<p>Prostate glands were dissected from mice at the age of 26, 28, 29, 31, 33, and 45 days and processed for immunostaining with anti-PKG antibody. The p44-expressing cells are stained in brown.</p
<p>LT<sup>ts</sup>-ECs (panels a-l) or LT<sup>ts</sup>-ECs expressing NES-p44 (panels m-t) were grow...
The androgen receptor (AR) pathway plays critical roles in controlling differentiation and prolifera...
<p>(A) Expression of p44, NES-p44, or NLS-p44 in the <i>p44-null</i> prostate epithelial cells. West...
<p>(A) P44 nuclear translocation during prostate development. P44 immunostaining (in brown) in epith...
<p>(A) Proliferation rate of prostate epithelial cells is decreased during mouse development. BrdU w...
The molecular mechanism that controls the proliferation and differentiation of prostate epithelial c...
The molecular mechanism that controls the proliferation and differentiation of prostate epithelial c...
<p>(A) A diagram illustrating the procedure to generate <i>p44-null</i> (p44<sup>−/−</sup>) epitheli...
342 amino acids. 44 kDa protein. 5 WD repeats (Hosohata et al., 2003). Expression p44 is expressed i...
The androgen receptor (AR) cofactor p44/WDR77, which regulates expression of a set of androgen targe...
The prostate is one of the most disease-prone organs in the human body. Prostate cancer, prostate in...
<p>(A) Nuclear p44 enhanced expression of prostate-secreted proteins. A, Quantitative RT-PCR analysi...
The androgen receptor (AR) pathway plays critical roles in controlling differentiation and prolifera...
<p><b>A.</b> WISP1 localization at 8 weeks of age in normal prostate tissue (upper panel) and hyperp...
Evidence linking prostatitis and prostate cancer development is contradictory. To study this link, t...
<p>LT<sup>ts</sup>-ECs (panels a-l) or LT<sup>ts</sup>-ECs expressing NES-p44 (panels m-t) were grow...
The androgen receptor (AR) pathway plays critical roles in controlling differentiation and prolifera...
<p>(A) Expression of p44, NES-p44, or NLS-p44 in the <i>p44-null</i> prostate epithelial cells. West...
<p>(A) P44 nuclear translocation during prostate development. P44 immunostaining (in brown) in epith...
<p>(A) Proliferation rate of prostate epithelial cells is decreased during mouse development. BrdU w...
The molecular mechanism that controls the proliferation and differentiation of prostate epithelial c...
The molecular mechanism that controls the proliferation and differentiation of prostate epithelial c...
<p>(A) A diagram illustrating the procedure to generate <i>p44-null</i> (p44<sup>−/−</sup>) epitheli...
342 amino acids. 44 kDa protein. 5 WD repeats (Hosohata et al., 2003). Expression p44 is expressed i...
The androgen receptor (AR) cofactor p44/WDR77, which regulates expression of a set of androgen targe...
The prostate is one of the most disease-prone organs in the human body. Prostate cancer, prostate in...
<p>(A) Nuclear p44 enhanced expression of prostate-secreted proteins. A, Quantitative RT-PCR analysi...
The androgen receptor (AR) pathway plays critical roles in controlling differentiation and prolifera...
<p><b>A.</b> WISP1 localization at 8 weeks of age in normal prostate tissue (upper panel) and hyperp...
Evidence linking prostatitis and prostate cancer development is contradictory. To study this link, t...
<p>LT<sup>ts</sup>-ECs (panels a-l) or LT<sup>ts</sup>-ECs expressing NES-p44 (panels m-t) were grow...
The androgen receptor (AR) pathway plays critical roles in controlling differentiation and prolifera...
<p>(A) Expression of p44, NES-p44, or NLS-p44 in the <i>p44-null</i> prostate epithelial cells. West...
DOI
Add to ORKG