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A p53-Pax2 Pathway in Kidney Development: Implications for Nephrogenesis
Zubaida Saifudeen
, Jiao Liu
, Susana Dipp
, Xiao Yao
, Yuwen Li
, Nathaniel McLaughlin
, Karam Aboudehen
, Samir S. El-Dahr
Medicine - Renal and Hypertension Division
Research output
:
Contribution to journal
›
Article
›
peer-review
34
Scopus citations
Overview
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Keyphrases
Nephrogenesis
100%
PAX2
100%
Kidney Development
100%
Renal Hypoplasia
30%
Germ Cells
15%
Nephron Endowment
15%
Metanephric Mesenchymal Cells
15%
Transcription Factor
7%
Chronic Kidney Disease
7%
Hypertension
7%
Occupancy
7%
Bioinformatics
7%
Mutant p53
7%
Specific Genes
7%
Chromatin
7%
Heterozygous mutation
7%
Knockdown
7%
Gene Dosage
7%
Dominant-negative mutant
7%
Chromatin Immunoprecipitation (ChIP)
7%
P53 Gene
7%
Littermate
7%
Promoter Activity
7%
Transient Transfection
7%
Transfection Assay
7%
Wild-type p53
7%
Genetic Epistasis
7%
Conditional Deletion
7%
Metanephros
7%
Predisposing Factors
7%
Embryonic Kidney
7%
TP53 Deletion
7%
Nephron number
7%
Cap Mesenchyme
7%
Renal Progenitor
7%
Nephron Progenitor
7%
Biochemistry, Genetics and Molecular Biology
Kidney Development
100%
P53
100%
Mesenchyme
21%
Wild Type
14%
Promoter Region
14%
Germ Cell
14%
Protein P53
7%
Gene Dosage
7%
Transient Transfection
7%
Transcription Factors
7%
Messenger RNA
7%
Bioinformatics
7%