Calcium phosphate (CP) nanostructure formation using a phospholipid vesicle (PV) template was investigated in a simulated body fluid. The CP nanoshells surrounding a PV/water core (diameter: 194 nm) were successfully prepared to show the hybrid nanostructures. The lyophilized cast films of the nanohybrids exhibited the CP/PV arrangements at nanometer scales as well as osteoblast-like cell adhesion/proliferation, suggesting cytocompatible nanohybrid structures
Porous anodic alumina template has been employed, in the presence of a precipitation reaction involv...
Biphasic calcium phosphate nanoparticles comprising both hydroxyapatite (HA) and β polymorph of tric...
Biocements formed from the composition Ca/P have been studied and developed since 1983. These biomat...
Microtubular structures were self-assembled in aqueous media from a newly synthesized bolaamphiphile...
The intercellular material in bone is a nanocomposite of aligned “hard” inorganics—calcium phosphate...
In hard tissues of vertebrates, calcium phosphate (CaP) biomineralization is a fascinating process t...
Organisms use "soft" organic compartments to control the morphology of the embedded "hard" minerals....
International audienceSimulated body fluids (SBFs) that mimic human blood plasma are widely used med...
International audienceCarboxylated, sulfated and/or phosphorylated surfaces are admitted as potentia...
Biofluids that contain stable calcium phosphate nanoclusters sequestered by phosphopeptides make it ...
In the present study, we demonstrated that calcium phosphate (Cap) nanoparticles formed in cell cult...
Recent developments in biomineralization have already demonstrated that nanosized particles play an ...
two rows: TEM images of various nanostructured calcium phosphates. The last row: SEM images of nanos...
Calcium phosphates (CaPs) are very useful biomaterials in bone tissue engineering due to their excel...
Despite the progress, nanostructured calcium phosphates have the potential to improve the field of h...
Porous anodic alumina template has been employed, in the presence of a precipitation reaction involv...
Biphasic calcium phosphate nanoparticles comprising both hydroxyapatite (HA) and β polymorph of tric...
Biocements formed from the composition Ca/P have been studied and developed since 1983. These biomat...
Microtubular structures were self-assembled in aqueous media from a newly synthesized bolaamphiphile...
The intercellular material in bone is a nanocomposite of aligned “hard” inorganics—calcium phosphate...
In hard tissues of vertebrates, calcium phosphate (CaP) biomineralization is a fascinating process t...
Organisms use "soft" organic compartments to control the morphology of the embedded "hard" minerals....
International audienceSimulated body fluids (SBFs) that mimic human blood plasma are widely used med...
International audienceCarboxylated, sulfated and/or phosphorylated surfaces are admitted as potentia...
Biofluids that contain stable calcium phosphate nanoclusters sequestered by phosphopeptides make it ...
In the present study, we demonstrated that calcium phosphate (Cap) nanoparticles formed in cell cult...
Recent developments in biomineralization have already demonstrated that nanosized particles play an ...
two rows: TEM images of various nanostructured calcium phosphates. The last row: SEM images of nanos...
Calcium phosphates (CaPs) are very useful biomaterials in bone tissue engineering due to their excel...
Despite the progress, nanostructured calcium phosphates have the potential to improve the field of h...
Porous anodic alumina template has been employed, in the presence of a precipitation reaction involv...
Biphasic calcium phosphate nanoparticles comprising both hydroxyapatite (HA) and β polymorph of tric...
Biocements formed from the composition Ca/P have been studied and developed since 1983. These biomat...