Vascular plants have two types of tissues rather vascular bundles called Xylem and Phloem. These vascular bundles conduct mineralized water (xylem sap) and organic nutrients (photosynthate, particularly sucrose) respectively to various parts of the plant body.
The gel-like connective tissue called ground substance is about 50% water. Ground substance occupies the space between cells and fibers in connective tissues and provides support and hydration to the tissue.
No, not all body tissues are considered soft tissues. Soft tissues include muscles, tendons, ligaments, skin, fat, and blood vessels. Other tissues like bones and cartilage are considered to be hard tissues.
Connective Tissues Do
Connective tissues.
Yes it is.
Cows have endoskeletons. An endoskeleton is found inside the body and is composed of mineralized tissues. Some sponges and symmetrical marine animals also have endoskeletons.
Both cartilage and bone contain a type of structural protein called collagen. Collagen fibers provide strength and flexibility to these tissues, allowing them to withstand pressure and tension. Additionally, both tissues have a matrix that supports cells; in cartilage, this matrix is more gel-like, while in bone, it is mineralized and rigid.
The most mineralized tissue in the body is enamel, which is the hard outer layer of the teeth. It is primarily composed of hydroxyapatite, a mineralized form of calcium phosphate that makes it the hardest substance in the human body. Enamel provides protection to the underlying dentin and helps in chewing and biting food.
The matrix of cartilage is not mineralized; it is primarily composed of water, collagen fibers, and proteoglycans, which provide elasticity and resilience. Unlike bone, which has a mineralized matrix rich in hydroxyapatite, cartilage maintains its flexible and supportive structure without mineralization. This lack of mineralization allows cartilage to serve its functions in joints and other areas effectively.
Dentine is similar to bone in that both are hard tissues composed of a mineralized matrix, primarily made up of collagen fibers and hydroxyapatite crystals. Additionally, like bone, dentine contains living cells; odontoblasts in dentine and osteocytes in bone. Both tissues also have the capacity for some level of remodeling and repair, although dentine's ability to regenerate is more limited compared to bone.
Mineralized fossils can be found in sedimentary rocks such as shale, limestone, and sandstone. They are often located in areas where there was once a high concentration of marine life, such as ancient seabeds or riverbeds. Paleontologists and fossil collectors frequently search for mineralized fossils in regions known for their fossil-rich deposits.
They are encased in mineralized bone matrix. So basically it is embedded in bone.
It is called replacement .
Copaline, which is a partly mineralized copal dug from the ground.
Vascular plants have two types of tissues rather vascular bundles called Xylem and Phloem. These vascular bundles conduct mineralized water (xylem sap) and organic nutrients (photosynthate, particularly sucrose) respectively to various parts of the plant body.
The shell membrane is a thin tissue structure upon which the mineralized shell is built.