<p>Strips of UBM (40 mm ×9.3 mm ×0.20±0 mm), ileum (40 mm ×9.3 mm ×0.35±0 mm) and bladder tissue (30 mm ×9.3 mm ×1.5±0.29 mm) were loaded into the tensile tester and an incremental extension rate of 1 mm/s was applied. Extension data and load obtained during the testing period were converted to stress (σ) and strain (ε) values for comparative analysis<b>.</b></p
Introduction and hypothesis The aim was to compare pelvic floor muscle (PFM) elasticity between inte...
ABSTRACT-Parameters describing the contractility of the urinary bladder can be calculated from both ...
Of the plethora of work performed analyzing skeletal muscle tissue, relatively little has been done ...
<p>Comparative assessment of uni-axial tensile testing results between UBM, ileum and bladder tissue...
A procedure for the constitutive analysis of bladder tissues mechanical behavior is provided, by usi...
OBJECTIVE To evaluate the mechanical properties of gastrointestinal (GI) tissue segments and to comp...
textabstractCells isolated from pig urinary bladders and pregnant full term human uteruses were atta...
Summary. Contractility parameters in the urinary bladder can be calculated from isometric ontraction...
Top right: compression test results at a strain rate of 10/s compared to simulation. Bottom left: te...
<p>The Small Depth corresponds to the lower indentation depth measurement of each tissue, while the ...
Strips of urinary bladder smooth muscle were sul~jected to a series of quick release measurements. E...
<p>(A) Typical plot of tensile force vs. elongation in the disruption of a single test strip (blue c...
The fundamental passive mechanical properties of the bladder need to be known in order to design the...
International audienceThis work proposes an in vitro tensile testing protocol able to characterize a...
The urinary bladder stores urine and permits proper micturition, both functions that are inherently ...
Introduction and hypothesis The aim was to compare pelvic floor muscle (PFM) elasticity between inte...
ABSTRACT-Parameters describing the contractility of the urinary bladder can be calculated from both ...
Of the plethora of work performed analyzing skeletal muscle tissue, relatively little has been done ...
<p>Comparative assessment of uni-axial tensile testing results between UBM, ileum and bladder tissue...
A procedure for the constitutive analysis of bladder tissues mechanical behavior is provided, by usi...
OBJECTIVE To evaluate the mechanical properties of gastrointestinal (GI) tissue segments and to comp...
textabstractCells isolated from pig urinary bladders and pregnant full term human uteruses were atta...
Summary. Contractility parameters in the urinary bladder can be calculated from isometric ontraction...
Top right: compression test results at a strain rate of 10/s compared to simulation. Bottom left: te...
<p>The Small Depth corresponds to the lower indentation depth measurement of each tissue, while the ...
Strips of urinary bladder smooth muscle were sul~jected to a series of quick release measurements. E...
<p>(A) Typical plot of tensile force vs. elongation in the disruption of a single test strip (blue c...
The fundamental passive mechanical properties of the bladder need to be known in order to design the...
International audienceThis work proposes an in vitro tensile testing protocol able to characterize a...
The urinary bladder stores urine and permits proper micturition, both functions that are inherently ...
Introduction and hypothesis The aim was to compare pelvic floor muscle (PFM) elasticity between inte...
ABSTRACT-Parameters describing the contractility of the urinary bladder can be calculated from both ...
Of the plethora of work performed analyzing skeletal muscle tissue, relatively little has been done ...