Like all connective tissue, dense regular connective tissue is composed of cells, in this case fibroblast cells (fiber producing cells), fibers (elastin and collagen), as well as a jelly-like extracellular matrix called ground substance.
http://study.com/academy/lesson/dense-regular-connective-tissue-location-function.html
Example: Tendons are composed of dense regular connective tissue. Dense regular connective tissue contains densely packed collagen fibers that run in the same direction. The fibroblast nuclei (stained purple) are quite flat. Arrows indicate three fibroblast nuclei.
http://www.eugraph.com/histology/ctprop/dreg.html
Sheets of dense connective tissue cover muscles, separate neighbouring muscles and also serve to give attachment to muscle fibres. The largest single mass of dense connective tissue is seen as the dermis (specifically, the reticular dermis) of the skin. In some animals the dermis is thick enough to be processed as leather. In larger sheets, collagen fibres run in all directions to give strength against multidirectional forces.
http://www.lab.anhb.uwa.edu.au/hsd212/02weekpages/WK02/OldPages/week02_4labHistPG04.htm
In this lesson, you'll explore what dense regular connective tissue is, what elements compose the structure of this tissue, where it is found in the body, as well as what unique functions this tissue serves within your body.
http://study.com/academy/lesson/dense-regular-connective-tissue-location-function.html
Dense regular connective tissue is composed of three main components: fiber producing cells, fibers, and an extracellular fluid matrix. Fibroblast cells are fiber-producing cells whose role it is to repair and produce the collagen and elastin fibers of the tissue.
http://study.com/academy/lesson/dense-regular-connective-tissue-location-function.html
Dense Connective Tissue. Dense connective tissue is for strength! The compact arrangement of collagen fibres serves to resist stretch. bands of such connective tissue are used to join bones (capsules and ligaments of joints) and as tendons to connect muscles to bones.
http://www.lab.anhb.uwa.edu.au/hsd212/02weekpages/WK02/OldPages/week02_4labHistPG04.htm
Connective tissue proper: Dense regular connective tissue. Dense regular connective tissue contains densely packed collagen fibers that run in the same direction. The fibroblast nuclei (stained purple) are quite flat. Arrows indicate three fibroblast nuclei.
http://www.eugraph.com/histology/ctprop/dreg.html
They are appropriately called fibrocytes as against 'fibroblasts' which are active cells. the cells are flattented amongst the collagen bundles, their cytoplasm hardly visible and the nuclei are flat. in regular dense connective tissue (tendons) the collagen bundles are more-or-less parallel and so are the rows of fibrocyte nuclei.
http://www.lab.anhb.uwa.edu.au/hsd212/02weekpages/WK02/OldPages/week02_4labHistPG04.htm
Elastin fibers are the other type of fiber found in dense regular connective tissue. They are much thinner than collagen fibers, and they allow a higher degree of stretch than collagen alone. Elastin fibers work like elastic bands.
http://study.com/academy/lesson/dense-regular-connective-tissue-location-function.html
Here, we are going to explore one of the fibrous types known as dense regular connective tissue. Dense regular connective tissue is an extremely important type of connective tissue that provides the structures that they bind and/or encase a great deal of protection because they are strong yet flexible.
http://study.com/academy/lesson/dense-regular-connective-tissue-location-function.html
dense regular connective tissue
Dense regular connective tissue is a connective tissue that provides the structures that they bind and encase a great deal of protection. Dense regular connective tissue is an extremely important type of connective tissue that provides the structures that they bind and/or encase a great deal of protection because they are strong yet flexible.