INIS
in vitro
100%
surfaces
100%
nanocomposites
100%
apatites
100%
citric acid
100%
citrates
33%
humans
11%
stem cells
11%
expansion
11%
nanoparticles
11%
concentration
11%
mass loss
11%
alkaline phosphatase
11%
scanning electron microscopy
5%
mechanical properties
5%
growth
5%
polymers
5%
nanostructures
5%
dna
5%
water
5%
air
5%
mimic
5%
bones
5%
phosphates
5%
cell proliferation
5%
adhesion
5%
increasing
5%
proliferation
5%
compatibility
5%
physical properties
5%
equilibrium
5%
Biochemistry, Genetics and Molecular Biology
Degradation
100%
Surface Property
100%
Citric Acid
100%
Hydroxylapatite
100%
Citrate
33%
Osteocalcin
16%
Stem Cell
11%
Alkaline Phosphatase
11%
Contact Angle
11%
Adhesion
5%
Biological Activity
5%
Channel Gating
5%
Cell Proliferation
5%
Growth
5%
Hydrophilicity
5%
Introspection
5%
Scanning Electron Microscopy
5%
Bone
5%
DNA
5%
Phosphate
5%
Fluid Balance
5%
Pharmacology, Toxicology and Pharmaceutical Science
Hydroxyapatite
100%
Nanocomposite
100%
Citrate
100%
Osteocalcin
16%
Alkaline Phosphatase
11%
DNA
5%
Phosphate
5%
Polymer
5%
Water
5%
Biocompatibility
5%
Cell Proliferation
5%
Nursing and Health Professions
Hydroxyapatite
100%
Nanocomposite
100%
Osteocalcin
16%
Measurement
11%
Alkaline Phosphatase
11%
Nanoparticle
11%
DNA
5%
Phosphate
5%
Electron Microscopy
5%
Water
5%
Polymer
5%
Biocompatibility
5%
Physics
Citric Acid
100%
Media
27%
Osteocalcin
16%
Porosity
11%
Phosphatase
11%
Expansion
11%
Scanning Electron Microscopy
5%
Adhesion
5%
DNA
5%
Nanoscale
5%
Strength of Materials
5%
Phosphate
5%
Biocompatibility
5%
Electron Mass
5%
Growth
5%
Water
5%
Air
5%
Increasing
5%