<p>Immunolocalization of the stem cell markers: (<b>A</b>) TROP2 and (<b>B</b>) CD49f show a dose-dependent increase in stem cell focal aggregates when treated with BPA compared to vehicle. (<b>C</b>) Organoids labeled with epithelial cytodifferentiation markers AR and CK8/18 show normal ductal morphology and epithelial differentiation after BPA treatment. Lumens are delineated by white and whole structures by green dotted lines. Scale bars represent 20 μm and all images are representative of n = 3.</p
Prostate epithelial basal cells are highly plastic in their luminal differentiation capability. Basa...
<p>(<b>A</b>) Control human prostate xenografts (control/control) contained phenotypically normal pr...
The fibromuscular stroma of the prostate regulates normal epithelial differentiation and contributes...
<div><p>Studies using rodent and adult human prostate stem-progenitor cell models suggest that devel...
Studies using rodent and adult human prostate stem-progenitor cell models suggest that developmental...
<p>(<b>A</b>) Twenty-eight day time course phase-contrast images of a representative Matrigel cultur...
<p>The cell lines NPrEC, RWPE1, LNCaP, C4-2, 22Rv1, and PC3 were treated with medium containing 10% ...
<p>Histological sections of human, rat and mouse fetal testes removed at 11 gestational week (GW), 1...
Prostatic growth and hormonal effects on the prostate play a basic role in the pathogenesis of abnor...
<p>Immunostaining analysis by confocal microscopy of 28–30 day organoids for cytodifferentiation and...
BackgroundHuman prostate basal cells expressing alpha-6 integrin (CD49f(Hi)) and/or CD44 form prosta...
<p>Human fetal testes (9.1–11.3 GW) were xenografted into castrate Nude (host) mice. Host mice recei...
Substances that mimic endogenous hormones may alter the cell signaling that govern prostate developm...
) and/or CD44 form prostaspheres in vitro. This functional trait is often correlated with stem/proge...
Prostate epithelial basal cells are highly plastic in their luminal differentiation capability. Basa...
Prostate epithelial basal cells are highly plastic in their luminal differentiation capability. Basa...
<p>(<b>A</b>) Control human prostate xenografts (control/control) contained phenotypically normal pr...
The fibromuscular stroma of the prostate regulates normal epithelial differentiation and contributes...
<div><p>Studies using rodent and adult human prostate stem-progenitor cell models suggest that devel...
Studies using rodent and adult human prostate stem-progenitor cell models suggest that developmental...
<p>(<b>A</b>) Twenty-eight day time course phase-contrast images of a representative Matrigel cultur...
<p>The cell lines NPrEC, RWPE1, LNCaP, C4-2, 22Rv1, and PC3 were treated with medium containing 10% ...
<p>Histological sections of human, rat and mouse fetal testes removed at 11 gestational week (GW), 1...
Prostatic growth and hormonal effects on the prostate play a basic role in the pathogenesis of abnor...
<p>Immunostaining analysis by confocal microscopy of 28–30 day organoids for cytodifferentiation and...
BackgroundHuman prostate basal cells expressing alpha-6 integrin (CD49f(Hi)) and/or CD44 form prosta...
<p>Human fetal testes (9.1–11.3 GW) were xenografted into castrate Nude (host) mice. Host mice recei...
Substances that mimic endogenous hormones may alter the cell signaling that govern prostate developm...
) and/or CD44 form prostaspheres in vitro. This functional trait is often correlated with stem/proge...
Prostate epithelial basal cells are highly plastic in their luminal differentiation capability. Basa...
Prostate epithelial basal cells are highly plastic in their luminal differentiation capability. Basa...
<p>(<b>A</b>) Control human prostate xenografts (control/control) contained phenotypically normal pr...
The fibromuscular stroma of the prostate regulates normal epithelial differentiation and contributes...