1 that induced an extensive destruction of the adenohypophyseal architecture.

2 tary adenomas are neoplasms of the pituitary adenohypophyseal cell lineage and include functioning tu

3 tor (LIF) and LIF receptors are expressed in adenohypophyseal cells and LIF regulates pituitary hormo

4      These results challenge the notion that adenohypophyseal cells are exclusively derived from non-

5 ute to both neurohypophyseal and a subset of adenohypophyseal cells.

6 secrete CRF, resulting in down-regulation of adenohypophyseal CRF receptors and symptoms of depressio

7 g, overexpression of Shh results in expanded adenohypophyseal expression of lim3, expansion of nk2.2

8 tin and S-100 protein and immunonegative for adenohypophyseal hormones.

9 urosecretory cells being lost) and anterior (adenohypophyseal, olfactory, and lens) placodes of verte

10 ologous to those expressed in the vertebrate adenohypophyseal placode, the source of endocrine anteri

11  common embryonic origin with the vertebrate adenohypophyseal placode.

12 hat extant chordates inherited olfactory and adenohypophyseal placodes from their last common ancesto

13 his territory is equivalent to the olfactory/adenohypophyseal placodes of vertebrates.

14 es of the neurohypophysis and prop1-positive adenohypophyseal progenitors expressed common markers im

15 sforming gene (PTTG/securin) targeted to the adenohypophyseal proopiomelanocortin (POMC) lineage, whi

16 nRH cells of the hypothalamus arise from the adenohypophyseal region of the developing anterior neura