INIS
biological materials
5%
bones
82%
capacity
5%
cartilage
100%
comparative evaluations
28%
compression
6%
computerized tomography
20%
correlations
60%
data
5%
defects
20%
distribution
24%
environment
20%
grafts
5%
guinea pigs
22%
hafnium
12%
in vivo
5%
interfaces
60%
lead sulfides
12%
mechanical properties
20%
phosphotungstic acid
22%
pressure range mega pa
5%
reduction
9%
regeneration
20%
solutions
6%
stiffness
25%
strains
52%
surfaces
5%
tibia
5%
tissues
50%
volume
60%
x radiation
40%
zones
7%
Engineering
Bone Interface
60%
Bone Mechanics
5%
Calcified Tissue
5%
Deep Understanding
5%
Distance Propagation
5%
Effective Distance
5%
Fold Increase
12%
Grafts
20%
Grayscale
5%
Guinea Pig Model
20%
Hartley
5%
Indentation
5%
Joints (Structural Components)
25%
Load Pres
5%
Mechanical Environment
20%
Mechanical Performance
10%
Micromechanics
5%
Osteochondral Defect
20%
Osteochondral Scaffold
10%
Osteochondral Tissue
5%
Phase Contrast
20%
Polyoxometalate
20%
Progression
5%
Residual Strain
18%
Room Temperature
5%
Scale Feature
5%
Shear Strain
10%
Stem Cell
10%
Strain Field
24%
Structural Integrity
10%
Subchondral Bone
54%
Thickness Defect
10%
Tissue Mechanics
5%
Tissue Regeneration
10%
Medicine and Dentistry
Articular Cartilage
27%
Biocompatible Material
13%
Cell Growth
6%
Chondrogenesis
6%
Connective Tissue
6%
Diseases
6%
Engineered Tissue
6%
Growth Factor
6%
Hafnium
20%
Hyaline Cartilage
6%
Injury
6%
Medical Decision Making
6%
Phosphotungstic Acid
20%
Radiography
20%
Stem Cell
6%
Tissue Regeneration
6%
