Table of Contents
- 1 Which connective tissue which has parallel arrangement of collagen fibers and could be found in the ligaments or tendons?
- 2 Which type of connective tissue is going to have a matrix the highest in collagen?
- 3 Which kind of connective tissue has collagen fibers aligned parallel to each other quizlet?
- 4 What is the matrix composed of?
Which connective tissue which has parallel arrangement of collagen fibers and could be found in the ligaments or tendons?
Dense Regular Connective Tissue
Dense Regular Connective Tissue In this type of tissue, the collagen fibres are densely packed, and arranged in parallel. This type of tissue is found in ligaments (which link bone to bone at joints) and tendons (connections between bones or cartilage and muscle).
Which kind of connective tissue has collagen fibers aligned parallel to each other?
Dense regular connective tissue has the collagen fibers aligned parallel to each other. This arrangement provides the tissue with high unidirectional resistance to stress. The best dense regular connective tissue examples are the tendons and ligaments.
What specialized type of connective tissue consists mostly of collagen in a watery matrix?
Fibrous Connective Tissue Fibrous connective tissues contain large amounts of collagen fibers and few cells or matrix material.
Which type of connective tissue is going to have a matrix the highest in collagen?
Loose (areolar connective tissue) is the most abundant form of collagenous connective tissue. It occurs in small, elongated bundles separated by regions that contain ground substance. Dense connective tissue is enriched in collagen fibers with little ground substance.
What is the matrix composed of in elastic cartilage?
In elastic cartilage, they are organised into elastic fibers, which make up a threadlike network or matrix. This matrix is composed of glycosaminoglycans, proteoglycans and multiadhesive glycoproteins. It is combined with elastic lamellae, and type II collagen.
What are the components of the matrix in connective tissues?
Connective tissue has three main components: cells, fibers, and ground substance. Together the ground substance and fibers make up the extracellular matrix.
Which kind of connective tissue has collagen fibers aligned parallel to each other quizlet?
areolar tissue. Which kind of connective tissue has collagen fibers aligned parallel to each other? superficial fascia between skin and muscle.
What is connective tissue and extracellular matrix composed of?
Connective tissue, also called extracellular matrix, is composed of 2 types of large biomolecules: proteoglycans and fibrous proteins such as collagen, laminin, fibronectin and elastin.
Are collagen fibers present in elastic cartilage matrix?
Elastic or yellow cartilage contains elastic fiber networks and collagen fibers. The principal protein is elastin. Elastic cartilage is histologically similar to hyaline cartilage but contains many yellow elastic fibers lying in a solid matrix. These fibers form bundles that appear dark under a microscope.
What is the matrix composed of?
Two main classes of extracellular macromolecules make up the matrix: (1) polysaccharide chains of the class called glycosaminoglycans (GAGs), which are usually found covalently linked to protein in the form of proteoglycans, and (2) fibrous proteins, including collagen, elastin, fibronectin, and laminin, which have …
What are the components of the matrix?
The extracellular matrix has three major components:
- Highly viscous proteoglycans (heparan sulfate, keratan sulfate, chondroitin sulfate), which cushion cells.
- Insoluble collagen fibers, which provide strength and resilience.
Which type of tissue produces a matrix that surrounds and supports cells?
connective tissue cells
Unlike epithelial tissue, which is composed of cells closely packed with little or no extracellular space in between, connective tissue cells are dispersed in a matrix. The matrix usually includes a large amount of extracellular material produced by the connective tissue cells that are embedded within it.