%
% To generate the supplementary figures S5:
%
% S5A
% runTenFSsensitivity.m
% readTenFSsensitivity
% makeShuntingSensitivityFigure.m
%
%
% S5B
% runTenFSsensitivity.m (same as in S5A)
% readTenFSsensitivity.m
% makeCorrPairFigure.m
%
%
%
% This code shows how the shunting is affected by various parameter
% changes for the channels.
%
clear all, close all
cv = load('TenFS-BlueGene.mat');
barCol = hsv(10);
barCol = barCol([1:3:10, 2:3:10, 3:3:10],:);
%barCol = repmat([1 1 1 ; 0.5 0.5 0.5],5,1);
barCol = repmat([1 1 1],10,1);
figure
plot([0 21],cv.meanFreqRefPAR([21 21]),'k--'), hold on
plot([0 21],cv.meanFreqGJPAR([21 21]),'k-'), hold on
for i=1:10
plotIdx = [i*2-1,i*2];
p(i) = bar(plotIdx + [0.1 -0.1],cv.meanFreqRefPAR(plotIdx),0.85,'r'); hold on
bar(plotIdx+[0.1 -0.1],cv.meanFreqGJPAR(plotIdx),0.6,'k');
set(p(i),'facecolor',barCol(i,:));
text(plotIdx(1)-0.15, cv.meanFreqRefPAR(plotIdx(1))-0.3, '+','fontsize',15)
text(plotIdx(2)-0.35, cv.meanFreqRefPAR(plotIdx(2))-0.3, '-','fontsize',15)
end
pLeg = {'g_{Na}', 'g_{KA}', 'g_{Kv3.1/3.2}', 'g_{K1.3}', ...
'\tau_{m Na}', '\tau_{h Na}', '\tau_{m KA}', '\tau_{h KA}', ...
'\tau_{Kv3.1/3.2}', '\tau_{Kv1.3}'};
%legend(p,pLeg,'location','eastoutside')
ylabel('Frequency (Hz)','fontsize',16)
set(gca,'fontsize',16)
%set(gca,'xtick',[])
for i=1:10
xLab{i} = num2str(i);
end
set(gca,'xtick',1.5:2:21,'xticklabel',xLab)
axis tight
a = axis; a(1) = a(1) - 0.3; axis(a);
box off
saveas(gcf,'FIGS/TenFS-sense-meanFreq-updated.fig','fig')
saveas(gcf,'FIGS/TenFS-sense-meanFreq-updated.eps','psc2')
%%%%% Same as above, but not all columns
figure
idx = [1:2, 5:8]
plot([0 13],cv.meanFreqRefPAR([21 21]),'k--'), hold on
plot([0 13],cv.meanFreqGJPAR([21 21]),'k-'), hold on
xCoord = 1;
p = [];
for i=idx
plotIdx = [i*2-1,i*2];
p(end + 1) = bar(xCoord + [0 1] + [0.1 -0.1],cv.meanFreqRefPAR(plotIdx),0.85,'r'); hold on
bar(xCoord + [0 1] +[0.1 -0.1],cv.meanFreqGJPAR(plotIdx),0.6,'k');
set(p(end),'facecolor',barCol(i,:));
text(xCoord-0.15+0.1, cv.meanFreqRefPAR(plotIdx(1))-0.3, '+','fontsize',15)
text(xCoord+1-0.35+0.1, cv.meanFreqRefPAR(plotIdx(2))-0.3, '-','fontsize',15)
xCoord = xCoord + 2;
end
pLeg = {'g_{Na}', 'g_{KA}', 'g_{Kv3.1/3.2}', 'g_{K1.3}', ...
'\tau_{m,Na}', '\tau_{h,Na}', '\tau_{m,KA}', '\tau_{h,KA}', ...
'\tau_{Kv3.1/3.2}', '\tau_{Kv1.3}'};
%legend(p,pLeg(idx),'location','eastoutside')
ylabel('Frequency (Hz)','fontsize',16)
set(gca,'fontsize',16)
%set(gca,'xtick',[])
%for i=1:length(idx)
% xLab{i} = pLeg{idx(i)};
%end
%xLab = {'gNa','gKA','TauM-Na','TauH-Na','Tau-M KA','Tau-H KA'}
set(gca,'xtick', []);
for i=1:6
text(2*i-1,-1,pLeg{idx(i)},'fontsize',16)
end
%set(gca,'xtick',1.5:2:12,'xticklabel',xLab)
axis tight
a = axis; a(1) = a(1) - 0.3; axis(a);
box off
saveas(gcf,'FIGS/TenFS-sense-meanFreq-updated-selection.fig','fig')
saveas(gcf,'FIGS/TenFS-sense-meanFreq-updated-selection.eps','psc2')
%%%%%% Show the relative shunting also
figure
plot([0 21],cv.shuntMean([21 21]),'k--'), hold on
plot(21-0.1,cv.shuntMean(21)+cv.shuntStd([21 21]),'k.'), hold on
for i=1:10
plotIdx = [i*2-1,i*2];
p(i) = bar(plotIdx + [0.1 -0.1],cv.shuntMean(plotIdx),0.8,'r'); hold on
errorbar(plotIdx + [0.1 -0.1],cv.shuntMean(plotIdx), ...
-cv.shuntStd(plotIdx),cv.shuntStd(plotIdx),'k.')
% set(p(i),'facecolor',barCol(i,:));
set(p(i),'facecolor',[0.7 0.7 0.7]);
text(plotIdx(1)-0.15, cv.shuntMean(plotIdx(1))-0.05, '+','fontsize',15)
text(plotIdx(2)-0.35, cv.shuntMean(plotIdx(2))-0.05, '-','fontsize',15)
% text(plotIdx(1)-0.15, 0.5, '+','fontsize',15)
% text(plotIdx(2)-0.35, 0.5, '-','fontsize',15)
end
%legend(p,pLeg,'location','eastoutside')
ylabel('Frequency (Hz)','fontsize',16)
set(gca,'fontsize',16)
%set(gca,'xtick',[])
for i=1:10
xLab{i} = num2str(i);
end
set(gca,'xtick',1.5:2:21,'xticklabel',xLab)
axis tight
a = axis; a(1) = a(1) - 0.3; axis(a);
box off
saveas(gcf,'FIGS/TenFS-sense-shunting-updated.fig','fig')
saveas(gcf,'FIGS/TenFS-sense-shunting-updated.eps','psc2')