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bscale.tcl
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# {scale Guy Privalov Eisenberg White_if White}
# {ALA 0.100 1 0.620 0.17 0.50}
# {ARG 1.910 2 -2.530 0.81 1.81}
# {ASN 0.480 1 -0.780 0.42 0.85}
# {ASP 0.780 2 -0.900 1.23 3.64}
# {CYS -1.420 1 0.290 -0.24 -0.02}
# {GLY 0.950 2 -0.850 0.58 0.77}
# {GLU 0.830 1 -0.740 2.02 3.63}
# {GLN 0.330 2 0.480 0.01 1.15}
# {HIS -0.500 1 -0.400 0.96 2.33}
# {ILE -1.130 2 1.380 -0.31 -1.12}
# {LEU -1.180 1 1.060 -0.56 -1.25}
# {LYS 1.400 2 -1.500 0.99 2.80}
# {MET -1.590 1 0.640 -0.23 -0.67}
# {PHE -2.120 2 1.190 -1.13 -1.71}
# {PRO 0.730 1 0.120 0.45 0.14}
# {SER 0.520 2 -0.180 0.13 0.46}
# {THR 0.070 1 -0.050 0.14 0.25}
# {TRP -0.510 2 0.810 -1.85 -2.09}
# {TYR -0.210 1 0.260 -0.94 -0.71}
# {VAL -1.270 2 1.080 0.07 -0.46}
proc bs {args} {
# Sets beta value of protein residues to the value found in the selected hydrophobicity scale
if { ![llength $args] } {
set scale help
} else {
set scale $args
}
betascale $scale
}
proc betascale {args} {
if { ![llength $args] } {
set scale help
} else {
if {[llength [lindex $args 0]]>1} {
set args [lindex $args 0]
}
set scale [lindex $args 0]
if {[llength $args]==2} {
# Some options provided
set opt [lindex $args 1]
} else {
set opt "none"
}
}
# Sets beta value of protein residues to the value found in the selected hydrophobicity scale
[atomselect top all] set beta 0
# Define values for all the hydrophobicity scales
switch [string tolower $scale] {
{} -
{-h} -
{help} {
puts {
_____________________Amino Acid Property Scales:______________________
AA_Composition ---Overall amino acid composition (%). (McCaldon P., Argos P.)
AA_SwissProt ---Amino acid composition (%) in the Swiss-Prot Protein Sequence
data bank. (Bairoch A.)
AccessibleResidues ---Molar fraction (%) of 3220 accessible residues.
(Janin J.)
AlphaHelix_Fasman ---Amino acid scale: Conformational parameter for alpha
helix (computed from 29 proteins).
( Chou P.Y., Fasman G.D.)
AlphaHelix_Levitt ---Normalized frequency for alpha helix.
(Levitt M.)
AlphaHelix_Roux ---Conformational parameter for alpha helix.
(Deleage G., Roux B.)
AntiparallelBetaStrand ---Conformational preference for antiparallel beta
strand. (Lifson S., Sander C.)
AverageBuried ---Average area buried on transfer from standard state to folded
protein. (Rose G.D., Geselowitz A.R.,
Lesser G.J., Lee R.H., Zehfus M.H.)
AverageFlexibility ---Average flexibility index.
(Bhaskaran R., Ponnuswamy P.K.)
BetaSheet_Fasman ---Conformational parameter for beta-sheet (computed
from 29 proteins). (Chou P.Y., Fasman G.D.)
BetaSheet_Levitt ---Normalized frequency for beta-sheet.
(Levitt M.)
BetaSheet_Roux ---Conformational parameter for beta-sheet.
(Deleage G., Roux B.)
BetaTurn_Fasman ---Conformational parameter for beta-turn
(computed from 29 proteins). (Chou P.Y., Fasman G.D.)
BetaTurn_Levitt ---Normalized frequency for beta-turn. (Levitt M.)
BetaTurn_Roux ---Conformational parameter for beta-turn.
(Deleage G., Roux B.)
Bulkiness ---Bulkiness. (Zimmerman J.M., Eliezer N., Simha R.)
BuriedResidues ---Molar fraction (%) of 2001 buried residues. (Janin J.)
Coil_Roux ---Conformational parameter for coil. (Deleage G., Roux B.)
Hphob_Argos ---Membrane buried helix parameter. (Rao M.J.K., Argos P.)
Hphob_Black ---Amino acid scale: Hydrophobicity of physiological L-alpha
amino acids ( Black S.D., Mould D.R.)
Hphob_Breese ---Hydrophobicity (free energy of transfer to surface in
kcal/mole). (Bull H.B., Breese K.)
Hphob_Chothia ---Proportion of residues 95% buried (in 12 proteins).
(Chothia C.)
Hphob_Doolittle ---Hydropathicity. (Kyte J., Doolittle R.F.)
Hphob_Eisenberg ---Normalized consensus hydrophobicity scale.
(Eisenberg D., Schwarz E., Komarony M., Wall R.)
Hphob_Fauchere ---Hydrophobicity scale (pi-r).
(Fauchere J.-L., Pliska V.E.)
Hphob_Guy ---Hydrophobicity scale based on free energy of transfer
(kcal/mole). (Guy H.R.)
Hphob_Janin ---Free energy of transfer from inside to outside of a globular
protein. (Janin J.)
Hphob_Leo ---Amino acid scale: Hydrophobicity (delta G1/2 cal)
( Abraham D.J., Leo A.J.)
Hphob_Manavalan ---Average surrounding hydrophobicity.
(Manavalan P., Ponnuswamy P.K.)
Hphob_Miyazawa ---Hydrophobicity scale (contact energy derived from 3D data).
(Miyazawa S., Jernigen R.L.)
Hphob_mobility ---Mobilities of amino acids on chromatography paper (RF).
(Aboderin A.A.)
Hphob_Parker ---Hydrophilicity scale derived from HPLC peptide retention
times. (Parker J.M.R., Guo D., Hodges R.S.)
Hphob_pH3.4 ---Hydrophobicity indices at ph 3.4 determined by HPLC.
(Cowan R., Whittaker R.G.)
Hphob_pH7.5 ---Hydrophobicity indices at ph 7.5 determined by HPLC.
(Cowan R., Whittaker R.G.)
Hphob_Rose ---Mean fractional area loss (f) [average area buried/standard
state area]. (Rose G.D., Geselowitz A.R.,
Lesser G.J., Lee R.H., Zehfus M.H.)
Hphob_Roseman ---Hydrophobicity scale (pi-r). (Roseman M.A.)
Hphob_Sweet ---Optimized matching hydrophobicity (OMH).
(Sweet R.M., Eisenberg D.)
Hphob_Welling ---Antigenicity value X 10. (Welling G.W., Weijer W.J.,
Van der Zee R., Welling-Wester S.)
Hphob_Wilson ---Hydrophobic constants derived from HPLC peptide retention
times.
(Wilson K.J., Honegger A., Stotzel R.P., Hughes G.J.)
Hphob_Wolfenden ---Hydration potential (kcal/mole) at 25oC. (Wolfenden R.V.,
Andersson L., Cullis P.M., Southgate C.C.F.)
Hphob_Woods ---Hydrophilicity. (Hopp T.P., Woods K.R.)
HPLC2.1 ---Retention coefficient in HPLC, pH 2.1. (Meek J.L.)
HPLC7.4 ---Retention coefficient in HPLC, pH 7.4. (Meek J.L.)
HPLCHFBA ---Retention coefficient in HFBA.
(Browne C.A., Bennett H.P.J., Solomon S.)
HPLCTFA ---Retention coefficient in TFA.
(Browne C.A., Bennett H.P.J., Solomon S.)
MolecularWeight ---Molecular weight of each amino acid.
NumberCodons ---Number of codon(s) coding for each amino acid in universal
genetic code.
ParallelBetaStrand ---Amino acid scale: Conformational preference for
parallel beta strand. ( Lifson S., Sander C.)
Polarity_Grantham ---Polarity (p). (Grantham R.)
Polarity_Zimmerman ---Polarity. (Zimmerman J.M., Eliezer N., Simha R.)
RatioSide ---Atomic weight ratio of hetero elements in end group to C in
side chain. (Grantham R.)
RecognitionFactors ---Recognition factors. (Fraga S.)
Refractivity ---Refractivity. (Jones. D.D.)
RelativeMutability ---Relative mutability of amino acids (Ala=100).
(Dayhoff M.O., Schwartz R.M., Orcutt B.C.)
TotalBetaStrand ---Conformational preference for total beta strand
(antiparallel+parallel). (Lifson S., Sander C.)
Hphob_Privalov_dCp ---deltaCp hydration, J/(K*mol*A^2),
(Privalov, P. L. & Khechinashvili, N. N.)
Hphob_Privalov_dH ---deltaH hydration, J/(mol*A^2), 25 oC
(Privalov, P. L. & Khechinashvili, N. N.)
Hphob_Privalov_dS ---deltaS hydration, J/(K*mol*A^2), 25 oC
(Privalov, P. L. & Khechinashvili, N. N.)
Hphob_Privalov_dG ---deltaG hydration, J/(mol*A^2), 25 oC
(Privalov, P. L. & Khechinashvili, N. N.)
}
return
}
custom {
# Custom Amino acid scale Insert any values
set wholeScale {
{Ala 1}
{Arg 2}
{Asn 1}
{Asp 2}
{Cys 1}
{Gln 2}
{Glu 1}
{Gly 2}
{His 1}
{Ile 2}
{Leu 1}
{Lys 2}
{Met 1}
{Phe 2}
{Pro 1}
{Ser 2}
{Thr 1}
{Trp 2}
{Tyr 1}
{Val 2}
}
}
aa_composition {
# Amino acid scale Overall amino acid composition (%).
# Author(s) McCaldon P., Argos P.
# Reference Proteins Structure, Function and Genetics 4 99-122(1988).
# Amino acid scale values
set wholeScale {
{Ala 8.300}
{Arg 5.700}
{Asn 4.400}
{Asp 5.300}
{Cys 1.700}
{Gln 4.000}
{Glu 6.200}
{Gly 7.200}
{His 2.200}
{Ile 5.200}
{Leu 9.000}
{Lys 5.700}
{Met 2.400}
{Phe 3.900}
{Pro 5.100}
{Ser 6.900}
{Thr 5.800}
{Trp 1.300}
{Tyr 3.200}
{Val 6.600}
}
}
aa_swissprot {
# Amino acid scale Amino acid composition (%) in the Swiss-Prot Protein Sequence data bank.
# Author(s) Bairoch A.
# Reference Release notes for Swiss-Prot release 41 - February 2003.
# Amino acid scale values
set wholeScale {
{Ala 7.720}
{Arg 5.240}
{Asn 4.280}
{Asp 5.270}
{Cys 1.600}
{Gln 3.920}
{Glu 6.540}
{Gly 6.900}
{His 2.260}
{Ile 5.880}
{Leu 9.560}
{Lys 5.960}
{Met 2.360}
{Phe 4.060}
{Pro 4.880}
{Ser 6.980}
{Thr 5.580}
{Trp 1.180}
{Tyr 3.130}
{Val 6.660}
}
}
accessibleresidues {
# Amino acid scale Molar fraction (%) of 3220 accessible residues.
# Author(s) Janin J.
# Reference Nature 277 491-492(1979).
# Amino acid scale values
set wholeScale {
{Ala 6.600}
{Arg 4.500}
{Asn 6.700}
{Asp 7.700}
{Cys 0.900}
{Gln 5.200}
{Glu 5.700}
{Gly 6.700}
{His 2.500}
{Ile 2.800}
{Leu 4.800}
{Lys 10.300}
{Met 1.000}
{Phe 2.400}
{Pro 4.800}
{Ser 9.400}
{Thr 7.000}
{Trp 1.400}
{Tyr 5.100}
{Val 4.500}
}
}
alphahelix_fasman {
# Amino acid scale: Conformational parameter for alpha helix (computed from 29 proteins).
# Author(s): Chou P.Y., Fasman G.D.
# Reference: Adv. Enzym. 47:45-148(1978).
# Amino acid scale values:
set wholeScale {
{Ala 1.420}
{Arg 0.980}
{Asn 0.670}
{Asp 1.010}
{Cys 0.700}
{Gln 1.110}
{Glu 1.510}
{Gly 0.570}
{His 1.000}
{Ile 1.080}
{Leu 1.210}
{Lys 1.160}
{Met 1.450}
{Phe 1.130}
{Pro 0.570}
{Ser 0.770}
{Thr 0.830}
{Trp 1.080}
{Tyr 0.690}
{Val 1.060}
}
}
alphahelix_levitt {
# Amino acid scale Normalized frequency for alpha helix.
# Author(s) Levitt M.
# Reference Biochemistry 17 4277-4285(1978).
# Amino acid scale values
set wholeScale {
{Ala 1.290}
{Arg 0.960}
{Asn 0.900}
{Asp 1.040}
{Cys 1.110}
{Gln 1.270}
{Glu 1.440}
{Gly 0.560}
{His 1.220}
{Ile 0.970}
{Leu 1.300}
{Lys 1.230}
{Met 1.470}
{Phe 1.070}
{Pro 0.520}
{Ser 0.820}
{Thr 0.820}
{Trp 0.990}
{Tyr 0.720}
{Val 0.910}
}
}
alphahelix_roux {
# Amino acid scale Conformational parameter for alpha helix.
# Author(s) Deleage G., Roux B.
# Reference Protein Engineering 1 289-294(1987).
# Amino acid scale values
set wholeScale {
{Ala 1.489}
{Arg 1.224}
{Asn 0.772}
{Asp 0.924}
{Cys 0.966}
{Gln 1.164}
{Glu 1.504}
{Gly 0.510}
{His 1.003}
{Ile 1.003}
{Leu 1.236}
{Lys 1.172}
{Met 1.363}
{Phe 1.195}
{Pro 0.492}
{Ser 0.739}
{Thr 0.785}
{Trp 1.090}
{Tyr 0.787}
{Val 0.990}
}
}
antiparallelbetastrand {
# Amino acid scale Conformational preference for antiparallel beta strand.
# Author(s) Lifson S., Sander C.
# Reference Nature 282 109-111(1979).
# Amino acid scale values
set wholeScale {
{Ala 0.900}
{Arg 1.020}
{Asn 0.620}
{Asp 0.470}
{Cys 1.240}
{Gln 1.180}
{Glu 0.620}
{Gly 0.560}
{His 1.120}
{Ile 1.540}
{Leu 1.260}
{Lys 0.740}
{Met 1.090}
{Phe 1.230}
{Pro 0.420}
{Ser 0.870}
{Thr 1.300}
{Trp 1.750}
{Tyr 1.680}
{Val 1.530}
}
}
averageburied {
# Amino acid scale Average area buried on transfer from standard state to folded protein.
# Author(s) Rose G.D., Geselowitz A.R., Lesser G.J., Lee R.H., Zehfus M.H.
# Reference Science 229 834-838(1985).
# Amino acid scale values
set wholeScale {
{Ala 86.600}
{Arg 162.200}
{Asn 103.300}
{Asp 97.800}
{Cys 132.300}
{Gln 119.200}
{Glu 113.900}
{Gly 62.900}
{His 155.800}
{Ile 158.000}
{Leu 164.100}
{Lys 115.500}
{Met 172.900}
{Phe 194.100}
{Pro 92.900}
{Ser 85.600}
{Thr 106.500}
{Trp 224.600}
{Tyr 177.700}
{Val 141.000}
}
}
averageflexibility {
# Amino acid scale Average flexibility index.
# Author(s) Bhaskaran R., Ponnuswamy P.K.
# Reference Int. J. Pept. Protein. Res. 32 242-255(1988).
# Amino acid scale values
set wholeScale {
{Ala 0.360}
{Arg 0.530}
{Asn 0.460}
{Asp 0.510}
{Cys 0.350}
{Gln 0.490}
{Glu 0.500}
{Gly 0.540}
{His 0.320}
{Ile 0.460}
{Leu 0.370}
{Lys 0.470}
{Met 0.300}
{Phe 0.310}
{Pro 0.510}
{Ser 0.510}
{Thr 0.440}
{Trp 0.310}
{Tyr 0.420}
{Val 0.390}
}
}
betasheet_fasman {
# Amino acid scale Conformational parameter for beta-sheet (computed from 29 proteins).
# Author(s) Chou P.Y., Fasman G.D.
# Reference Adv. Enzym. 47 45-148(1978).
# Amino acid scale values
set wholeScale {
{Ala 0.830}
{Arg 0.930}
{Asn 0.890}
{Asp 0.540}
{Cys 1.190}
{Gln 1.100}
{Glu 0.370}
{Gly 0.750}
{His 0.870}
{Ile 1.600}
{Leu 1.300}
{Lys 0.740}
{Met 1.050}
{Phe 1.380}
{Pro 0.550}
{Ser 0.750}
{Thr 1.190}
{Trp 1.370}
{Tyr 1.470}
{Val 1.700}
}
}
betasheet_levitt {
# Amino acid scale Normalized frequency for beta-sheet.
# Author(s) Levitt M.
# Reference Biochemistry 17 4277-4285(1978).
# Amino acid scale values
set wholeScale {
{Ala 0.900}
{Arg 0.990}
{Asn 0.760}
{Asp 0.720}
{Cys 0.740}
{Gln 0.800}
{Glu 0.750}
{Gly 0.920}
{His 1.080}
{Ile 1.450}
{Leu 1.020}
{Lys 0.770}
{Met 0.970}
{Phe 1.320}
{Pro 0.640}
{Ser 0.950}
{Thr 1.210}
{Trp 1.140}
{Tyr 1.250}
{Val 1.490}
}
}
betasheet_roux {
# Amino acid scale Conformational parameter for beta-sheet.
# Author(s) Deleage G., Roux B.
# Reference Protein Engineering 1 289-294(1987).
# Amino acid scale values
set wholeScale {
{Ala 0.709}
{Arg 0.920}
{Asn 0.604}
{Asp 0.541}
{Cys 1.191}
{Gln 0.840}
{Glu 0.567}
{Gly 0.657}
{His 0.863}
{Ile 1.799}
{Leu 1.261}
{Lys 0.721}
{Met 1.210}
{Phe 1.393}
{Pro 0.354}
{Ser 0.928}
{Thr 1.221}
{Trp 1.306}
{Tyr 1.266}
{Val 1.965}
}
}
betaturn_fasman {
# Amino acid scale Conformational parameter for beta-turn (computed from 29 proteins).
# Author(s) Chou P.Y., Fasman G.D.
# Reference Adv. Enzym. 47 45-148(1978).
# Amino acid scale values
set wholeScale {
{Ala 0.660}
{Arg 0.950}
{Asn 1.560}
{Asp 1.460}
{Cys 1.190}
{Gln 0.980}
{Glu 0.740}
{Gly 1.560}
{His 0.950}
{Ile 0.470}
{Leu 0.590}
{Lys 1.010}
{Met 0.600}
{Phe 0.600}
{Pro 1.520}
{Ser 1.430}
{Thr 0.960}
{Trp 0.960}
{Tyr 1.140}
{Val 0.500}
}
}
betaturn_levitt {
# Amino acid scale Normalized frequency for beta-turn.
# Author(s) Levitt M.
# Reference Biochemistry 17 4277-4285(1978).
# Amino acid scale values
set wholeScale {
{Ala 0.770}
{Arg 0.880}
{Asn 1.280}
{Asp 1.410}
{Cys 0.810}
{Gln 0.980}
{Glu 0.990}
{Gly 1.640}
{His 0.680}
{Ile 0.510}
{Leu 0.580}
{Lys 0.960}
{Met 0.410}
{Phe 0.590}
{Pro 1.910}
{Ser 1.320}
{Thr 1.040}
{Trp 0.760}
{Tyr 1.050}
{Val 0.470}
}
}
betaturn_roux {
# Amino acid scale Conformational parameter for beta-turn.
# Author(s) Deleage G., Roux B.
# Reference Protein Engineering 1 289-294(1987).
# Amino acid scale values
set wholeScale {
{Ala 0.788}
{Arg 0.912}
{Asn 1.572}
{Asp 1.197}
{Cys 0.965}
{Gln 0.997}
{Glu 1.149}
{Gly 1.860}
{His 0.970}
{Ile 0.240}
{Leu 0.670}
{Lys 1.302}
{Met 0.436}
{Phe 0.624}
{Pro 1.415}
{Ser 1.316}
{Thr 0.739}
{Trp 0.546}
{Tyr 0.795}
{Val 0.387}
}
}
bulkiness {
# Amino acid scale Bulkiness.
# Author(s) Zimmerman J.M., Eliezer N., Simha R.
# Reference J. Theor. Biol. 21 170-201(1968).
# Amino acid scale values
set wholeScale {
{Ala 11.500}
{Arg 14.280}
{Asn 12.820}
{Asp 11.680}
{Cys 13.460}
{Gln 14.450}
{Glu 13.570}
{Gly 3.400}
{His 13.690}
{Ile 21.400}
{Leu 21.400}
{Lys 15.710}
{Met 16.250}
{Phe 19.800}
{Pro 17.430}
{Ser 9.470}
{Thr 15.770}
{Trp 21.670}
{Tyr 18.030}
{Val 21.570}
}
}
buriedresidues {
# Amino acid scale Molar fraction (%) of 2001 buried residues.
# Author(s) Janin J.
# Reference Nature 277 491-492(1979).
# Amino acid scale values
set wholeScale {
{Ala 11.200}
{Arg 0.500}
{Asn 2.900}
{Asp 2.900}
{Cys 4.100}
{Gln 1.600}
{Glu 1.800}
{Gly 11.800}
{His 2.000}
{Ile 8.600}
{Leu 11.700}
{Lys 0.500}
{Met 1.900}
{Phe 5.100}
{Pro 2.700}
{Ser 8.000}
{Thr 4.900}
{Trp 2.200}
{Tyr 2.600}
{Val 12.900}
}
}
coil_roux {
# Amino acid scale Conformational parameter for coil.
# Author(s) Deleage G., Roux B.
# Reference Protein Engineering 1 289-294(1987).
# Amino acid scale values
set wholeScale {
{Ala 0.824}
{Arg 0.893}
{Asn 1.167}
{Asp 1.197}
{Cys 0.953}
X
{Gln 0.947}
{Glu 0.761}
{Gly 1.251}
{His 1.068}
{Ile 0.886}
{Leu 0.810}
{Lys 0.897}
{Met 0.810}
{Phe 0.797}
{Pro 1.540}
{Ser 1.130}
{Thr 1.148}
{Trp 0.941}
{Tyr 1.109}
{Val 0.772}
}
}
hphob_argos {
# Amino acid scale Membrane buried helix parameter.
# Author(s) Rao M.J.K., Argos P.
# Reference Biochim. Biophys. Acta 869 197-214(1986).
# Amino acid scale values
set wholeScale {
{Ala 1.360}
{Arg 0.150}
{Asn 0.330}
{Asp 0.110}
{Cys 1.270}
{Gln 0.330}
{Glu 0.250}
{Gly 1.090}
{His 0.680}
{Ile 1.440}
{Leu 1.470}
{Lys 0.090}
{Met 1.420}
{Phe 1.570}
{Pro 0.540}
{Ser 0.970}
{Thr 1.080}
{Trp 1.000}
{Tyr 0.830}
{Val 1.370}
}
}
hphob_black {
# Amino acid scale: Hydrophobicity of physiological L-alpha amino acids
# Author(s): Black S.D., Mould D.R.
# Reference Anal. Biochem. 193 72-82(1991). .
# Amino acid scale values
set wholeScale {
{Ala 0.616}
{Arg 0.000}
{Asn 0.236}
{Asp 0.028}
{Cys 0.680}
{Gln 0.251}
{Glu 0.043}
{Gly 0.501}
{His 0.165}
{Ile 0.943}
{Leu 0.943}
{Lys 0.283}
{Met 0.738}
{Phe 1.000}
{Pro 0.711}
{Ser 0.359}
{Thr 0.450}
{Trp 0.878}
{Tyr 0.880}
{Val 0.825}
}
}
hphob_breese {
# Amino acid scale Hydrophobicity (free energy of transfer to surface in kcal/mole).
# Author(s) Bull H.B., Breese K.
# Reference Arch. Biochem. Biophys. 161 665-670(1974).
# Amino acid scale values
set wholeScale {
{Ala 0.610}
{Arg 0.690}
{Asn 0.890}
{Asp 0.610}
{Cys 0.360}
{Gln 0.970}
{Glu 0.510}
{Gly 0.810}
{His 0.690}
{Ile -1.450}
{Leu -1.650}
{Lys 0.460}
{Met -0.660}
{Phe -1.520}
{Pro -0.170}
{Ser 0.420}
{Thr 0.290}
{Trp -1.200}
{Tyr -1.430}
{Val -0.750}
}
}
hphob_chothia {
# Amino acid scale Proportion of residues 95% buried (in 12 proteins).
# Author(s) Chothia C.
# Reference J. Mol. Biol. 105 1-14(1976).
# Amino acid scale values
set wholeScale {
{Ala 0.380}
{Arg 0.010}
{Asn 0.120}
{Asp 0.150}
{Cys 0.500}
{Gln 0.070}
{Glu 0.180}
{Gly 0.360}
{His 0.170}
{Ile 0.600}
{Leu 0.450}
{Lys 0.030}
{Met 0.400}
{Phe 0.500}
{Pro 0.180}
{Ser 0.220}
{Thr 0.230}
{Trp 0.270}
{Tyr 0.150}
{Val 0.540}
}
}
hphob_doolittle {
# Amino acid scale Hydropathicity.
# Author(s) Kyte J., Doolittle R.F.
# Reference J. Mol. Biol. 157 105-132(1982).
# Amino acid scale values
set wholeScale {
{Ala 1.800}
{Arg -4.500}
{Asn -3.500}
{Asp -3.500}
{Cys 2.500}
{Gln -3.500}
{Glu -3.500}
{Gly -0.400}
{His -3.200}
{Ile 4.500}
{Leu 3.800}
{Lys -3.900}
{Met 1.900}
{Phe 2.800}
{Pro -1.600}
{Ser -0.800}
{Thr -0.700}
{Trp -0.900}
{Tyr -1.300}
{Val 4.200}
}
}
hphob_eisenberg {
# Amino acid scale Normalized consensus hydrophobicity scale.
# Author(s) Eisenberg D., Schwarz E., Komarony M., Wall R.
# Reference J. Mol. Biol. 179 125-142(1984).
# Amino acid scale values
set wholeScale {
{Ala 0.620}
{Arg -2.530}
{Asn -0.780}
{Asp -0.900}
{Cys 0.290}
{Gln -0.850}
{Glu -0.740}
{Gly 0.480}
{His -0.400}
{Ile 1.380}
{Leu 1.060}
{Lys -1.500}
{Met 0.640}
{Phe 1.190}
{Pro 0.120}
{Ser -0.180}
{Thr -0.050}
{Trp 0.810}
{Tyr 0.260}
{Val 1.080}
}
}
hphob_fauchere {
# Amino acid scale Hydrophobicity scale (pi-r).
# Author(s) Fauchere J.-L., Pliska V.E.
# Reference Eur. J. Med. Chem. 18 369-375(1983).
# Amino acid scale values
set wholeScale {
{Ala 0.310}
{Arg -1.010}
{Asn -0.600}
{Asp -0.770}
{Cys 1.540}
{Gln -0.220}
{Glu -0.640}
{Gly 0.000}
{His 0.130}
{Ile 1.800}
{Leu 1.700}
{Lys -0.990}
{Met 1.230}
{Phe 1.790}
{Pro 0.720}
{Ser -0.040}
{Thr 0.260}
{Trp 2.250}
{Tyr 0.960}
{Val 1.220}
}
}
hphob_guy {
# Amino acid scale Hydrophobicity scale based on free energy of transfer (kcal/mole).
# Author(s) Guy H.R.
# Reference Biophys J. 47 61-70(1985).
# Amino acid scale values
set wholeScale {
{Ala 0.100}
{Arg 1.910}
{Asn 0.480}
{Asp 0.780}
{Cys -1.420}
{Gln 0.950}
{Glu 0.830}
{Gly 0.330}
{His -0.500}
{Ile -1.130}
{Leu -1.180}
{Lys 1.400}
{Met -1.590}
{Phe -2.120}
{Pro 0.730}
{Ser 0.520}
{Thr 0.070}
{Trp -0.510}
{Tyr -0.210}
{Val -1.270}
}
}
hphob_janin {
# Amino acid scale Free energy of transfer from inside to outside of a globular protein.
# Author(s) Janin J.
# Reference Nature 277 491-492(1979).
# Amino acid scale values
set wholeScale {
{Ala 0.300}
{Arg -1.400}
{Asn -0.500}
{Asp -0.600}
{Cys 0.900}
{Gln -0.700}
{Glu -0.700}
{Gly 0.300}
{His -0.100}
{Ile 0.700}
{Leu 0.500}
{Lys -1.800}
{Met 0.400}
{Phe 0.500}
{Pro -0.300}
{Ser -0.100}
{Thr -0.200}
{Trp 0.300}
{Tyr -0.400}
{Val 0.600}
}
}
hphob_leo {
# Amino acid scale: Hydrophobicity (delta G1/2 cal)
# Author(s): Abraham D.J., Leo A.J.
# Reference Proteins Structure, Function and Genetics 2 130-152(1987).
# Amino acid scale values
set wholeScale {
{Ala 0.440}
{Arg -2.420}
{Asn -1.320}
{Asp -0.310}
{Cys 0.580}
{Gln -0.710}
{Glu -0.340}
{Gly 0.000}
{His -0.010}
{Ile 2.460}
{Leu 2.460}
{Lys -2.450}
{Met 1.100}
{Phe 2.540}
{Pro 1.290}
{Ser -0.840}