Micro-Macro Biphasic Calcium Phosphate
Resorbable
Homogenous distribution of 60% HA (Hydroxyapatite) and 40% ß-TCP(ßeta-TriCalcium Phosphate) crystalline structure
HA is the closest synthetic equivalent to human bone mineral (biological apatite crystals), is biocompatible and bioactive “in-vivo”
TCP is recognized to have great bioactivity, fast dissolution to promote the ionic exchange (Calcium and Phosphorus ions)
Osteoconductive
Macro-pores guide bony cells into the heart of the MBCP™ structure
Architecture
100% regeneration into a new lamellar or haversian bone. New vascularized, mineralized andarchitectural bone
Safe
100% synthetic, no possibility of disease transmission with 30 years of clinical background
Homogenous distribution of 60% HA (Hydroxyapatite) and 40% ß-TCP(ßeta-TriCalcium Phosphate) crystalline structure
HA is the closest synthetic equivalent to human bone mineral (biological apatite crystals), is biocompatible and bioactive “in-vivo”
TCP is recognized to have great bioactivity, fast dissolution to promote the ionic exchange (Calcium and Phosphorus ions)
Osteoconductive
Macro-pores guide bony cells into the heart of the MBCP™ structure
Architecture
100% regeneration into a new lamellar or haversian bone. New vascularized, mineralized andarchitectural bone
Safe
100% synthetic, no possibility of disease transmission with 30 years of clinical background
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