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Keywords: Pars tuberalis
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Neuroendocrinology (2018) 107 (2): 158–166.
Published Online: 27 June 2018
... eminence (ME), and the hypophyseal pars tuberalis. Results: ZT-dependent changes in cell proliferation were found exclusively in the SGZ and ME of MT1 KO mice, while apoptosis showed no ZT-dependent changes in the regions analyzed, neither in MT1 nor in MT2 KO mice. Comparison with our previous studies...
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Neuroendocrinology (2011) 94 (2): 101–112.
Published Online: 21 September 2011
...Sandrine M. Dupré In mammals, the nocturnal melatonin signal is well established as a key hormonal indicator of seasonal changes in day-length, providing the brain with an internal representation of the external photoperiod. The pars tuberalis (PT) of the pituitary gland is the major site...
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Neuroendocrinology (1993) 58 (3): 359–365.
Published Online: 08 April 2008
...Vincent Piketty; Jean Pelletier After validation of the methodology, melatonin receptors have been measured by binding of ( 125 I)-melatonin to membranes of individual pars tuberalis/median eminence of lambs at different times of the day in the course of three experiments. Plasma melatonin...
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Neuroendocrinology (1985) 41 (3): 258–268.
Published Online: 28 March 2008
...William T. Mason; Dennis W. Waring The electrophysiological properties of gonadotrophs have been studied in vitro, using the ovine adenohypophyseal pars tuberalis as a naturally enriched source of this cell type. Trypsin-dispersed pars tuberalis cells maintained in primary tissue culture had...
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