… regulatory molecules must limit the action of Wnt9b. One such factor is Six2, which is
expressed by the cap mesenchyme and functions to suppress the ectopic formation of pre-tubular …

… In recent years, there has been a growing interest in exploring the role of miRNAs as
essential regulatory molecules in kidney development and diseases. This field of study has …

… Over a decade ago, it was proposed that the regulation of tubular repair in the kidney might
… The molecular pathways expressed during normal kidney morphogenesis in the mouse, …

… for pH and electrolyte regulation, and … of kidney organoids from hPSCs by assessing the
cells at each step of nephrogenesis has also expanded our knowledge of kidney development. …

… kidney development is also regulated by epigenetic mechanisms. This is essential for
proper development through the various stages of kidney … molecular mechanisms of kidney …

… after injury.6, 13 In this chapter, we provide a comprehensive review on the expression,
regulation, and function of Wnt/β-catenin signaling in the context of kidney development and …

… Furthermore, we identified critical transcriptional regulators and signaling pathways … human
fetal kidneys remains limited. To address the key features of human fetal kidney development…

… Once in the kidney, tissue-specific transcriptional regulators … of kidney macrophages is
the result of kidney niches being … precursors throughout kidney development and phases of …

… This knowledge provides new clues for a deeper understanding of PAX2-associated
biology in humans, including the molecular pathogenesis of RCS, and mechanisms of human …

… , much remains to be learned about how this process is regulated. In particular, the factors
which influence the decision of nephron progenitor cells in the CM to commit to nephron …