Sentence examples for morphological changes contributing from inspiring English sources

This study attempts to reveal the molecular and morphological changes contributing to congenital heart defects in embryos of diabetic pregnancy.

We also demonstrated that the morphological changes contributing to this remarkable improvement occur as a consequence of lignin removal from the sample.

Collectively, the aforementioned morphological changes contribute to the formation of a structural substrate that promotes the onset and progression of AF.

Accumulation of advanced glycation end products (AGEs) in the vasculature triggers a series of morphological and functional changes contributing to endothelial hyperpermeability.

The intervertebral disc contributes to motion, weight bearing, and flexibility of the spine, but is susceptible to damage and morphological changes that contribute to pathology with age and injury.

The induction of lateral roots, the increase of surface roughness of leaves and roots and the protect packing by HS particles as important morphological changes that contributes to the PGPB population increase promoted by HS.

In response to a variety of stimuli, including RTK-mediated signals, the mammalian heart undergoes morphological changes that contribute to the development of dilated or hypertrophic cardiomyopathies (Heineke and Molkentin, 2006).

15 16 Endothelial dysfunction and functional alterations of the microcirculation, on the other hand, precede morphological changes and contribute to an increased vascular permeability 17 and an impaired endothelial vasodilatory response.

Biological scientists have long sought after understanding how genes and their structural/functional changes contribute to morphological diversity.

Although both human and experimental studies have suggested that airway changes contribute to impaired lung function in acute lung injury, no study to date has focused on distal airway morphological changes in the lungs of human subjects with ARDS.

We may wonder whether the morphological and electrophysiological changes that we have observed perinatally in S-type motoneurons have a long term impact in adulthood and whether these early changes contribute to the survival of S-type motoneurons.