Add to ORKGThis project models the disc body segment L2 and L3 to study the effect of osteoporosis and disc degeneration that effect the state of stress in the disc body. To account for stiffness effect due to posterior element, the Young’s modulus (E) was increased at the posterior region.Master of Science (Biomedical Engineering
The aim of this article was to present the results of a preliminary study on the stress distribution...
During adolescent growth, vertebrae and intervertebral discs undergo various geometrical changes. Al...
In this study, a finite element model of the L2-L3 body-disc-body unit was developed.Master of Scien...
Background: To find treatment options for lower back pain, one must gain insight in the spinal anato...
Background context: With an increasing prevalence of low back pain, physicians strive to optimize...
Three-dimensional L4-L5 finite element (FE) models of three disc heights (9.5mm, 11.5mm, and 13.5mm)...
With the aim to study disc degeneration and the risk of injury during occupational activities, a new...
Purpose: To delineate the association between extent of degeneration of the disc at C5-C6, simulated...
International audienceClinical problems of the human spine have a high prevalence, affecting more th...
87 p.The thoracic region of the spine is a transition from the relatively mobile regions of the cerv...
Study Design. Finite element study.Objective. To analyze the effects of posterior shear loads, disc ...
The main purpose of this article is to study the biomechanics of spine tissue in elderly female. In ...
BACKGROUND CONTEXT: The use of finite element (FE) methods to study the biomechanics of the interver...
The knowledge of the lumbar spine biomechanics is essential for clinical applications. Due to the di...
Adult degenerative lumbar scoliosis usually occurs in people aged over 45 years. Although its etiolo...
The aim of this article was to present the results of a preliminary study on the stress distribution...
During adolescent growth, vertebrae and intervertebral discs undergo various geometrical changes. Al...
In this study, a finite element model of the L2-L3 body-disc-body unit was developed.Master of Scien...
Background: To find treatment options for lower back pain, one must gain insight in the spinal anato...
Background context: With an increasing prevalence of low back pain, physicians strive to optimize...
Three-dimensional L4-L5 finite element (FE) models of three disc heights (9.5mm, 11.5mm, and 13.5mm)...
With the aim to study disc degeneration and the risk of injury during occupational activities, a new...
Purpose: To delineate the association between extent of degeneration of the disc at C5-C6, simulated...
International audienceClinical problems of the human spine have a high prevalence, affecting more th...
87 p.The thoracic region of the spine is a transition from the relatively mobile regions of the cerv...
Study Design. Finite element study.Objective. To analyze the effects of posterior shear loads, disc ...
The main purpose of this article is to study the biomechanics of spine tissue in elderly female. In ...
BACKGROUND CONTEXT: The use of finite element (FE) methods to study the biomechanics of the interver...
The knowledge of the lumbar spine biomechanics is essential for clinical applications. Due to the di...
Adult degenerative lumbar scoliosis usually occurs in people aged over 45 years. Although its etiolo...
The aim of this article was to present the results of a preliminary study on the stress distribution...
During adolescent growth, vertebrae and intervertebral discs undergo various geometrical changes. Al...
In this study, a finite element model of the L2-L3 body-disc-body unit was developed.Master of Scien...