Sentence examples for alterations stemming from inspiring English sources

In the growth phase, occlusal interference can lead to symptoms due to the functional deviation of the mandible and periodontal alterations stemming from pain.

We also identified changes in multiple other ether lipid species including phosphatidylcholine-plasmalogen (PCp), phosphatidylinositol-ether (PIe), and phosphatidylglycerol-ether (PGe), likely due to network wide alterations stemming from 2-acetyl MAGe or MAGe metabolism.

In the present study, as well as in the study of Tung and Kiyak (1998) [ 23], parents were found to be more concerned with aesthetic conditions than functional alterations stemming from malocclusions.

The sessions were always held between 6 and 8 pm to minimize physiological variations and alterations stemming from the circadian rhythm, as suggested by Miles et al. [ 13] and Teo et al. [ 15].

These results extend from previous reports (16, 30, 39, 41, 49) by illustrating functional recovery in both male and female Mecp2-deficient mice in different sets of behavioral tasks, and confirming the reversibility of impaired neural networks and autonomic nervous system alterations that stem from the absence of Mecp2.

The likelihood of these alterations in brain function stemming from HIV is supported by the fact that the brain serves as a reservoir for the virus during latent periods [ 9].

Although several clinical studies have detailed stem cell transplantation and/or therapeutic methods using Gal-1 and ECM proteins, serious problems such as degeneration of scaffold protein, destruction of stem cell constituents, and alterations in stem cell functions may arise during transplantation and cell therapy.

Even though we do not yet know how pathogenesis ensues, one compelling mechanism is transcriptional misregulation stemming from alteration in histone acetylation.

Examination of regional alterations in various diffusion parameters, including radial and Dax in addition to anisotropy, showed distinct zones of alterations that potentially stemmed from different underlying pathological processes.

This effect may ultimately exert an accelerating influence on the aging of the stem cell population and consequently produce detrimental alterations in stem and progenitor cell populations that compromise organismal-level longevity in mammals, in contrast to findings in Drosophila.

To fully understand the epigenetic alterations in cancer stem cells, it is important to have a global picture of the epigenetic landscapes in normal adult stem cells.