Searchable abstracts of presentations at key conferences in endocrinology

ea0011p555 | Growth and development | ECE2006

Significance of neonatal steroid imprinting and of peripubertal growth hormone excess for the development of prostatic hyperplasia in the rat

Goetz F , Mitroshkin A , Patchev AV , Rohde W

The benign prostatic hyperplasia (BPH) represents an enlargement of the epithelial and fibromuscular parts of the prostate. Although androgens per se do not cause BPH, an intact androgen metabolism is a prerequisite for the normal fetal and pubertal development of the prostate. Furthermore, growth factors play a role in the development of BPH. Animal experiments have shown that the prostate – similar to other organs of the reproductive tract – undergoes a neonatal st...

ea0011p669 | Reproduction | ECE2006

Role of estrogen receptor α- or β-isoforms in sex-specific brain organization

Goetz F , Patchev AV , Rohde W

Male- or female-like neural control of gonadal function and reproductive behaviour is determined by sex-specific activation of estrogen receptors (ER) in the developing brain during a limited, critical period during ontogenesis. Exposure of the neonatal female brain to inappropriately high estrogen concentrations results in irreversible defeminization of neuroendocrine function which is manifested by disturbed cyclic ovarian activity and decreased female sexual receptivity in ...

ea0011oc1 | Signal transduction OC1 Novartis Oncology Young Investigator Award | ECE2006

Stress response after TIF-2 disruption: loss of grip on feedback control or adrenocortical impairment?

Patchev AV , Fischer D , Herkenham M , Götz F , Wolf SS , Gehin M , Chambon P , Patchev VK , Almeida OFX

Efficiency of glucocorticoid receptor (GR) signaling is modulated by a variety of co-activators, including the transcription intermediary factor 2 (TIF-2). Although TIF-2 has been shown to amplify GR signaling in different cellular models and contexts, its system-physiological relevance has not been comprehensively examined. The present work investigated the role of TIF-2 in GR-mediated regulation of hypothalamo-pituitary-adrenal (HPA) axis activity in mice. Experiments were d...