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Biomedical subjects

A Borghetti

Publications and source records attributed to A Borghetti.

At least 163 records · Page 9Linked to original sources

Pathophysiology of respiratory muscles in course of undernutrition.

Derangements of respiratory muscle function play a key role in the pathogenesis of respiratory failure, as they are able to determine respiratory pump failure and ventilatory insufficiency. Undernutrition negatively influences respiratory muscle function both directly through loss of contractile elements, and indirectly, through worsening or induction of muscle composition derangements. The present review focuses on the importance of undernutrition as a pathogenetic factor of altered respiratory muscle function: respiratory muscle structure and function derangements in both animal models of undernutrition and in undernourished subjects without lung disease are described. The pathophysiology of respiratory muscles in undernourished patients with lung disease is also discussed, along with the complex relationships between undernutrition and some other "metabolic" factors of ventilatory insufficiency.

Animals↗

[Physiopathological and clinical features of hypernatremia].

The observation of hypernatriaemia in a large series under a variety of clinical conditions (gastrointestinal loss, increased "forced loss", and insufficiency parenteral feeding) is made the occasional for an overview of its main physiopathological and clinical features. From the physiopathological standpoint, the syndrome is rarely coupled with an absolute water deficiency. More commonly, sodium and water losses go together to bring about a fall in both intracellular and extracellular volume. The clinical significance of hypernatriaemia is essentially linked to increased osmolar content, not only of the extracellular liquid, but more particularly (due to water depletion) of the intracellular compartment, which underlies the establishment and progress of the anatomopathological lesions and the clinical symptoms.

Adult↗

The metabolism in shock.

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Carbohydrate Metabolism↗