NOVELTY - The bone substitute is made in one piece from cement phosphocalcium materials consolidated chemically at low temperature and in presence of water. USE - In medicine, as artificial bone graft. ADVANTAGE - Macroporous structure promotes resorption of the substitute while ensuring the best initial mechanical properties and their preservation until the graft is replaced by the newly formed bone. DETAILED DESCRIPTION - Bone substitute is made in one piece from cement phosphocalcium materials consolidated chemically at low temperature and in presence of water. The substitute has at least one elongated interstice of approximately constant cross-section and preferably contains at least one main network system (I) and optional second syste...
We studied a new injectable biomaterial for bone and dental surgery consisting of a hydrophilic poly...
Alloplasts are synthetic, inorganic, biocompatible bone substitutes that function as defect fillers ...
9th European Meeting on Injectable Bone and Joint Substitution Materials, LAUSANNE, SWITZERLAND, MAR...
Bone replacement might have been practiced for centuries with various materials of natural origin, b...
A variety of ceramics and polymers exists that can be used as bone substitute materials with desirab...
The aim of this study was to obtain a biodegradable porous calcium phosphate implants as synthetic b...
Background: Many different bone substitutes, such as autografts, allografts or synthetic biomaterial...
Two formulations of biphasic injectable bone substitutes have been developed for the treatment of bo...
Abstract Bone substitutes – In trauma and orthopedic surgery the use of autograft is a first choice...
Bone substitutes are being increasingly used in surgery as over two millions bone grafting procedure...
Bone cements are used both as stabilizing prosthesis and bone filler in orthopedic surgeries. Among ...
DE 10201340 A UPAB: 20031006 NOVELTY - In bone substitute material, comprising calcium phosphate, wh...
International audienceA new injectable and self-crosslinkable bone substitute (IBS2) was developed f...
Bone substitutes, like calcium phosphate, are implemented more frequently in orthopaedic surgery to ...
In this work, a calcium phosphate implant structure, mimicking the natural structure of long bones (...
We studied a new injectable biomaterial for bone and dental surgery consisting of a hydrophilic poly...
Alloplasts are synthetic, inorganic, biocompatible bone substitutes that function as defect fillers ...
9th European Meeting on Injectable Bone and Joint Substitution Materials, LAUSANNE, SWITZERLAND, MAR...
Bone replacement might have been practiced for centuries with various materials of natural origin, b...
A variety of ceramics and polymers exists that can be used as bone substitute materials with desirab...
The aim of this study was to obtain a biodegradable porous calcium phosphate implants as synthetic b...
Background: Many different bone substitutes, such as autografts, allografts or synthetic biomaterial...
Two formulations of biphasic injectable bone substitutes have been developed for the treatment of bo...
Abstract Bone substitutes – In trauma and orthopedic surgery the use of autograft is a first choice...
Bone substitutes are being increasingly used in surgery as over two millions bone grafting procedure...
Bone cements are used both as stabilizing prosthesis and bone filler in orthopedic surgeries. Among ...
DE 10201340 A UPAB: 20031006 NOVELTY - In bone substitute material, comprising calcium phosphate, wh...
International audienceA new injectable and self-crosslinkable bone substitute (IBS2) was developed f...
Bone substitutes, like calcium phosphate, are implemented more frequently in orthopaedic surgery to ...
In this work, a calcium phosphate implant structure, mimicking the natural structure of long bones (...
We studied a new injectable biomaterial for bone and dental surgery consisting of a hydrophilic poly...
Alloplasts are synthetic, inorganic, biocompatible bone substitutes that function as defect fillers ...
9th European Meeting on Injectable Bone and Joint Substitution Materials, LAUSANNE, SWITZERLAND, MAR...