collagen fiber
collagen fibre
collagenous fiber
collagenous fibre

At this point, the collagen fibers are changed into bone tissue.

Collagen fibers in bones help keep them strong and structurally sound.

Their purpose is not known for sure but they may serve as claws to bring the collagen fiber to the active center.

They interact with free radicals, which then attack collagen fibers in the skin.

These collagen fibers are used as a framework for the osteoblasts work.

In the 1970s, they created a polymer with collagen fibers and sugar molecules.

It was the collagen fiber that bent, then snapped and dangled free.

As cells move along the collagen fibers they generate forces that contract the gel.

This links the tiny collagen fibers together sealing the wound.

Excessive strain on a tendon can damage its collagen fibers.

But the domain may also have a role in helping to home in on the collagen fibers.

These tendons can sustain traction forces thanks to their collagen fibers.

Cord of collagen fibers that attaches a muscle to bone.

The cross-links result in the formation of very strong mature type I collagen fibers.

And as she spoke, the prow of the ship began to pass the collagen fiber, with little room to spare.

Sunlight damages collagen fibers (the major protein that gives structure to the skin).

It is composed of strong collagen fibers and helps the cornea maintain its shape.

Horses in intense training, especially those that were not conditioned properly, may damage many collagen fibers.

The high density of collagen fibers is what gives the deep fascia its strength and integrity.

The random orientation of collagen fibers in skin provides the ability to withstand pinpoint forces.

Collagen fibers from the inside of the muscle are the same as those of the tendon.

In all directions, the collagen fibers could be made out, overlapping and blocking them in.

But once the smoke coated the collagen fibers, a change took place that kept the leather soft even through a washing.

Their length and hollow nature argue against of them being subdermal structures such as collagen fibers.

In particular, it is the collagen fibers and the calcium salts that help to strengthen bone.

Investigation showed that the collagen fibres in the cat's skin were abnormal.

A similar arrangement of collagen fibres has been discovered in dolphins and squid.

The collagen fibres of the vitreous are held apart by electrical charges.

The cytoplasm is stretched between the collagen fibres of the tendon.

In addition when sliced into splits the collagen fibres running at significant angles to the skin surface will be cut.

He defends the presence of collagen fibres at the bone-implant interface.

Small groups of these cells become surrounded by collagen fibre bundles in what are known as micronodules.

Such myofibroblast type cells were focally surrounded by mature collagen fibres.

Most tendons are mostly made of highly aligned collagen fibres which do not permit stretching.

Several layers of collagen fibres make up the submucosa of the human colon.

These wattles, which are most conspicuous during the breeding season, get their colour from arrays of collagen fibres.

The collagen fibre bundles in cattle hide are arranged in a complex weaving pattern.

To keep itself safe in these crevices, the sea cucumber hooks up all its collagen fibres to make its body firm again.

Young skin contains well formed Collagen fibres, a natural biological material which is vital in helping to maintain the skins youthful appearance.

Lophocytes are amoeba-like cells that move slowly through the mesohyl and secrete collagen fibres.

It was supported internally by collagen fibres and externally by keratinous ridges.

Some contention has arisen with an alternative interpretation of the filamentous impression as remains of collagen fibres.

Collagen fibre bundle splitting.

In Van Gieson's picro-fuchsine, acid fuchsine imparts its red colour to collagen fibres.

Dentine can be as hard as the rest of teeth, and is composed of collagen fibres, reinforced with hydroxyapatite.

Collagen fibres coalesce into macroaggregates.

More collagen fibres run in a temporal-nasal direction than run in the superior-inferior direction.

The blood vessels also bring fibroblasts in the walls of the vessels and these multiply and produce collagen fibres.

Bone is normally strong because it consists of a lattice-work of collagen fibres with calcium, the chalk-like material, in the gaps.

Of these proteins α-tectorin and β-tectorin form the striated sheet matrix that regularly organises the collagen fibres.

These active cells produce collagenous fibers and ground substance.

The collagenous fibers are usually placed in an orderly arrangement parallel to tension on the tissue.

The repaired region contains an abnormally large number of collagenous fibers, and relatively few blood vessels.

It consists primarily of collagenous fibers.

The fibrous layer contains fibroblasts, which produce collagenous fibers.

The macula flava is composed of fibroblasts, ground substances, elastic and collagenous fibers.

Reticular and collagenous fibers were seen to run along the edges of the VF throughout the entire lamina propria.

The ligaments were probably made of collagenous fibers that acted as springs to move the tail back into a resting position after energy was stored in them.

Unlike bony fish, sharks have a complex dermal corset made of flexible collagenous fibers and arranged as a helical network surrounding their body.

Periosteum is attached to bone by strong collagenous fibers called Sharpey's fibres, which extend to the outer circumferential and interstitial lamellae.

The left ventricle of the heart may show increased thickness as a result of unusually high concentrations of elastic, collagenous fibers (endocardial fibroelastosis).

The SLP has fewer elastic and collagenous fibers than the two other layers, and thus is looser and more pliable.

The ILP is mostly composed of elastic fibers, while the DLP has fewer elastic fibers, and more collagenous fibers.

Sharpey's fibers are portions of the principal collagenous fibers of the periodontal ligament embedded in the cementum and alveolar bone to attach the tooth to the alveolus.

In those two layers, which form what is known as the vocalis ligament, the elastic and collagenous fibers are densely packed as bundles that run almost parallel to the edge of the vocal fold.

Collagenous fibers: collagenous fibers are made of collagen and consist of bundles of fibrils that are coils of collagen molecules.

"Ligament" most commonly refers to a band of tough, fibrous dense regular connective tissue bundles, comprising attenuated collagenous fibers; with said bundles protected by dense irregular connective tissue sheaths.

The intermediate layer of the lamina propria is primarily made up of elastic fibers while the deep layer of the lamina propria is primarily made up of collagenous fibers.

While the SLP is rather poor in elastic and collagenous fibers, the ILP and DLP are mostly composed of it, with the concentration of elastic fibers decreasing and the concentration of collagenous fibers increasing as the vocalis muscle is approached.

Unlike bony fish, the sharks have a complex dermal corset made of flexible collagenous fibres and arranged as a helical network surrounding their body.

Sharpey's fibers (bone fibers, or perforating fibres) are a matrix of connective tissue consisting of bundles of strong collagenous fibres connecting periosteum to bone.