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Medicine and Dentistry
Skeletal Muscle Atrophy
100%
Muscle Atrophy
100%
Molecular Pathology
100%
Skeletal Muscle
70%
Protein Synthesis
44%
Genetic Transfection
30%
Gene Knockout
30%
Gene Targeting
30%
Plasmid DNA
15%
Pathogenesis
15%
Protein Degradation
15%
Adenoviridae
15%
Spinal Cord Injury
15%
Atrogin 1
15%
microRNA
15%
RNAI
15%
Amino Acid Transporter
15%
Initiation Factor 2alpha
15%
Denervation
15%
Myotube
15%
Human Subject
15%
Kinase
15%
Messenger RNA
15%
Transcription Factors
15%
Diseases
15%
Keyphrases
Skeletal muscle Atrophy
100%
Molecular Pathogenesis
100%
Activating Transcription Factor 4 (ATF4)
100%
Muscle Atrophy
25%
Skeletal muscle
18%
Protein Synthesis
18%
Muscle-specific
12%
Atrophy
12%
Gene Knockout Mice
12%
Myofiber Atrophy
12%
Muscle Wasting
8%
Adenovirus
6%
Associated Proteins
6%
Human Disease
6%
Spinal Cord Injury
6%
Transcription Factor
6%
Lines of Evidence
6%
MuRF1
6%
EIF2a
6%
Mouse Skeletal muscle
6%
Atrogin-1
6%
Muscle Mass
6%
Fasting Condition
6%
Transporter Genes
6%
Denervated muscle Atrophy
6%
DNA Encoding
6%
Protein Degradation
6%
Plasmid DNA (pDNA)
6%
Skeletal Myotubes
6%
Amino Acid Transporter
6%
Human Subjects
6%
Dominant Negative
6%
Transcriptional Regulator
6%
Artificial microRNA
6%
Human Patients
6%
4E-BP1
6%
Wild Mice
6%
MiRNA Target
6%
Transfect
6%
New Therapeutic Approaches
6%
RNA Interference
6%
Skeletal muscle Wasting
5%
Immunology and Microbiology
Skeletal Muscle
100%
Muscle
82%
Protein Synthesis
33%
Gene Targeting
22%
Gene Knockout
22%
Genetic Transfection
22%
RNAI
11%
Transcription Factors
11%
Spinal Cord
11%
Wild Type Mouse
11%
Plasmid
11%
Protein Degradation
11%
Adenoviridae
11%
Amino Acid
11%
Myotube
11%
Initiation Factor 2alpha
11%
Homo sapiens
11%