Matches in SemOpenAlex for { <https://semopenalex.org/work/W2091683141> ?p ?o ?g. }
- W2091683141 endingPage "1390" @default.
- W2091683141 startingPage "1378" @default.
- W2091683141 abstract "Nuclear steroid hormone receptors are powerful transcription factors and therefore have the potential to influence and regulate fundamental processes of neural development. The expression of progesterone receptors (PR) has been described in the developing forebrain of rats and mice, and the mammalian brain may be exposed to significant amounts of progesterone, either from maternal sources and/or de novo synthesis of progesterone from cholesterol within the brain. The present study examined the distribution of PR immunoreactive (PRir) cells within the midbrain and hindbrain of postnatal rats. The results demonstrate that PR is transiently expressed within the first 2 weeks of life in specific motor, sensory and reticular core nuclei as well as within midbrain dopaminergic cell groups such as the substantia nigra and the ventral tegmental area. Additionally, robust PRir was observed in cells of the lower rhombic lip, a transient structure giving rise to precerebellar nuclei. These results suggest that progestins and progesterone receptors may play a fundamental role in the postnatal development of numerous midbrain and hindbrain nuclei, including some areas implicated in human disorders. Additionally, these findings contribute to the increasing evidence that steroid hormones and their receptors influence neural development in a wide range of brain areas, including many not typically associated with reproduction or neuroendocrine function. © 2008 Wiley Periodicals, Inc. Develop Neurobiol, 2008" @default.
- W2091683141 created "2016-06-24" @default.
- W2091683141 creator A5041597787 @default.
- W2091683141 creator A5044240009 @default.
- W2091683141 creator A5074319244 @default.
- W2091683141 date "2008-10-01" @default.
- W2091683141 modified "2023-10-18" @default.
- W2091683141 title "Distribution of progesterone receptor immunoreactivity in the midbrain and hindbrain of postnatal rats" @default.
- W2091683141 cites W10855707 @default.
- W2091683141 cites W1530681364 @default.
- W2091683141 cites W1571949671 @default.
- W2091683141 cites W1848517268 @default.
- W2091683141 cites W1966856848 @default.
- W2091683141 cites W1967496459 @default.
- W2091683141 cites W1970774523 @default.
- W2091683141 cites W1971665655 @default.
- W2091683141 cites W1972278437 @default.
- W2091683141 cites W1974730873 @default.
- W2091683141 cites W1976435108 @default.
- W2091683141 cites W1978332385 @default.
- W2091683141 cites W1982338117 @default.
- W2091683141 cites W1985908228 @default.
- W2091683141 cites W1989582466 @default.
- W2091683141 cites W1989634458 @default.
- W2091683141 cites W1991063983 @default.
- W2091683141 cites W1991932320 @default.
- W2091683141 cites W2003054343 @default.
- W2091683141 cites W2003056974 @default.
- W2091683141 cites W2003582466 @default.
- W2091683141 cites W2003860461 @default.
- W2091683141 cites W2005423718 @default.
- W2091683141 cites W2007496805 @default.
- W2091683141 cites W2009986139 @default.
- W2091683141 cites W2015762239 @default.
- W2091683141 cites W2022918061 @default.
- W2091683141 cites W2024151403 @default.
- W2091683141 cites W2028117758 @default.
- W2091683141 cites W2030047266 @default.
- W2091683141 cites W2030985283 @default.
- W2091683141 cites W2031156296 @default.
- W2091683141 cites W2031669289 @default.
- W2091683141 cites W2037800010 @default.
- W2091683141 cites W2040074509 @default.
- W2091683141 cites W2042549272 @default.
- W2091683141 cites W2045201523 @default.
- W2091683141 cites W2046524470 @default.
- W2091683141 cites W2049261439 @default.
- W2091683141 cites W2049608201 @default.
- W2091683141 cites W2050604177 @default.
- W2091683141 cites W2053761518 @default.
- W2091683141 cites W2059241101 @default.
- W2091683141 cites W2060986316 @default.
- W2091683141 cites W2065614074 @default.
- W2091683141 cites W2068392429 @default.
- W2091683141 cites W2077041460 @default.
- W2091683141 cites W2079455105 @default.
- W2091683141 cites W2080487053 @default.
- W2091683141 cites W2083242486 @default.
- W2091683141 cites W2084498799 @default.
- W2091683141 cites W2089340191 @default.
- W2091683141 cites W2092312975 @default.
- W2091683141 cites W2095762432 @default.
- W2091683141 cites W2103948764 @default.
- W2091683141 cites W2114855870 @default.
- W2091683141 cites W2115904948 @default.
- W2091683141 cites W2122812350 @default.
- W2091683141 cites W2122860707 @default.
- W2091683141 cites W2125447063 @default.
- W2091683141 cites W2134412827 @default.
- W2091683141 cites W2135601074 @default.
- W2091683141 cites W2139724823 @default.
- W2091683141 cites W2140255323 @default.
- W2091683141 cites W2142337032 @default.
- W2091683141 cites W2143333110 @default.
- W2091683141 cites W2147199955 @default.
- W2091683141 cites W2155107774 @default.
- W2091683141 cites W2168426236 @default.
- W2091683141 cites W2171037951 @default.
- W2091683141 cites W2322184253 @default.
- W2091683141 cites W4322695847 @default.
- W2091683141 cites W87529271 @default.
- W2091683141 doi "https://doi.org/10.1002/dneu.20664" @default.
- W2091683141 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18712784" @default.
- W2091683141 hasPublicationYear "2008" @default.
- W2091683141 type Work @default.
- W2091683141 sameAs 2091683141 @default.
- W2091683141 citedByCount "30" @default.
- W2091683141 countsByYear W20916831412013 @default.
- W2091683141 countsByYear W20916831412014 @default.
- W2091683141 countsByYear W20916831412015 @default.
- W2091683141 countsByYear W20916831412016 @default.
- W2091683141 countsByYear W20916831412017 @default.
- W2091683141 countsByYear W20916831412018 @default.
- W2091683141 countsByYear W20916831412019 @default.
- W2091683141 countsByYear W20916831412020 @default.
- W2091683141 countsByYear W20916831412021 @default.
- W2091683141 countsByYear W20916831412022 @default.
- W2091683141 countsByYear W20916831412023 @default.