Sentence examples for morphological destruction from inspiring English sources

Nevertheless, BM-MSC infusion restored islet morphology, suggesting the alleviation of morphological destruction in pancreatic islets.

In the meanwhile, there was no obvious morphological destruction on the polyimide film surface, which was evidenced by the atomic force microscopy study.

Those diseases are defined classically as being due to an irreversible neuronal death, cell dropout, and clear-cut morphological destruction of neuronal elements; their clinical manifestations only occur after a very large proportion of the neuronal elements have been destroyed.

"There are many paths to reach the same morphological end," Cohn said.

The average disease duration was 12.7 years, and the stage of almost all patients was classified as either Steinbrocker stage III or IV; therefore, the joint destruction (morphological changes), were significant in these patients.

They, often, survive the morphological alterations, taphonomic destructions, decay/mutilation and decomposition insults.

Overall, the model predicted that tillage direction (especially when conducted repeatedly in specific patterns over many years) and field boundaries play a very important role in the creation and destruction of morphological features across the landscape – even in near-level landscapes which were previously thought to be less susceptible to the negative effects of tillage erosion.

The morphological changes and the destruction of cytoskeletal proteins might be related to the activation of calpain.

Recently, McDonough et al. used micro-CT scans to quantify the degree of emphysema in different regions of lungs from patients with severe COPD by measuring the mean linear intercept (Lm), a morphological measurement of alveolar destruction [ 12].

Various HC systems were compared in terms of disintegration of WAS, and, among them, the EFM-HC system exhibited the best performance with the highest disintegration efficiency of 47.0 ± 2.0% as well as the destruction of WAS morphological characteristics.

The particles 100 nm in size were effectively adsorbed on the erythrocyte surface without causing cell destruction or any morphological changes in the cells, whereas 600-nm particles deformed the membrane and entered the cells, resulting in erythrocyte destruction (hemolysis) [67].