Add to ORKGOBJECTIVE: Evaluation of myocardial histological changes in an experimental animal model of neonatal hypoxiareoxygenation. METHODS: Normocapnic hypoxia was induced in 40 male Landrace/Large White piglets. Reoxygenation was initiated when the animals developed bradycardia (H
AIM: To analyze the effects on the kidney of hypoxiareoxygenation in an experimental model of normoc...
AIMS: Although N-acetylcysteine (NAC) can decrease reactive oxygen species and improve myocardial re...
To compare the newborn piglet models of hypoxic ischemic brain damage in hypoxia and hypoxia combine...
OBJECTIVE: Evaluation of myocardial histological changes in an experimental animal model of neonatal...
Objective: The aim of this study is to describe and evaluate an experimental model of neonatal nor...
Copyright © 2014 Armando Faa et al. This is an open access article distributed under the Creative Co...
Objective. Evaluating the presence of endothelial changes in myocardial vessels in an experimental m...
AbstractThis study tested the hypothesis that the developing heart is susceptible to oxygen-mediated...
Objective. Evaluation of neuronal changes in an animal experimental model of normocapnic hypoxia- re...
AbstractThe effect of chronic hypoxia on neonatal myocardial metabolism remains undefined. With a ne...
AbstractThis study of an in vivo infantile piglet model of compensated hypoxemia tests the hypothesi...
The purpose of this study, was to develop a newborn piglet model of hypoxia/ischaemia which would be...
AbstractThe immature heart is more tolerant to ischemia than the adult heart, yet infants with cyano...
Background Increasing evidence recognizes the harm of excess oxygen to lungs, eyes, and brain of pre...
The function of the cardiovascular system during hypoxia is an important determinant of neurologic o...
AIM: To analyze the effects on the kidney of hypoxiareoxygenation in an experimental model of normoc...
AIMS: Although N-acetylcysteine (NAC) can decrease reactive oxygen species and improve myocardial re...
To compare the newborn piglet models of hypoxic ischemic brain damage in hypoxia and hypoxia combine...
OBJECTIVE: Evaluation of myocardial histological changes in an experimental animal model of neonatal...
Objective: The aim of this study is to describe and evaluate an experimental model of neonatal nor...
Copyright © 2014 Armando Faa et al. This is an open access article distributed under the Creative Co...
Objective. Evaluating the presence of endothelial changes in myocardial vessels in an experimental m...
AbstractThis study tested the hypothesis that the developing heart is susceptible to oxygen-mediated...
Objective. Evaluation of neuronal changes in an animal experimental model of normocapnic hypoxia- re...
AbstractThe effect of chronic hypoxia on neonatal myocardial metabolism remains undefined. With a ne...
AbstractThis study of an in vivo infantile piglet model of compensated hypoxemia tests the hypothesi...
The purpose of this study, was to develop a newborn piglet model of hypoxia/ischaemia which would be...
AbstractThe immature heart is more tolerant to ischemia than the adult heart, yet infants with cyano...
Background Increasing evidence recognizes the harm of excess oxygen to lungs, eyes, and brain of pre...
The function of the cardiovascular system during hypoxia is an important determinant of neurologic o...
AIM: To analyze the effects on the kidney of hypoxiareoxygenation in an experimental model of normoc...
AIMS: Although N-acetylcysteine (NAC) can decrease reactive oxygen species and improve myocardial re...
To compare the newborn piglet models of hypoxic ischemic brain damage in hypoxia and hypoxia combine...