High salt consumption contributes to the development of hypertension and is considered an
independent risk factor for vascular remodeling, cardiac hypertrophy, and stroke incidence …

Accumulating evidence obtained over the last three decades has revealed a
neuroendocrine system in the brain that mediates long term increases in blood pressure …

Sleep deprived rats undergo a predictable sequence of physiological changes, including
changes in skin condition, increased energy expenditure, and altered thermoregulation …

Several brain regions are proposed as contributing to chronic sympatho-excitatory effects of
elevated circulating angiotensin II. However, earlier c-Fos studies have been limited to acute …

Digitalis-like compounds are recently identified steroids synthesized by the adrenal gland,
which resemble the structure of plant cardiac glycosides. These compounds, like the plant …

Chronic subcutaneous infusion of ouabain causes hypertension via central pathways
involving angiotensin type 1 (AT1) receptor stimulation. The present study assessed plasma …

A single exposure to amphetamine induces neurochemical sensitization in striatal areas.
The neuropeptide angiotensin II, through AT 1 receptors (AT 1-R) activation, is involved in …

Elevated circulating Ang II activates neurons in the forebrain cardiovascular regulatory areas
to cause sympatho-excitation and hypertension. We hypothesized that circulating Ang II …

Na+, K+-АТФаза играет ключевую роль в регуляции внутриклеточной концентрации
моновалентных катионов и родственных функций, приводящих к электрогенезу и …

Aún recuerdo como si fuese ayer el día en que el Director del presente Proyecto me sugirió
trabajar en esta línea de investigación. A partir de esta fecha se han ido acumulando horas …