Keyphrases
Adipose-derived Stem Cells
100%
Direct Conversion
66%
Importin
66%
Induced Neuronal Cells
66%
Lentiviral Vector
66%
Three-dimensional Culture
44%
Neuronal Cells
42%
Nuclear Localization Signal
41%
Neurological Disorders
39%
Osteogenic Differentiation
36%
VSV-G
36%
Pseudotyped Lentiviral Vector
36%
Paper-based Scaffold
33%
Parvovirus B19
33%
SOX Family
33%
Large Tumor Antigen
33%
Nuclear Transport
33%
Family Members
33%
Viral Replication
33%
Non-structural Protein
33%
Comparative Analysis
33%
High Mobility Group Box 1 (HMGB1)
33%
RNA Binding
33%
Binding Properties
33%
Hemagglutinin
33%
Structural Characterization
33%
Influenza A H1N1
33%
Schwann Cells
33%
Recognition Site
33%
Antibody Recognition
33%
Specific Transcription Factor
33%
Influenza Virus
33%
Adipose-derived Mesenchymal Stem Cells (ADMSCs)
33%
NS1′
25%
B19V
25%
Transcription Factor
24%
Anti-influenza
22%
Virus
22%
Gene Delivery
19%
High-resolution Structures
17%
Nuclear Import
16%
Transdifferentiation
15%
Cell-based
15%
Differentiation Potential
14%
SOX Proteins
13%
Non-coding RNA (ncRNA)
13%
Sox30
13%
Cell Viability
11%
Minimal Impact
11%
Pseudotype
11%
Biochemistry, Genetics and Molecular Biology
Reprogramming
66%
Importin
66%
Karyopherin
66%
Transcription Factors
46%
Nuclear Localization Sequence
41%
Nuclear Transport
35%
Human Parvovirus B19
33%
Schwann Cell
33%
Synapsin I
33%
RNA Binding
33%
Virus Replication
33%
High Mobility Group Box Domain
33%
Lentivirus Vector
33%
Stem Cell
33%
Equus
33%
Tumor Antigen
33%
Nuclear Import
25%
Gene Expression
19%
Transdifferentiation
15%
Amino Acids
13%
Long Non-Coding RNA
13%
RNA
13%
Binding Site
10%
Parvoviridae
8%
Mutagenesis
8%
Confocal Laser Scanning Microscopy
8%
Viral Protein
8%
Transcription
8%
Infectious Agent
8%
Gene Function
8%
Structural Protein
8%
Progenitor Cell
8%
Multifunctional Protein
8%
Monopartite
7%
Chondrocyte
6%
Lymphangiogenesis
6%
Nervous System Development
6%
DNA Binding
6%
Nerve Cell Differentiation
6%
Protein Secondary Structure
6%
Embryonic Stem Cell
6%
C-Terminus
6%
SOX2
6%
Cellular Differentiation
6%
