INIS
neurons
100%
proteins
89%
glucose
81%
brain
68%
vitamin c
60%
stem cells
56%
in vitro
47%
sodium
42%
biological materials
42%
uptake
41%
genes
40%
ascorbic acid
38%
drosophila
36%
regeneration
36%
suppression
36%
calcium phosphates
36%
feeding
36%
rats
36%
adenovirus
36%
adults
35%
humans
32%
animals
30%
transport
28%
hypothalamus
27%
liver
27%
applications
25%
nuclei
25%
pacemakers
25%
glands
25%
mice
25%
bones
24%
pcr
24%
affinity
24%
levels
24%
tissues
23%
bridges
23%
bone tissues
22%
rna
21%
output
21%
polymers
21%
interactions
20%
biotechnology
20%
dynamics
20%
central nervous system
20%
pancreas
20%
concentration
18%
regulations
18%
muscles
18%
mechanical properties
18%
recycling
18%
Keyphrases
Glucokinase
91%
Vitamin C
60%
SVCT2
57%
Tanycytes
54%
Cotransporter
40%
Sodium
38%
Ascorbic Acid
38%
Calcium Phosphate Bioceramics
36%
Feeding Behavior
36%
Mesenchymal Stem Cells
36%
Drosophilidae
36%
Adenovirus
36%
Circadian System
24%
Peripheral Clock
24%
Pacemaker
24%
C Uptake
22%
Osteogenic Differentiation
22%
Glial Cells
21%
Central Nervous System
20%
Neuropeptides
20%
High Affinity
20%
Natural Biomaterials
18%
Artificial Biomaterial
18%
Human Gingival Mesenchymal Stem Cells
18%
Transforming Growth Factor-β
18%
Periodontal Regeneration
18%
Pigment-dispersing Factor
18%
RNA Interference
18%
Mouse Neuron
18%
GO Incorporation
18%
PCL Scaffold
18%
Gelatin Coating
18%
On the Manuscript
18%
Bone Tissue Regeneration
18%
Dynamical Localization
18%
Central Clock
18%
Porosity
18%
MicroRNA
18%
Bridge Formation
18%
Na +
18%
Transporter Expression
18%
Embryonic Mice
18%
Neuroblastoma Cells
18%
Neuron Cells
18%
Compressive Mechanical Properties
18%
Biomedical Applications
18%
Brainstem
18%
Degradability
18%
3D Printed Polymers
18%
Regulatory Proteins
18%
Neuroscience
Vitamin C
72%
Tanycyte
72%
Glucokinase
54%
Microglia
41%
Sodium Ascorbic Acid Cotransporter
38%
In Vitro
22%
Central Nervous System
20%
Neuroblastoma
19%
Hypothalamus
18%
Flavonoid
18%
Brainstem
18%
Regulator Protein
18%
Floor Plate
18%
Glucose Transporter 2
18%
Feeding Behavior
18%
In Situ Hybridization
15%
Western Blotting
12%
Locomotor Activity
12%
Circadian Rhythm
12%
Steroid Hormone
12%
In Vivo
9%
Primary Culture
9%
Dehydroascorbic Acid
8%
Immunocytochemistry
8%
Neuropeptide
8%
Adenosine Triphosphate
7%
Confocal Microscopy
7%
Arcuate Nucleus
7%
Hexokinase
7%
Glucose Transporter 1
6%
Glucose Transporter
6%
Prothoracic Gland
6%
RNA Recognition Motif Protein
6%
Neurosecretory Cell
6%
Astrocyte
6%
