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Liver fibrosis is characterized by changes in tissue architecture and extracellular matrix composition.
Excessive fat accumulation is accompanied by changes in tissue composition, architecture, and tissue remodeling [ 3- 5].
Therefore, we propose that this mechanism is disturbed by changes in tissue n-3 PUFA levels, thus could contributing to morphological alterations of liver tissue.
The postnatal transformation process from BAT to WAT in sheep perirenal adipose tissue occurred within the first two weeks after birth as determined by changes in tissue morphology, gene expression and mitochondrial density.
For example, initial reports of toxicity indicated by changes in tissue biochemistry in rainbow trout exposed to aqueous TiO2 NPs and SWCNTs appear now to have now been related to occlusion of fish gills and respiratory distress rather than NP absorption and direct toxicity in tissues.
Furthermore, although the peak pressures are less, the volumes of pressurized interface fluid in the 5-degree mantles have increased and this may have a significant clinical impact on periprothetic tissue, as the increased volumes of fluid will be less easily accommodated by changes in tissue compliance.
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We propose a cell-based mathematical model of tissue growth to investigate the systematic influence of curvature on the collective crowding or spreading of tissue-synthesizing cells induced by changes in local tissue surface area during the motion of the interface.
Some samples show an arrangement of vascular canals in rows (Fig. 10G I) and, therefore, a stratification of the cortex by changes in bone tissue and vascular canal organization and not primarily a stratification by growth marks, such as annuli or LAGs.
Alternatively, changes in trunk muscle activity may also been explained by changes in paraspinal tissue properties.
Oxygen supply is modulated by changes in the tissue blood flow and the oxygen utilization, and/or neovascularization after injury.
The greater risk of type 2 diabetes in the obese can, at least partly, be explained by changes in adipose tissue function (Bastard et al. 2006; Hajer et al. 2008; Rasouli and Kern 2008).
More suggestions(15)
by changes in memory
by shifts in tissue
by materials in tissue
by changes in risk
by cells in tissue
by changes in gene
by changes in chemical
by changes in presentation
by macrophages in tissue
by proteins in tissue
by changes in life-history
by chondrocytes in tissue
by changes in polarization
by differences in tissue
by changes in blood
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