Exemplos de uso de Fetal programming em Inglês e suas traduções para o Português
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Fetal programming in response to stress.
Vitamin D deficiency in pregnancy and fetal programming.
Fetal programming by protein malnutrition: morphological analisys, epithelial prol….
This is why the placenta plays a fundamental role in fetal programming.
Fetal programming of cardiac mitochondrial fitness and relevance for adulthood pathologies.
Morphofuncitonal changes in Wistar rat prostate: fetal programming by protein rest….
Related content Fetal programming in utero by low protein diet: morphological analysis, epithelial….
Many authors have named this phenomenon of"metabolic or fetal programming"(Barker, 2002; Armitage et al., 2005).
Intrauterine fetal programming by low protein diet(IFP) impairs growth and maturation of rat prostate.
The experimental protocols of most of the studies on fetal programming involve a reduction in litter size soon after birth.
Fetal programming can thus be an additional source of environmental risk that interacts with other factors throughout life.
There are gaps in knowledge about fetal programming, especially in developing countries.
A fetal programming is a physiologic process that ensures an adaptation for external world during the intra uterine development.
Furthermore, epigenetic processes, among which the gene expression regulation by mirna action,are involved in fetal programming.
Impact of intrauterine fetal programming by low protein diet on rat prostate stem cells and morphogenesis.
Interesting hypothesis suggests that its risk can be modulated in early life periods,a phenomenon known as fetal programming.
Objective: to analyze the influence of fetal programming in the development of renal failure in experimental offspring of rats diabetic matrix.
This support the hypothesis that cardiometabolic alterations in adulthood could be caused by fetal programming induced by hypoxia.
In studies on fetal programming, the long interval between exposure and outcomes in the course of life increases the likelihood of loss to follow-up and confounding problems.
Adverse gestational conditions can lead to irreversible morphofunctional changes in the fetus,a phenomenon known as Fetal Programming FP.
In this context, most fetal programming studies focus on maternal influence, due to the greater interaction between mother and fetus in both fetal and lactation periods.
Inadequate maternal nutritional may predispose to neuromuscular disorders in the offspring,a phenomenon known as fetal programming.
Among these nutrients, ViD is emphasized,and its effects on fetal programming and gene regulation might explain why it has been associated with many health benefits throughout life.
Medical records and data recovery from SINASC,both promising strategies for studies about fetal programming, aim to mitigate such problems.
Abstract the fetal programming hypothesis suggests that intrauterine stimuli or aggression can induce metabolic and physiology changes in offspring, increasing the diseases risk in adulthood.
The advantages of this type of study include the possibility of testing hypotheses on long-term effects of exposures occurring during pregnancy through fetal programming and in early childhood on morbidity and causes of mortality in adulthood.
Studies indicate that mitochondria may be the target of the fetal programming because some factors may negatively affect the process of mitochondrial oxidative phosphorylation and thereby alter the development of the pups.
According to fetal programming hypothesis, metabolic exchange in utero establishes physiological standards that modulate the human health, contributing to common diseases in adulthood development, like metabolic syndrome(mets), obesity, and type 2 diabetes t2d.
In the Medline/Pubmed database keywords defined according to their description on the MeSH MedicalSubject Headings were used, searching: a birth weight or low birth weight and obesity or overweight or adiposity, and b fetal programming and obesity, and establishing the following inclusion criteria: studies performed in humans of both genders; age group between 6-18 y; and articles published and indexed in the database in the past 10 years.
In addition, the fetal programming theory helps explain the major role of NCDs in the epidemiological profile of these peoples, in addition to child malnutrition and vitamin deficiency diseases.