>d</i><sub>S</sub> ratio in the presence of
 recombination and hence generates simultaneous estimates of &omega; and &rho;
 using Bayesian inference (Wilson <em>et al</em>. 2006).
 Such a model is implemented in omegaMap and has been
 applied to our subtype and vaccine and placebo samples. We ran omegaMap under
 a constant model for variation (i.e., all sites are assumed to share common
 &omega; and &rho;) and the following parameter settings:
+<UL>
 <LI>N&#176; orders = 10</LI>
 <LI>N&#176; iterations = 10<super>6</super></LI>
 <LI>thinning = 100</LI>
 <LI>priors = improper inverse</LI>
+</UL>
 </P>
 
 <H3>Results</H3>
 
 <TABLE BORDER=1>
  <TR>
   <TD>Subtype B</TD>
   <TD>Ns</TD>
   <TD>&omega;<sub>MO</sub></TD>
   <TD>-lnL<sub>M1</sub></TD>
   <TD>-lnL<sub>M2</sub></TD>
   <TD>&omega;<sub>M2</sub></TD>
   <TD>&rho;<sub>M2</sub></TD>
   <TD>n<sub>M2</sub></TD>
   <TD>-lnL<sub>M7</sub></TD>