AIM: To measure the time-dependent (viscoelastic) behavior in the change of the small intestinal opening angle and to test how well the behavior could be described by the Kelvin model for a standard linear solid. METHODS: Segments from the duodenum, jejunum, and ileum were harvested from 10 female Wistar rats and the luminal diameter, wall thickness, and opening angle over time (θ(t)) were measured from rings cut from these segments. RESULTS: Morphometric variations were found along the small intestine with an increase in luminal area and a decrease in wall thickness from the duodenum to the ileum. The opening angle obtained after 60 min was highest in the duodenum (220.8±12.9°) and decrease
Active capsule robots are studied widely all over the world, and various prototypes have been devise...
Several functions of the large intestine depend on its morphology and biomechanical properties. Sinc...
The aim of the paper is the morphometry of lymphoid aggregations of small intestine. The linear dime...
OBJECTIVES: To investigate the segment- and time-related changes in rat short bowel syndrome (SBS) a...
Abstract Background To obtain a more detailed description of the stress-free state of the intestinal...
Shear deformation induced by shear stress is one of the major forms of interaction between the locom...
An integrated experimental and computational procedure is provided for the evaluation of the biomech...
PURPOSE: To analyze the small intestinal mucosa ultrastructure, and to characterize the enterocyte l...
In spite of the widespread use of rats in gastrointestinal research, there is a lack of information ...
The research for viscoelasticity of small intestine become significant in engineering due to the dev...
The understanding of mixing and mass transfers of nutrients and drugs in the small intestine is of p...
The purpose of this study was to investigate if experimental alloxanic diabetes could cause qualitat...
The understanding of mixing and mass transfers of nutrients and drugs in the small intestine is of p...
<p>In order to verify our image processing method, we applied the exact same preparation and stainin...
OBJECTIVES: The purpose of this study was to present an experimental model of short bowel syndrome (...
Active capsule robots are studied widely all over the world, and various prototypes have been devise...
Several functions of the large intestine depend on its morphology and biomechanical properties. Sinc...
The aim of the paper is the morphometry of lymphoid aggregations of small intestine. The linear dime...
OBJECTIVES: To investigate the segment- and time-related changes in rat short bowel syndrome (SBS) a...
Abstract Background To obtain a more detailed description of the stress-free state of the intestinal...
Shear deformation induced by shear stress is one of the major forms of interaction between the locom...
An integrated experimental and computational procedure is provided for the evaluation of the biomech...
PURPOSE: To analyze the small intestinal mucosa ultrastructure, and to characterize the enterocyte l...
In spite of the widespread use of rats in gastrointestinal research, there is a lack of information ...
The research for viscoelasticity of small intestine become significant in engineering due to the dev...
The understanding of mixing and mass transfers of nutrients and drugs in the small intestine is of p...
The purpose of this study was to investigate if experimental alloxanic diabetes could cause qualitat...
The understanding of mixing and mass transfers of nutrients and drugs in the small intestine is of p...
<p>In order to verify our image processing method, we applied the exact same preparation and stainin...
OBJECTIVES: The purpose of this study was to present an experimental model of short bowel syndrome (...
Active capsule robots are studied widely all over the world, and various prototypes have been devise...
Several functions of the large intestine depend on its morphology and biomechanical properties. Sinc...
The aim of the paper is the morphometry of lymphoid aggregations of small intestine. The linear dime...