The hard matrix in which bone cells are embedded is composed of calcium and phosphorus compounds.
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The strength and non-flexibility of bones provide a rigid framework that supports the body, protects organs, and anchors muscles effectively, enabling movement and structural integrity.
Bone forms the framework that supports the body, anchors the muscles, and supports the main organs of the body.
Blood flows and transports gases, digested food, hormones, and waste materials to different parts of the body.
Red blood corpuscles (RBCs), white blood corpuscles (WBCs), and platelets are suspended in the plasma of blood.
The nature of the matrix in connective tissue varies according to the function of the particular tissue. It can be jelly-like, fluid, dense, or rigid, allowing the connective tissue to fulfill different roles in the body, such as providing support, ...
Blood is considered a type of connective tissue because, like other connective tissues, its cells are loosely spaced and embedded in an intercellular matrix. This matrix allows blood to perform its function of connecting different parts of the body by ...
Glandular epithelium is specialized epithelial tissue that forms glands capable of secreting substances at the epithelial surface.
Gland cells arise from epithelial tissue when a portion of the epithelium folds inward, forming a multicellular gland.
Cuboidal epithelium lines the kidney tubules and ducts of salivary glands, providing mechanical support.