… We identified 22 cell types and a host of marker genes. … cells from five different developmental
ages, this study provides a rich resource for the elucidation of human kidney development, …

… cells. The mutation resulted in embryonic lethality in homozygotes, and examination of mutant
embryos revealed a failure of kidney and gonad development. … the metanephric kidney did …

… for understanding the development of the kidney by demonstrating, … We were unable to detect
any change in cell death or … and micro-dissect tips from postnatal day 3 kidneys. While the …

… cell populations was revealed, which may hide or skew signals of interest with specific cellular
identities and biologically-relevant mechanisms. Dissecting the … and develop new targeted …

… in kidney development, we have developed a conditional loss of function genetic approach
that removes Shh signaling from the kidney … Mesenchymal cells dissected from E12.5 ureter …

… Basic in this process of adaptation is the ability of the kidney … contacts, and poorly developed
cell processes. The podocyte … found in the immature mammalian kidney. The glomerular …

… For example, renal epithelium ATP metabolism was enriched in module 1, representing
normal TECs, while in module 2, kidney development, renal tubule development, and tube …

… Metanephric kidney development is dependent on reciprocal … Mesenchymal cells induce the
ureteric bud to grow and … in ex vivo cultured urogenital blocks dissected from E11.5 embryos …

… Cell proliferation in the ureteric buds of kidneys cultured in … , or ureteric buds dissected
from such kidney rudiments after their … but not nephron formation during kidney development. …

… kidney development, epithelial cells may originate from mesoderm-derived mesenchymal
cells… For transfilter culture, the kidney anlagen were dissected from 11-day-old embryos. After …