Luis M. Montaño

TL;DR: The data show that 5beta-DHT-induced vasorelaxation is due to its selective blockade on L-VOCCs (from nm to microm concentrations), but testosterone- induced vasore laxation involves concentration-dependent additional mechanisms: acting as an L- VOCCs antagonist at low concentrations, and increasing [Ca(2+)]i and cAMP production at high concentrations.

TL;DR: Data support that neural precursors obtained from a nasal exfoliate are an excellent experimental model to later approach studies on biomarkers, neural development and cellular alterations in the pathophysiology of SZ and BD.

TL;DR: Kinetic and pharmacological properties of I(5-HT+ATP) indicate that they are carried through 5-HT(3) and P2X channels, in agreement with a model that considers that 5- HT(3), P2x channels are in functional clusters and that these channels might directly inhibit each other.

TL;DR: Observations demonstrate that androgens may play a crucial role in maintaining pregnancy and the blockade of l-type calcium channels seems to be involved in the nongenomic relaxing action of androgens.

TL;DR: It is suggested that androgen-induced brochorelaxation was mediated via decreased Ca(2+) influx through L-type Ca( 2+)channels but additional Ca(1+) entry blockade may be involved.