Circumferential results at λz = 1.5 and axial results at P = 100 mmHg for bovine, porcine, ovine, leporine, murine-rat, and murine-mouse subjects (n = 6 each). Values are mean ± SEM and the black filled cells indicate buckling. (XLSX)</p
Reliable non-invasive assessment of mechanical properties of the arterial wall, either healthy or di...
Background: Robust techniques for characterizing the biome-chanical properties of mouse pulmonary ar...
Purpose:To study possible differences in mechanical properties between central (abdominal aorta) and...
(top) Pressure-diameter at λz = 1.5, (bottom) axial force-stretch on a logarithmic scale at P = 100 ...
(top) Circumferential stress-stretch at λz = 1.5, and (bottom) axial stress-stretch at 100 mmHg for ...
The prevalence of diverse animal models as surrogates for human vascular pathologies necessitate a c...
(a) Inner radius, (b) wall thickness, (c) area compliance, and (d) axial force from bovine, porcine,...
<p>Circumferential strain-intraluminal pressure (A), circumferential stress-intraluminal pressure (B...
(left) Vessels mounted within the biaxial testing device at λz = 1.5 and P = 100 mmHg. (a) Bovine: O...
Knowledge of the intrinsic material properties of healthy and diseased arterial tissue components is...
Knowledge of the intrinsic material properties of healthy and diseased arterial tissue components is...
Diameter distensibility at (a) full pressure range mean ± SEM (b) 100 mmHg mean ± STD, and (c) 100 m...
Samples of porcine carotid artery are examined using Tissue bath MAYFLOWER, Perfusion of tubular org...
Ex vivo characterisation of arterial biomechanics enables detailed discrimination of the various cel...
<p>(A) Luminal diameter, (B) external diameter, (C) wall cross-sectional area (CSA), and (D) wall-to...
Reliable non-invasive assessment of mechanical properties of the arterial wall, either healthy or di...
Background: Robust techniques for characterizing the biome-chanical properties of mouse pulmonary ar...
Purpose:To study possible differences in mechanical properties between central (abdominal aorta) and...
(top) Pressure-diameter at λz = 1.5, (bottom) axial force-stretch on a logarithmic scale at P = 100 ...
(top) Circumferential stress-stretch at λz = 1.5, and (bottom) axial stress-stretch at 100 mmHg for ...
The prevalence of diverse animal models as surrogates for human vascular pathologies necessitate a c...
(a) Inner radius, (b) wall thickness, (c) area compliance, and (d) axial force from bovine, porcine,...
<p>Circumferential strain-intraluminal pressure (A), circumferential stress-intraluminal pressure (B...
(left) Vessels mounted within the biaxial testing device at λz = 1.5 and P = 100 mmHg. (a) Bovine: O...
Knowledge of the intrinsic material properties of healthy and diseased arterial tissue components is...
Knowledge of the intrinsic material properties of healthy and diseased arterial tissue components is...
Diameter distensibility at (a) full pressure range mean ± SEM (b) 100 mmHg mean ± STD, and (c) 100 m...
Samples of porcine carotid artery are examined using Tissue bath MAYFLOWER, Perfusion of tubular org...
Ex vivo characterisation of arterial biomechanics enables detailed discrimination of the various cel...
<p>(A) Luminal diameter, (B) external diameter, (C) wall cross-sectional area (CSA), and (D) wall-to...
Reliable non-invasive assessment of mechanical properties of the arterial wall, either healthy or di...
Background: Robust techniques for characterizing the biome-chanical properties of mouse pulmonary ar...
Purpose:To study possible differences in mechanical properties between central (abdominal aorta) and...