<p>The landscapes are plotted <i>versus</i> the tumor's ellipsoidal axes ratios and . The origin has been shifted, so that the maximum energy is zero in each case: (<b>a</b>) For . The oblate shapes ( = = 3) are the low energy states. This surface has been generated from 576 separate nonlinear elasticity computations of tumors of aspect ratios and varying between 1 and 3, growing in a gel. (<b>b</b>) The same as (a), but for . Note the flatness of the landscape relative to (<b>a</b>). Spherical shapes are not penalized strongly for , but are strongly penalized for .</p
Abstract—A biomechanical model of the brain is presented, using a finite-element formulation. Emphas...
(A) Total energy of the system as a function of the attachment angle θ, for different values of the ...
Thin elastic objects, including leaves, flowers, plastic sheets and sails, are ubiquitous in nature ...
It is well established that the mechanical environment influences cell functions in health and disea...
It is well established that the mechanical environment influences cell functions in health and disea...
<div><p>It is well established that the mechanical environment influences cell functions in health a...
Medically, tumors are classified into two important classes—benign and malignant. Generally speaking...
Generation of shapes in biological tissues is a complex multiscale phenomenon. Biochemical details o...
The physics of solid tumor growth can be considered at three distinct size scales: the tumor scale, ...
Medically, tumours are classified into two important classes — benign and malignant. Generally speak...
<p>a–e: Displacement fields (projected to the x-y plane, normalized to the largest displacements) ar...
<p><b>A-</b>O<sub>2</sub> free energy landscape obtained from the ILS calculations. Two isosurface c...
The ability of tumors to metastasize is preceded by morphological instabilities such as chains or fi...
The behavior of an elastic curve bound to a surface will reflect the geometry of its environment. Th...
The traction exerted by a cell on a planar deformable substrate can be in- directly obtained on the ...
Abstract—A biomechanical model of the brain is presented, using a finite-element formulation. Emphas...
(A) Total energy of the system as a function of the attachment angle θ, for different values of the ...
Thin elastic objects, including leaves, flowers, plastic sheets and sails, are ubiquitous in nature ...
It is well established that the mechanical environment influences cell functions in health and disea...
It is well established that the mechanical environment influences cell functions in health and disea...
<div><p>It is well established that the mechanical environment influences cell functions in health a...
Medically, tumors are classified into two important classes—benign and malignant. Generally speaking...
Generation of shapes in biological tissues is a complex multiscale phenomenon. Biochemical details o...
The physics of solid tumor growth can be considered at three distinct size scales: the tumor scale, ...
Medically, tumours are classified into two important classes — benign and malignant. Generally speak...
<p>a–e: Displacement fields (projected to the x-y plane, normalized to the largest displacements) ar...
<p><b>A-</b>O<sub>2</sub> free energy landscape obtained from the ILS calculations. Two isosurface c...
The ability of tumors to metastasize is preceded by morphological instabilities such as chains or fi...
The behavior of an elastic curve bound to a surface will reflect the geometry of its environment. Th...
The traction exerted by a cell on a planar deformable substrate can be in- directly obtained on the ...
Abstract—A biomechanical model of the brain is presented, using a finite-element formulation. Emphas...
(A) Total energy of the system as a function of the attachment angle θ, for different values of the ...
Thin elastic objects, including leaves, flowers, plastic sheets and sails, are ubiquitous in nature ...