Canaliculi in bones are cytoplasmic processes between bone cells that form between the bone cells (osteocytes) before the extracellular matrix hardens, or ossifies.
They're basically extensions of the cytoplasm that connect the cells and allow communication and transfer of nutrients between the cells so they don't die.
Anatomically, a canaliculi is any small channel in the body.
Canaliculi are ossified channels that extend from lacunae throughout compact bone. Osteocytic filapodia extend into the canaliculi and form gap junctions with each other, thereby providing a surface for exchange of nitrogenous waste, CO2, and O2.
Canaliculi are small, microscopic canals between the various lacunae of ossified bone. The radiating processes of the osteocytes project into these canals
An osteoblast is a bone building cell. Osteo=bone, blast=build.
It is a bone cell. Osteo=bone+cyte=cell.Osteoblast build bone. Osteo=bone+blast=build.Osteoclasts break bone. -clast=break
Arthritis, Osteoprosis, Gout, and Muscular Dystrophy are diseases of the bone cell/bone.
A cell that are bone forming
From the nutrient arteries, to the cells. And it then pass from cell to cell through the canaliculi of their lacunae.
canaliculus is a small channel or canal, as in bones, where they connect to lacunae. Lacuna is a small shallow space in the bones in which the osteocytes lie.
Very small, sometimes microscopic canals are called as canaliculus. They are usually present in bones.
The small canals are called as Haversian canal. They contains the minute blood vessels.
The bone cell moves through the support of the muscles. The cell muscles will expand and contract which will result into movement of the bone cell.
A bone cell is a living cell, but bone tissue includes a non-living matrix
An osteoblast is a bone building cell. Osteo=bone, blast=build.
It is a bone cell. Osteo=bone+cyte=cell.Osteoblast build bone. Osteo=bone+blast=build.Osteoclasts break bone. -clast=break
The correct order is as follows: Mesenchymal stem cell - an unspecialized stem cell that can differentiate into various cell types, including bone cells. Osteoprogenitor cell - a partially differentiated cell that is committed to becoming a bone cell. Osteoblast - a bone-forming cell that synthesizes and secretes the matrix of bone. Osteocyte - a mature bone cell that maintains the structure and function of bone tissue.
Arthritis, Osteoprosis, Gout, and Muscular Dystrophy are diseases of the bone cell/bone.
A bone cell is a living cell, but bone tissue includes a non-living matrix
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