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∙ 12y agoConnective tissue and cartilage are avascular, meaning that they have no direct supply of blood flow. As such, it takes more time for nutrients and such to diffuse to that area. This is what causes the slower healing process. Some such areas that could be most affected would the be the meniscus of the knee and ligaments of the knee.
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∙ 12y agoWiki User
∙ 12y agoCartilage typically does not receive much of a blood supply, as opposed to muscles, for example. As such, it's slow to heal.
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∙ 14y agobecause they lack direct blood supplies
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∙ 12y agoBecause they are
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∙ 14y agobecauseit lacks direct blood supply
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∙ 12y agoThey have almost no lbood supply
Fibrous cartilage
The intervertebral discs are made of fibrocartilage, which is a type of connective tissue that has a combination of fibrous and cartilaginous components. This fibrocartilage structure allows the discs to provide cushioning and support between the vertebrae in the spine.
dorsal fins dense, fibrous connective tissue, with no bones or cartilage
cartilage
Sutures are only found in the skull. Sutures are classified as a Fibrous joint - and permit no movement. Sutures are connected by fibro cartilage. Fibrous cartilage is made up of dense irregular connective tissue.
Specialized types of connective tissue include adipose tissue, which is responsible for storing energy in the form of fat; cartilage, which provides support and flexibility to various structures in the body; and bone tissue, which provides strong support and protection for organs. Another specialized type is blood, which transports nutrients, gases, and waste products throughout the body.
cartilage consists of a dense fibrous tissue collagen fibre embedded in chondroitin substance. A membrane of irregular connective tissue covers most of the cartilages.there are different types of cartilages hyaline, elastic,fibrous based on composition.
Normal bone growth depends on factors such as genetics, nutrition, hormones (such as growth hormone and thyroid hormone), physical activity, and overall health. These factors work together to ensure proper development and maintenance of healthy bones.
Long bones contain compact bone tissue on the outer layer and spongy bone tissue on the inner layer. Compact bone provides strength and support, while spongy bone helps to reduce the bone's weight without compromising its strength.
The toughest cartilage in the body is the fibrocartilage, which is found in structures like the intervertebral discs and the meniscus of the knee joint. It is more dense and durable compared to other types of cartilage, allowing it to withstand heavy pressure and absorb shock effectively.
Cartilage is enclosed by a layer of dense connective tissue called the perichondrium, except on the articulating surfaces in joint cavities. The perichondrium has two layers-- a fibrous outer layer and an inner layer of cells with chondrogenic (cartilage-forming) potential. The chondrogenic cells undergo division and differentiate into chondroblasts.
Technically they are the same. Fibrous connective tissue is basically any kind of connective tissue different than adipose and areolar. The fibrous connective tissue has more fibroblast and collagen fiber (a characteristic of dense connective tissue) but no much of elastic fibers (which is the histological difference with cartilage). Of course, we have to exclude blood, lymph and bones from the fibrous tissues because they are specialized connective tissue and have totally different characteristics than dense and loose connective tissue.