INIS
nanocrystals
50%
apatites
50%
low pressure
33%
porous materials
27%
porosity
27%
tissues
22%
humans
11%
mechanical properties
11%
engineering
11%
polymers
11%
fabrication
11%
stem cells
11%
size
11%
weight
11%
increasing
11%
compression
11%
leaching
11%
viscosity
11%
nucleation
11%
alkaline phosphatase
11%
in vivo
5%
rabbits
5%
histology
5%
applications
5%
air
5%
mimic
5%
particles
5%
defects
5%
distance
5%
cross-linking
5%
salts
5%
elastomers
5%
citrates
5%
bubbles
5%
mixing
5%
trabecular bone
5%
Biochemistry, Genetics and Molecular Biology
Hydroxylapatite
100%
Nanocrystal
50%
Foaming
33%
Hypobarism
33%
Porosity
27%
Stem Cell
11%
Alkaline Phosphatase
11%
Pore Size
11%
Compression
11%
Nucleation
11%
Bone
11%
Weight
11%
Cell Adhesion
5%
Vascularization
5%
Explant
5%
Cross-Link
5%
Citrate
5%
Rabbit Model
5%
Vacuum
5%
Engineering
Low Pressure
33%
Porosity
27%
Scaffold
27%
Porous Scaffold
22%
Viscosity
11%
Polymer
11%
Nucleation Site
11%
Infiltration
11%
Mesenchymal Stem Cell
11%
Mechanical Properties
11%
Fabrication
5%
Octanediol
5%
Fabrication Method
5%
Cross-Link (Molecular Structure)
5%
Great Extent
5%
Great Distance
5%
Dry Condition
5%
Models
5%
Engineering Application
5%
Material Science
Void Fraction
27%
Polymer
11%
Prepolymer
11%
Phosphatase
11%
Scaffold for Tissue Engineering
11%
Pore Size
11%
Mechanical Property
11%
Tissue
11%
Cell
11%
Bubble
11%
Air
5%
Particle
5%