INIS
angiogenesis
6%
antineoplastic drugs
12%
bioluminescence
12%
bone marrow
12%
cancer
50%
capacity
12%
chorioallantoic membrane
50%
comparative evaluations
6%
delivery
6%
drug delivery
6%
environment
6%
growth
6%
histology
10%
humans
59%
in vitro
12%
in vivo
25%
injection
6%
mice
6%
migration
6%
morbidity
6%
morphology
10%
mortality
6%
optimization
6%
patients
6%
pcr
6%
populations
6%
proliferation
6%
pulps
100%
safety
50%
sheep
27%
side effects
6%
stem cells
19%
teeth
24%
therapy
62%
tumor cells
6%
tumors
50%
vertebrae
25%
volume
31%
Keyphrases
4-year-olds
5%
6-year-olds
5%
Angiogenic Capacity
8%
Angiogenic Property
8%
Bioluminescence Imaging
14%
Biopsy Specimen
25%
Bioresorbable Scaffold
8%
Cancer Xenograft
7%
Cardiac Stem Cells
8%
Cell Studies
8%
Chick Chorioallantoic Membrane Assay
50%
Chondroid Metaplasia
50%
Chondroid Tissue
12%
Chorioallantoic Membrane
16%
Common Cancers
7%
Continuous Delivery
7%
Culture Protocol
8%
Degenerative Spine Disease
50%
Efficacy Study
7%
Embryonated chicken Eggs
8%
Erector Spinae muscle
12%
Ex Ovo
16%
Extraembryonic
8%
Homing Capacity
14%
Human Dental Pulp Stromal Cells
50%
Imaging Results
8%
Immunohistology
7%
In Ovo
16%
Incisor
50%
Lateral Tooth
5%
Lumbar Vertebrae
12%
Maximum Volume
5%
Optimization Study
7%
Paraspinal
50%
Paraspinal muscles
12%
Pulp Volume
27%
Safranal
12%
Spinal Degeneration
12%
Synthetic Scaffold
8%
Tooth Position
5%
Tumor Homing
28%
Tumor Morphology
7%
Vascularization
8%
Volumetry
50%
Wisdom Tooth
5%
Xenograft Mouse Model
7%
Medicine and Dentistry
Angiogenesis
50%
Biopsy Sample
25%
Chorioallantoic Membrane Model
7%
Computer Assisted Tomography
5%
Connective Tissue
50%
Dental Pulp
50%
Dental Pulp Mesenchymal Stem Cell
5%
Efficacy Study
6%
Eosin
12%
Erector Spinae Muscle
12%
Ex Vivo
5%
Fourth Lumbar Vertebra
12%
Haematoxylin
12%
Imaging Technique
7%
Incisor
50%
Injury
12%
Jaw
5%
Magnetic Resonance Imaging
12%
Medicine
7%
Mesenchymal Stem Cell
5%
Metaplasia
50%
Metastatic Carcinoma
7%
Multiple Linear Regression Analysis
5%
Nutrient Supply
7%
Paraspinal Muscle
12%
Safranin
12%
Stem Cell
55%
Tissue Regeneration
7%
Tumor Progression
7%
Vascularity
7%
Volumetry
50%