Table 7.

Gradients of the relationships between shear stiffness $B_{\mathit{n}\mathit{s}}$ and various LV functions at different active tension and global stiffness values in HCM (Fig. 11) and DCM (Fig. 12)

LV geometry	Active tension and global stiffness	Gradient
		EF (%)	SV (ml)	Peak systolic pressure (mmHg)	Maximal fiber stress (kPa)
HCM	T0 150 kPa, C 100 Pa	− 0.572	− 1.508	− 1.526	− 0.556
HCM	T0 105 kPa, C 100 Pa	− 0.522	− 1.446	− 1.342	− 0.526
HCM	T0 150 kPa, C 200 Pa	− 0.682	− 1.520	− 1.688	− 0.536
HCM	T0 105 kPa, C 200 Pa	− 0.646	− 1.462	− 1.460	− 0.508
HCM	T0 75 kPa, C 300 Pa	− 0.644	− 1.306	− 1.284	− 0.458
DCM	T0 150 kPa, C 100 Pa	− 0.020	− 0.198	− 0.154	− 0.190
DCM	T0 105 kPa, C 100 Pa	0.012	− 0.166	− 0.108	− 0.234
DCM	T0 150 kPa, C 200 Pa	− 0.060	− 0.334	− 0.266	− 0.282
DCM	T0 105 kPa, C 200 Pa	− 0.016	− 0.248	− 0.180	− 0.296