Detail publikace
BIAXIAL STRETCH CAN HELP IN CORRECT INTERPRETATION OF COLLAGEN FIBRE ORIENTATION HISTOGRAMS
TURČANOVÁ, M. FISCHER, J. HERMANOVÁ, M. BEDNAŘÍK, Z. BURŠA, J.
Anglický název
BIAXIAL STRETCH CAN HELP IN CORRECT INTERPRETATION OF COLLAGEN FIBRE ORIENTATION HISTOGRAMS
Typ
článek ve sborníku mimo WoS a Scopus
Jazyk
en
Originální abstrakt
Structure-based constitutive models of arterial wall are important in biomechanical analyses. The most common models assume two symmetric fibre families, either perfectly aligned or dispersed [1], [2]. This assumption is seldom confirmed by histological analyses and the bimodal distribution of fibres may come from fibre waviness and from ignoring the differences between local and global orientations. This study applies automated polarized light microscopy for detecting the collagen fibre directions in porcine aorta under different types of biaxial extension eliminating the effect of waviness.
Anglický abstrakt
Structure-based constitutive models of arterial wall are important in biomechanical analyses. The most common models assume two symmetric fibre families, either perfectly aligned or dispersed [1], [2]. This assumption is seldom confirmed by histological analyses and the bimodal distribution of fibres may come from fibre waviness and from ignoring the differences between local and global orientations. This study applies automated polarized light microscopy for detecting the collagen fibre directions in porcine aorta under different types of biaxial extension eliminating the effect of waviness.
Klíčová slova anglicky
collagen fibre; polarized light microscopy; histology; fibre waviness
Vydáno
09.07.2023
Nakladatel
ESB
Místo
Maastricht
Kniha
ESB 2023 BOOK OF ABSTRACTS
Číslo edice
28
Počet stran
1
BIBTEX
@inproceedings{BUT184914,
author="Michaela {Turčanová} and Jiří {Fischer} and Markéta {Hermanová} and Zdeněk {Bednařík} and Jiří {Burša},
title="BIAXIAL STRETCH CAN HELP IN CORRECT INTERPRETATION OF COLLAGEN FIBRE ORIENTATION HISTOGRAMS",
booktitle="ESB 2023 BOOK OF ABSTRACTS",
year="2023",
month="July",
publisher="ESB",
address="Maastricht"
}