SSX-PepT Se: Difference between revisions

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  mkdir <attendee_name>_SSX  (e.g. Greta_SSX)
  mkdir <attendee_name>_SSX  (e.g. Greta_SSX)
  cd <attendee_name>_SSX
  cd <attendee_name>_SSX
  find  ../tutorial_data/PepT_SE_145/ -name xtal* > xscale.inp
  find  ../tutorial_data/PepT_SE_145/ -name xtal* > XSCALE.INP
  sed -i s/^/INPUT_FILE=/g xscale.inp
  sed -i s/^/INPUT_FILE=/ XSCALE.INP
sed s/xtal_/"test "/ xscale.inp |sort -n -k2 |sed s/"test "/xtal_/ > XSCALE.INP


paste this into the header:  
paste this into the header:  
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== scale everything together ==
== scale everything together ==
  rm xscale.inp xscale.inp1
  rm xscale.inp  
  xscale_par
  xscale_par
-->have a look at XSCALE.LP  
-->have a look at XSCALE.LP  
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  PRINT_CORRELATIONS=FALSE    ! this is not yet in the official BUILT=20171111
  PRINT_CORRELATIONS=FALSE    ! this is not yet in the official BUILT=20171111
  WFAC1=1
  WFAC1=1
Alternatively, solve the structure with only cluster 1 !


== solve structure with [[ccp4com:SHELX C/D/E|SHELX C/D/E]] ==
== solve structure with [[ccp4com:SHELX C/D/E|SHELX C/D/E]] ==
(use [[ccp4com:hkl2map|hkl2map]])!  
(use [[ccp4com:hkl2map|hkl2map]])! There are 458 residues, out of which 18 are SeMet, in PepT.




== Notes ==
other option: run xscale_isocluster with the option -clu 1 and sort by strength, take the upper ones and solve the structure.
other option: run xscale_isocluster with the option -clu 1 and sort by strength, take the upper ones and solve the structure.
Or
run xscale_isocluster with the option -clu 1 and sort by strength*cos(angle), take the upper ones and solve the structure.
That would be
awk '/INPUT_FILE/{ one = $1 ; getline ; print one " "  $7*cos($8*3.14159/180) " " $8;getline}' XSCALE.1.INP |grep INPUT_FILE  >temp
awk '/INPUT_FILE/{ one = $1 ; getline ; print one " "  $7*cos($8*3.14159/180) " " $8;getline}' XSCALE.4.INP |grep INPUT_FILE >>temp
sort -nr -k2 temp >temp1
2,655

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