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Bone Surgery Cement RTU
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CALCIUM-PHOSPHATE BONE SUBSTITUTES:
NATURAL COMPOSITION, HIGH POROSITY
VDS BONE SURGERY RTU, ready-to-use highly injectable self-hardening calcium-phosphate cement, is made from tricalcium phosphate (α-TCP) and ortho-phosphate salts that after crystallization give rise to calcium-deficient apatite crystals. This is chemically close to the mineral components in natural bone. Therefore, the product becomes well integrated in the bone matrix, resorbed by osteoclasts, and progressively replaced by newly formed bone.
The RTU cement has a full range of micro, meso and macropores that makes it highly porous. This supports osteoconduction, facilitates cell colonization and biological fluid penetration, which promote bone remodeling and formation.
In addition, once injected, it makes close contact with the adjacent bone, providing mechanical support and promoting new bone formation. Its highly injectable and fast self-setting properties give you the possibility to save time and improve the efficiency of your bone surgeries.
Description
CALCIUM-PHOSPHATE BONE SUBSTITUTES:
NATURAL COMPOSITION, HIGH POROSITY
VDS BONE SURGERY RTU, ready-to-use highly injectable self-hardening calcium-phosphate cement, is made from tricalcium phosphate (α-TCP) and ortho-phosphate salts that after crystallization give rise to calcium-deficient apatite crystals. This is chemically close to the mineral components in natural bone. Therefore, the product becomes well integrated in the bone matrix, resorbed by osteoclasts, and progressively replaced by newly formed bone.
The RTU cement has a full range of micro, meso and macropores that makes it highly porous. This supports osteoconduction, facilitates cell colonization and biological fluid penetration, which promote bone remodeling and formation.
In addition, once injected, it makes close contact with the adjacent bone, providing mechanical support and promoting new bone formation. Its highly injectable and fast self-setting properties give you the possibility to save time and improve the efficiency of your bone surgeries.
