Biomimetic calcium phosphate coating (CaP) methodology mimics the natural biomineralization process of bone, which involves two phases: nucleation and growth. In this chapter we present a successful method to coating biodegradable natural-origin materials with biomimetic CaP layer as a strategy to incorporate enzymes with the main aim of controlling and tailoring their degradation over time. This strategy seems to enhance the bone-bonding, osteoconductive, and osteoinductive properties of natural-origin biomaterials that per se do not present these characteristics
The current study has focused on enzymatic decomposition of urea into carbon dioxide and ammonia as ...
The current study examines the enzymatic decomposition of urea into carbon dioxide and ammonia as a ...
Plasma-sprayed hydroxylapatite coatings on metallic prosthesis significantly increased the success ...
Biomimetic calcium phosphate coating (CaP) methodology mimics the natural biomineralization process ...
The biomimetic coating technique can be used to deposit layers of calcium phosphate (CaP) on medical...
The biomimetic coating technique can be used to deposit layers of calcium phosphate (CaP) on medical...
In this work, the possibility of incorporating proteins into calcium phosphate (Ca-P) coatings, prep...
The high incidence of bone defect cases necessitates a rapid development of cost-effective bone tiss...
Biomimetic techniques are used to deposit coatings of calcium phosphate upon medical devices. The pr...
International audienceBone mimicking coatings provide a complex microenvironment in which material, ...
Ti6Al4V as a common implant material features good mechanical properties and corrosion resistance. H...
The current study examines the enzymatic decomposition of urea into carbon dioxide and ammonia as a ...
When illness or trauma results in bone non-union that surpasses the self-regenerative capacity of ti...
The osseointegration rate of implants is related to their composition and surface roughness. Implant...
Polymers that are used in clinical practice as bone-defect-filling materials possess many essential ...
The current study has focused on enzymatic decomposition of urea into carbon dioxide and ammonia as ...
The current study examines the enzymatic decomposition of urea into carbon dioxide and ammonia as a ...
Plasma-sprayed hydroxylapatite coatings on metallic prosthesis significantly increased the success ...
Biomimetic calcium phosphate coating (CaP) methodology mimics the natural biomineralization process ...
The biomimetic coating technique can be used to deposit layers of calcium phosphate (CaP) on medical...
The biomimetic coating technique can be used to deposit layers of calcium phosphate (CaP) on medical...
In this work, the possibility of incorporating proteins into calcium phosphate (Ca-P) coatings, prep...
The high incidence of bone defect cases necessitates a rapid development of cost-effective bone tiss...
Biomimetic techniques are used to deposit coatings of calcium phosphate upon medical devices. The pr...
International audienceBone mimicking coatings provide a complex microenvironment in which material, ...
Ti6Al4V as a common implant material features good mechanical properties and corrosion resistance. H...
The current study examines the enzymatic decomposition of urea into carbon dioxide and ammonia as a ...
When illness or trauma results in bone non-union that surpasses the self-regenerative capacity of ti...
The osseointegration rate of implants is related to their composition and surface roughness. Implant...
Polymers that are used in clinical practice as bone-defect-filling materials possess many essential ...
The current study has focused on enzymatic decomposition of urea into carbon dioxide and ammonia as ...
The current study examines the enzymatic decomposition of urea into carbon dioxide and ammonia as a ...
Plasma-sprayed hydroxylapatite coatings on metallic prosthesis significantly increased the success ...