Examples of 'cartilage can' in a sentence
Meaning of "cartilage can"
cartilage can - A term used to describe the tough, elastic connective tissue found in various parts of the body, such as the joints and ears. It is often referenced in the context of anatomy, physiology, or medical discussions
How to use "cartilage can" in a sentence
Basic
Advanced
cartilage can
Ligaments and cartilage can become ossified.
With the mentioned substances integration of the implant in the surrounding cartilage can be facilitated.
The degradation of cartilage can have various causes.
The cartilage can then be sculpted and bent back towards the head.
All three types of cartilage can be damaged.
The worn off cartilage can be regenerated if the treatment is accompanied by a balanced diet.
In some cases this cartilage can wear down.
Cartilage can withstand compressive forces and creates a low friction surface for a joint to glide on.
Sometimes the meniscus cartilage can be repaired during surgery.
Cartilage can be damaged by wear, injury or diseases.
Worn joints and broken down cartilage can also be a factor.
The cuneiform cartilage can be found sitting anterior and lateral to both arytenoids.
Excessive loading of the menisci and articular cartilage can lead to degenerative changes.
Damage to the cartilage can result in decreased normal hearing.
Over time, the damage to the cartilage can be severe.
See also
In this phase the cartilage can still recover and the disease is potentially reversible.
In some cases, a more sizable piece of cartilage can be removed.
Direct injury of cartilage can also cause injury to chondrocytes.
Basically, anywhere on the ear that has cartilage can be pierced.
The degeneration of cartilage can cause chronic inflammation in the joint.
Even the bones, the tendons and the cartilage can be assessed.
Defects in articular cartilage can induce osteoarthritis by causing molecular changes in the synovial fluid.
This is a great advantage, because damaged cartilage can result in inflammations.
The ipiphyseal cartilage can be distinguished from surrounding bone following staining with silver nitrate.
With a herniated disc, the splintered cartilage can irritate the nerves and.
The tip cartilage can be approached in 3 different ways.
With a herniated disk, the splintered cartilage can irritate the nerves and.
Cartilage can be combined with any of the following additional materials,.
The convolutions of the ear cartilage can be altered to correct a congenital prominence.
Cartilage can be obtained from any tissue containing hyaline, elastic or fibro-cartilage.
Removing the base of the alar cartilage can reduce the volume of the nostrils.
This cartilage can be damaged by a variety of mechanical, chemical and microbiological factors.
Damage to articular cartilage can be seen on x-ray.
Occasionally, cartilage from the ear or rarely a section of rib cartilage can be used.
However, all types of cartilage can become damaged.
Cartilage can be taken from various areas, notably from the articulating joint areas.
Damage the articular cartilage can be for several reasons,.
Our cartilage can wear thin over time, even without any specific injury to a joint.
Damage to the articular cartilage can occur for several reasons,.
In the extracellular matrix of the cartilage tissue, only type II cartilage can be seen.
But the truth is that cartilage can grow back, albeit slowly.
Cartilage can be harvested from the following 3 locations,.
As a last resort, people with withered cartilage can even undergo full joint replacements.
Cartilage can also be destroyed through trauma, injury, and repetitive actions.
Once the process is under way, the growing cartilage can be implanted where needed.
Damage to knee cartilage can be caused by trauma, repeated physical effort or incomplete development.
With continuous use and age, the hip cartilage can get damaged or worn down.
Even very tiny defects in cartilage can enlarge over time, setting the stage for osteoarthritis.
You should not move, Booth . With a herniated disk, the splintered cartilage can irritate the nerves, and.
Therefore, external forces applied to the cartilage can result in permanent changes to its shape ( 7-8 ).
