INIS
tendons
100%
stiffness
42%
nanofibers
42%
resolution
28%
computerized tomography
28%
mechanical properties
28%
morphology
28%
collagen
28%
cross-linking
28%
comparative evaluations
14%
tissues
14%
humans
14%
yields
14%
microstructure
14%
surgery
14%
aging
14%
losses
14%
growth
14%
scanning electron microscopy
14%
repair
14%
alignment
14%
lead sulfides
14%
viability
14%
fibroblasts
14%
biomimetics
14%
ductility
14%
Earth and Planetary Sciences
Bundle
85%
Stiffness
42%
Tomography
28%
Collagen
28%
Strength of Materials
28%
Show
28%
Morphology
28%
High Resolution
14%
Microstructure
14%
Viability
14%
Reconstruction
14%
Scanning Electron Microscopy
14%
Biomimetics
14%
Toughness
14%
Growth
14%
Investigation
14%
Yield
14%
Condition
14%
Good
14%
Loss
14%
Mixture
14%
Ductility
14%
Alignment
14%
Fibroblast
14%
Crosslinking
14%
Medicine and Dentistry
Tendon
71%
Nanofiber
42%
Collagen
28%
Morphology
28%
Computer Assisted Tomography
28%
Aging
14%
Scanning Electron Microscopy
14%
Surgery
14%
Tendon Reconstruction
14%
Biomimetics
14%
Fibroblast
14%
Tendon Lesion
14%
Polylactic Acid
14%
Molecular Scaffold
14%
Growth
14%
Engineering
Tendon Fascicle
42%
Biomechanical Property
28%
Mechanical Properties
28%
Scaffold
28%
Tissue Engineering
28%
High Resolution
14%
Micron
14%
Microstructure
14%
Clinical Outcome
14%
Electrospun Nanofibers
14%
Nanofibrous Scaffold
14%
Yields
14%
Losses
14%
Aging
14%
Forwarder
14%
Alignment
14%
Bioengineers
14%
Material Science
Collagen
28%
Mechanical Property
28%
Morphology
28%
Mechanical Strength
28%
Fibroblast
14%
Polylactide
14%
Ductility
14%
Veterinary Science and Veterinary Medicine