El Laboratorio de Fisiología Vascular del Departamento de Fisiología presentará 7 trabajos en la próxima reunión de la Sociedad Chilena de Ciencias Fisiológicas a realizarse entre el 12 y 15 de Octubre en el Hotel Termas de Panimávida:
Insulin blocks the H2O2-induced vasoconstriction via a BK channels-dependent mechanism in human fetoplacental unit.
Cabrera L, Rojas S, Gallardo V, Sobrevia L, Wareing M, _González M_.
(Comunicación Oral).
Induction of heme-oxygenase 1 (HO-1) by human chorionic gonadotropin (hCG) in fetal human endothelium.
_Palma C_, Villalobos R, Ávila F, Cabrera L, Rojas S, Zamora C, Gallardo V, González M.
(Poster)
A role for BK channels in insulin regulation of L-arginine transport in human fetal endothelium.
_Cabrera L_, Rojas S, Sobrevia L, Gallardo V, González M. (Poster)
Downregulation of hCAT-1 and hCAT-2B mRNA levels by chronic incubation of hydrogen peroxide in human fetal endothelium.
_Careaga P_, Cabrera L, Palma C, Villalobos R, Rojas S, Gallardo V, González M. (Poster)
High D-glucose increases the NADPH oxidase-dependent contractile response in human fetoplacental unit.
_Ávila P_, Rojas S, Cabrera L, Palma C, Aguayo C, Gallardo V, González M. (Poster).
High D-glucose increases the NOX2 and NOX4 mRNA levels, involving the activity of PKC and p38mapk in HUVEC.
_Villalobos R_, Palma C, Careaga P, Cabrera L, Rojas S, Gallardo V, Sobrevia L, González M.
(Poster)
High concentration of D-glucose increase the expression of hCAT-1 in a mechanism related with activation of NOXs isoforms in HUVEC.
_Rojas S_, Villalobos R, Cabrera L, Gallardo V, Sobrevia L, González M. (Poster).
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