PubMed · 2017 · 13 citations · 0 references
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MedicineEndocrinologyPharmacologyReproductive BiologyReproductive EndocrinologyReproductive PhysiologyGonadal HormonesGonadal Steroid HormonesHormone ReceptorsMammalian EndocrinologySteroid Hormone SignalingTesticular PhysiologyEstrogen PharmacologyEstrogen ReceptorsHormone Receptor Binding ProteinsLeydig Cell SteroidogenesisSeasonal Reproductive ChangesSex Differentiation HormonesSex Hormone ReceptorsTesticular Hormones
) concentrations particularly in DY131 voles. Overall, for the first time, we have shown that ERRs are involved in maintenance of Leydig cell architecture and supervision of its steroidogenic and secretory activity that is closely related to endogenous estrogen status in the testis. Further understanding of mechanism(s) by which individual types of ERRs can control Leydig cell function is relevant for predicting and preventing steroidogenic and spermatogenic disorders.