88485cfa7f13affa28ec5765fe9b2db90cce42b6
markd
  Tue Dec 8 21:02:15 2020 -0800
hgPcr working

diff --git src/webBlat/install.txt src/webBlat/install.txt
index 69b13fb..95d7565 100644
--- src/webBlat/install.txt
+++ src/webBlat/install.txt
@@ -55,33 +55,33 @@
     ssh bigRamMachine
     cd /data/genomes/twoBit
     gfServer start bigRamMachine 17779 hg19.2bit &
     gfServer -trans -mask start bigRamMachine 17778 hg19.2bit &
 the -trans flag makes a translated index.   It will take approximately
 15 minutes to build an untranslated index, and 45 minutes to build a
 translate index.  To build an untranslated index to be shared with 
 In-silico PCR do
     gfServer -stepSize=5 bigRamMachine 17779 hg19.2bit &
 This index will be slightly more sensitive, noticeably so for small query sequences,
 with blat.
 
 
 CREATING A DYNAMIC GFSERVER
 
-To avoid having a larger number of gfServer processing sitting in memory,
-indices can be pre-generate as files on disk and then gfServer instances
-launched dynamically using xinetd.
+To avoid having a number of gfServer processing sitting in memory, indices can
+be pre-generate as files on disk and then gfServer instances launched
+dynamically using xinetd.
 
 See gfServer/blat-xinetd.example for an example xinetd configuration file.
 Data files must be create using the following layout, where the $rootdir
 is the directory specified to gfServer in the xinetd file
 
     $rootdir/$genome/$genome.2bit
     $rootdir/$genome/$genome.untrans.gfidx
     $rootdir/$genome/$genome.trans.gfidx
 
 The gfServer index command is used to generate the indices:
 
   gfServer index $rootdir/$genome/$genome.untrans.gfidx $rootdir/$genome/$genome.2bit
   gfServer index -trans $rootdir/$genome/$genome.trans.gfidx $rootdir/$genome/$genome.2bit