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EVA sec results for: PROF_king

Organisation of method specific results

 
 
METHOD about: ../../doc/explain_methods.html#PX_about_prof_king
METHOD url: PROF_king
METHOD quote: M Ouali, R King:: Cascaded multiple classifiers for secondary structure prediction. Protein Science, 9, 1162-1176, 1999.
TYPE : sec
NPROT : 1276
NWEEKS : 97
AVE_Q3 : 74.6
AVE_SOV: 70.5
NOTE 1 : here ALL results obtained for prof_king are given, i.e. NOT those for a common subset!
NOTE 2 : all proteins evaluated had no SIGNIFICANT sequence identity to any protein of previously known structure!



Averages over all proteins
type date sots id Q3 Q3H%o Q3H%p Q3E%o Q3E%p Q3L%o Q3L%p sov sovH sovE sovL BAD info infoO infoP corrH corrE corrL class contDH contDE
sec2002_10_07dssppsum74.573877167787070.564.372.369.22.50.340.340.340.690.600.547758.67.45.7
sec2002_10_07dsspsig9.333353432111213.729.625.413.94.00.130.130.130.230.230.157684.17.27.2
sec2002_10_07dssperrsig0.260.940.990.950.910.320.330.380.830.710.380.110.000.000.000.000.000.00215.10.200.20
                         




Averages over each month
TypeMethodMonthNprotAverage Q3 for monthFile with details for month
secprof_kingALL 1276 74.6  
secprof_king2000_06 6 70.7 old/2000_06_prof_king.html
secprof_king2000_07 17 75.7 old/2000_07_prof_king.html
secprof_king2000_08 24 76.7 old/2000_08_prof_king.html
secprof_king2000_09 27 75.9 old/2000_09_prof_king.html
secprof_king2000_10 32 72.8 old/2000_10_prof_king.html
secprof_king2000_11 40 75.2 old/2000_11_prof_king.html
secprof_king2000_12 35 73.9 old/2000_12_prof_king.html
secprof_king2001_01 21 75.0 old/2001_01_prof_king.html
secprof_king2001_02 18 71.9 old/2001_02_prof_king.html
secprof_king2001_03 28 72.6 old/2001_03_prof_king.html
secprof_king2001_04 10 72.9 old/2001_04_prof_king.html
secprof_king2001_05 12 73.5 old/2001_05_prof_king.html
secprof_king2001_06 10 70.3 old/2001_06_prof_king.html
secprof_king2001_07 22 76.8 old/2001_07_prof_king.html
secprof_king2001_08 39 74.3 old/2001_08_prof_king.html
secprof_king2001_09 37 75.4 old/2001_09_prof_king.html
secprof_king2001_10 5 58.6 old/2001_10_prof_king.html
secprof_king2001_11 8 67.6 old/2001_11_prof_king.html
secprof_king2001_12 131 76.6 old/2001_12_prof_king.html
secprof_king2002_01 37 76.1 old/2002_01_prof_king.html
secprof_king2002_02 18 71.6 old/2002_02_prof_king.html
secprof_king2002_03 4 72.0 old/2002_03_prof_king.html
secprof_king2002_04 22 75.5 old/2002_04_prof_king.html
secprof_king2002_05 36 71.6 old/2002_05_prof_king.html
secprof_king2002_06 19 68.8 old/2002_06_prof_king.html
secprof_king2002_07 25 77.6 old/2002_07_prof_king.html
secprof_king2002_08 16 73.6 old/2002_08_prof_king.html
secprof_king2002_09 20 75.1 old/2002_09_prof_king.html
secprof_kingALL 1276 74.6  




Notations used (detailed explanation)

psum  percentage over all proteins
sig  standard deviation
errsig significant difference (to distinguish between two methods)
type   prediction type
date   date when added [yyyy_mm_dd]
sots   standard of truth
id   identifier of protein
Q3   three-state per-residue accuracy (percentage of correctly predicted residues)
Q3H%o   correctly predicted helix residues (percentage of helix observed)
Q3H%p   correctly predicted helix residues (percentage of helix predicted)
Q3E%o   correctly predicted strand residues (percentage of helix observed)
Q3E%p   correctly predicted strand residues (percentage of helix predicted)
Q3L%o   correctly predicted loop residues (percentage of helix observed)
Q3L%p   correctly predicted loop residues (percentage of helix predicted)
sov   per segment accuracy (three states)
sovH   per segment accuracy for helix residues
sovE   per segment accuracy for strand residues
sovL   per segment accuracy for non-regular residues
BAD   percentage of confused HELIX/STRAND residues (helix predicted as strand, strand predicted as helix)
infoO   information index accuracy (percentage of observed)
infoP   information index accuracy (percentage of predicted)
corrH   Matthews correlation index for helix
corrE   Matthews correlation index for strand
corrL   Matthews correlation index for loop
var   variance over all proteins (1/N-1)*( score(i) - )**2
sig   sigma (standard deviation) over all proteins (sqrt[var])
errsig   significant differences ( standard dev / sqrt(Nprot) )
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