Table 1 Overview of the cases of the sensitivity analysis and the corresponding variations of model components
From: Causes of altered ventricular mechanics in hypertrophic cardiomyopathy: an in-silico study
| Case | Geom. (mean WT ± std) | Passive force (C) | Active force (\(T^{\text {V}}_{\text {max}}\)/\(T^{\text {A}}_{\text {max}}\)) | FO |
|---|---|---|---|---|
| Case 1 | Control (\(10\,\pm \,2.3\) mm) | Control (309 Pa) | Control (100/35 kPa) | Control |
| Case 2 | Control (\(10\,\pm \,2.3\) mm) | Stiffened (1545 Pa) | Control (100/35 kPa) | Control |
| Case 3 | Control (\(10\,\pm \,2.3\) mm) | Control (309 Pa) | Decreased (60/21 kPa) | Control |
| Case 4 | Control (\(10\,\pm \,2.3\) mm) | Stiffened (1545 Pa) | Decreased (60/21 kPa) | Control |
| Case 5 | HCM 1 (15 ± 3.3 mm) | Control (309 Pa) | Control (100/35 kPa) | Control |
| Case 6 | HCM 2 (17 ± 4.1 mm) | Control (309 Pa) | Control (100/35 kPa) | Control |
| Case 7 | HCM 2 (17 ± 4.1 mm) | Stiffened (1545 Pa) | Control (100/35 kPa) | Control |
| Case 8 | HCM 2 (17 ± 4.1 mm) | Control (309 Pa) | Decreased (60/21 kPa) | Control |
| Case 9 | HCM 2 (17 ± 4.1 mm) | Stiffened (1545 Pa | Decreased (60/21 kPa) | Control |
| Case 10 | HCM 2 (17 ± 4.1 mm) | Control (309 Pa) | Control (100/35 kPa) | Disarray |
| Case 11 | HCM 2 (17 ± 4.1 mm) | Stiffened (1545 Pa) | Control (100/35 kPa) | Disarray |
| Case 12 | HCM 2 (17 ± 4.1 mm) | Control (309 Pa) | Decreased (60/21 kPa) | Disarray |
| Case 13 | HCM 2 (17 ± 4.1 mm) | Stiffened (1545 Pa) | Decreased (60/21 kPa) | Disarray |