Difference between revisions of "Hemo Task7 SCWRL FoldX Table"

Latest revision as of 14:11, 24 June 2012

**Table 1**: Summary of the calculated energies (by SCWRL and FoldX) for the different mutation models and their wildtypes. For a better comparison the mutation values were then normalized by their wildtype (norm = (mt/wt) - 1.0) and multiplied by 1000 (i.e. one-tenth of a percent). So a value of 5 would mean an increase of 0.5% in energy, while a -3 means a decrease of 0.3% in energy.
Mutation	SCWRL mt	SCWRL wt	SCWRL norm.	FoldX mt	FoldX wt	FoldX norm.
M35T	250.749	246.383	17.72037844	166.56	165.28	7.744433688
V53M	263.716	246.383	70.34982121	165.24	164.63	3.705278503
G93R	250.36	246.383	16.14153574	166.35	166.98	-3.772906935
Q127H	250.796	246.383	17.91113835	162.61	163.21	-3.676245328
A162S	255.77	246.383	38.09921951	169.71	168.59	6.643335904
L183P	246.453	246.383	0.284110511	170.93	165.31	33.99673341
T217I	258.235	246.383	48.10396821	169.07	167.51	9.312876843
R224W	259.566	246.383	53.50612664	166.69	166.34	2.104124083
E277K	276.542	246.383	122.4069842	173.39	169.02	25.85492841
C282S	254.944	246.383	34.74671548	176.65	168.77	46.69076258

</figtable>

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 | style="border-style: solid; border-width: 1px 1px 1px 1px" |46.69076258
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-|+ style="caption-side: top; text-align: left" | <font size=1>'''Table 1''': Summary of the calculated energies (by SCWRL and FoldX) for the different mutation models and their wildtypes. For a better comparison the mutation values were then normalized by their wildtype (norm = (mt/wt) - 1.0) and multiplied by 1000 (i.e. one-tenth of a percent).
+|+ style="caption-side: top; text-align: left" | <font size=1>'''Table 1''': Summary of the calculated energies (by SCWRL and FoldX) for the different mutation models and their wildtypes. For a better comparison the mutation values were then normalized by their wildtype (norm = (mt/wt) - 1.0) and multiplied by 1000 (i.e. one-tenth of a percent). So a value of 5 would mean an increase of 0.5% in energy, while a -3 means a decrease of 0.3% in energy.
 |}
 </figtable>