Keyphrases
Glomerulosclerosis
100%
Podocyte
100%
Notch Activation
100%
Notch Signaling
55%
Notch Intracellular Domain
33%
Transgenic Mice
22%
Podocyte Differentiation
22%
Cell Fate
11%
Terminal Differentiation
11%
Decreased Expression
11%
Histological Analysis
11%
Proteolytic Cleavage
11%
Notch Receptors
11%
Molecular Analysis
11%
Biologically Active
11%
Proteinuria
11%
Evidence Support
11%
Damaging Effects
11%
Transcriptional Targets
11%
Conditional Inactivation
11%
Genetic Evidence
11%
Foot Process
11%
PAX2
11%
Canonical Notch Signaling
11%
Glomerular Development
11%
Intracellular Product
11%
Cell Cycle Re-entry
11%
Medicine and Dentistry
Podocyte
100%
Glomerulosclerosis
100%
Notch
100%
Notch Signaling
54%
Transgenic Mouse
18%
Cell Cycle
9%
Proteinuria
9%
Reentry Arrhythmia
9%
Notch Receptor
9%
Neonatal Infant
9%
Cell Fate
9%
Biochemistry, Genetics and Molecular Biology
Notch
100%
Podocyte
100%
Notch Signaling Pathway
54%
Transgenic Mouse
18%
Genetics
9%
Cell Cycle
9%
Cell Fate
9%
Notch Proteins
9%
Pharmacology, Toxicology and Pharmaceutical Science
Glomerulosclerosis
100%
Transgenic Mouse
66%
Notch Receptor
33%
Reentry Arrhythmia
33%
Proteinuria
33%