Location: The cardiac Na+ /K+ ATPase: An updated, thermodynamically consistent model @ 048846209253 / Code / MATLAB / output / Terkildsen_fit_NG_Ke_comparison.eps

Author:
AnandR <a.rampadarath@auckland.ac.nz>
Date:
2019-02-14 18:10:07+13:00
Desc:
Validated models and annotated using semgen
Permanent Source URI:
https://models.cellml.org/workspace/579/rawfile/04884620925328bb8adc1473d94d03f64b63f528/Code/MATLAB/output/Terkildsen_fit_NG_Ke_comparison.eps

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3.24 5.867 5.867 3.24 5.867 0 C
cp
S
GR
GS
[0.75 0 0 0.75 195.4875 135.76321] CT
N
f-819729944
f
GR
GS
[0.75 0 0 0.75 195.4875 135.76321] CT
10.0 ML
N
5.867 0 M
5.867 -3.24 3.24 -5.867 0 -5.867 C
-3.24 -5.867 -5.867 -3.24 -5.867 0 C
-5.867 3.24 -3.24 5.867 0 5.867 C
3.24 5.867 5.867 3.24 5.867 0 C
cp
S
GR
GS
[0.75 0 0 0.75 315.97501 88.25] CT
N
f-819729944
f
GR
GS
[0.75 0 0 0.75 315.97501 88.25] CT
10.0 ML
N
5.867 0 M
5.867 -3.24 3.24 -5.867 0 -5.867 C
-3.24 -5.867 -5.867 -3.24 -5.867 0 C
-5.867 3.24 -3.24 5.867 0 5.867 C
3.24 5.867 5.867 3.24 5.867 0 C
cp
S
GR
GS
[0.75 0 0 0.75 521.25 54.58561] CT
N
f-819729944
f
GR
GS
[0.75 0 0 0.75 521.25 54.58561] CT
10.0 ML
N
5.867 0 M
5.867 -3.24 3.24 -5.867 0 -5.867 C
-3.24 -5.867 -5.867 -3.24 -5.867 0 C
-5.867 3.24 -3.24 5.867 0 5.867 C
3.24 5.867 5.867 3.24 5.867 0 C
cp
S
GR
GS
[0.75 0 0 0.75 0 0] CT
1 LJ
2 LW
N
105.95 488.541 M
111.9 481.668 L
117.85 471.227 L
123.8 458.096 L
129.75 443.096 L
135.7 426.945 L
141.65 410.233 L
147.6 393.42 L
153.55 376.849 L
159.5 360.763 L
165.45 345.322 L
171.4 330.624 L
177.35 316.721 L
183.3 303.629 L
189.25 291.341 L
195.2 279.834 L
201.15 269.074 L
207.1 259.022 L
213.05 249.634 L
219 240.868 L
224.95 232.679 L
230.9 225.026 L
236.85 217.869 L
242.8 211.17 L
248.75 204.896 L
254.7 199.013 L
260.65 193.491 L
266.6 188.303 L
272.55 183.423 L
278.5 178.828 L
284.45 174.497 L
290.4 170.409 L
296.35 166.548 L
302.3 162.897 L
308.25 159.441 L
314.2 156.166 L
320.15 153.059 L
326.1 150.109 L
332.05 147.305 L
338 144.638 L
343.95 142.098 L
349.9 139.678 L
355.85 137.369 L
361.8 135.165 L
367.75 133.059 L
373.7 131.045 L
379.65 129.118 L
385.6 127.273 L
391.55 125.504 L
397.5 123.807 L
403.45 122.179 L
409.4 120.615 L
415.35 119.112 L
421.3 117.667 L
427.25 116.276 L
433.2 114.937 L
439.15 113.646 L
445.1 112.402 L
451.05 111.203 L
457 110.045 L
462.95 108.927 L
468.9 107.847 L
474.85 106.803 L
480.8 105.793 L
486.75 104.816 L
492.7 103.871 L
498.65 102.955 L
504.6 102.068 L
510.55 101.209 L
516.5 100.375 L
522.45 99.566 L
528.4 98.781 L
534.35 98.019 L
540.3 97.279 L
546.25 96.56 L
552.2 95.861 L
558.15 95.182 L
564.1 94.521 L
570.05 93.878 L
576 93.253 L
581.95 92.643 L
587.9 92.05 L
593.85 91.472 L
599.8 90.909 L
605.75 90.359 L
611.7 89.824 L
617.65 89.302 L
623.6 88.792 L
629.55 88.295 L
635.5 87.81 L
641.45 87.336 L
647.4 86.873 L
653.35 86.421 L
659.3 85.979 L
665.25 85.547 L
671.2 85.125 L
677.15 84.712 L
683.1 84.308 L
689.05 83.913 L
695 83.527 L
S
GR
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