Journal: Dental clinics of North America

Article Title: Biomaterials For Craniofacial Bone Regeneration

doi: 10.1016/j.cden.2017.06.003

Figure Lengend Snippet: Calcium phosphate compounds and their solubility/degradation properties

Article Snippet: In fact it has been suggested that these less crystalline phases with lower solubility than sintered CaPs have superior biological properties [ 19 ]. table ft1 table-wrap mode="anchored" t5 caption a7 Commercial name Formulations End product Company name Applications Biopex® 75 wt% α-TCP, 18 wt% TTCP, 5 wt% DCPD and 2 wt% HA Apatite Mitsubishi Materials Bone defect repair, Reinforcement of orthopedic screws and implants, Filling gaps between cement-less artificial joints and bone Norian SRS® MCPM + α-TCP + CaCO3 Apatite DePuy Synthes Skeletal distal radius fractures, craniofacial BoneSource™ TTCP (73%), DCPD (27%) Apatite Stryker Leibinger Craniofacial ChronOS™ β-TCP (73%), MCPM (21%), MgHPO 4 ·3H 2 O (5%) Brushite DePuy Synthes Metaphyseal bone defects, cranioplasty, Onlay Augmentations in the craniomaxillofacial area α-BSM® ACP (50%), DCPD (50%) Apatite ETEX Filling of bone defects and voids, dental, craniofacial Cementek ® α-TCP, TTCP Apatite Teknimed Filling of bone defects Biocement D® 58% α-TCP, 24% DCPA, 8.5% CaCO3, 8.5% calcium-deficient HA Apatite Merck (GER) Biomet Filling of bone defects in maxillary surgery Mimix™ TTCP, α-TCP Apatite Walter Lorenz Surgical Bony contouring of craniofacial skeleton, craniotomy cuts Calcibon® α-TCP, DCPA, CaCO3, HA Carbonated apatite Biomet Inc.

Techniques: Solubility

Journal: Dental clinics of North America

Article Title: Biomaterials For Craniofacial Bone Regeneration

doi: 10.1016/j.cden.2017.06.003

Figure Lengend Snippet: List of representative commercially available Calcium Orthophosphate Cements

Article Snippet: In fact it has been suggested that these less crystalline phases with lower solubility than sintered CaPs have superior biological properties [ 19 ]. table ft1 table-wrap mode="anchored" t5 caption a7 Commercial name Formulations End product Company name Applications Biopex® 75 wt% α-TCP, 18 wt% TTCP, 5 wt% DCPD and 2 wt% HA Apatite Mitsubishi Materials Bone defect repair, Reinforcement of orthopedic screws and implants, Filling gaps between cement-less artificial joints and bone Norian SRS® MCPM + α-TCP + CaCO3 Apatite DePuy Synthes Skeletal distal radius fractures, craniofacial BoneSource™ TTCP (73%), DCPD (27%) Apatite Stryker Leibinger Craniofacial ChronOS™ β-TCP (73%), MCPM (21%), MgHPO 4 ·3H 2 O (5%) Brushite DePuy Synthes Metaphyseal bone defects, cranioplasty, Onlay Augmentations in the craniomaxillofacial area α-BSM® ACP (50%), DCPD (50%) Apatite ETEX Filling of bone defects and voids, dental, craniofacial Cementek ® α-TCP, TTCP Apatite Teknimed Filling of bone defects Biocement D® 58% α-TCP, 24% DCPA, 8.5% CaCO3, 8.5% calcium-deficient HA Apatite Merck (GER) Biomet Filling of bone defects in maxillary surgery Mimix™ TTCP, α-TCP Apatite Walter Lorenz Surgical Bony contouring of craniofacial skeleton, craniotomy cuts Calcibon® α-TCP, DCPA, CaCO3, HA Carbonated apatite Biomet Inc.

Techniques: