Compared with control mice, significant differences in the liver levels of many metabolites were found in the ALF mouse model, and some of these changes in liver differed from those observed in plasma.
However, it is more likely that the mechanisms mediating the attachment of tumor cells to endothelial cells of the liver differ from those mediating their attachment to endothelial cells of the lung.
The EPR data of recombinant mAOX1 were similar to those of AO from rabbit liver, but differed from the homologous xanthine oxidoreductase enzymes.
However the antioxidant potential observed in this study, using liver tissue, differed from published reports and may reflect the organ specificity with respect to free radical scavenging potential, as highlighted above.
The liver markedly differed from the biphasic response pattern in the small intestine (with peaks at 12 and 72 hours) in that its adaptive response peaked at 24 48 hours of fasting, while most adaptive changes had abated by 72 hours.
ATTR amyloid patients' gene expression profile of the main source organ, the liver, differed markedly from that of the controls, whereas the target organs' gene expression profiles were not markedly altered in the ATTR amyloid patients compared to those of the controls.
Since epithelial childhood liver tumours differ from adult liver tumours in histology and biology, the anti-tumoral impact of sorafenib cannot be clearly predicted.
In contrast, genes overexpressed in adult liver had TSS/Ex1 methylation patterns in fetal and adult liver that not only differed from one another (Fig. 6a), but also differed from the equally expressed genes.
An individual's functional cells, such as skin cells and liver cells, differ from one another because they express different parts of the DNA.
As NFκB is a family of heterodimeric (and homodimeric) proteins that include p50 (and its precursor p105), p52 (and its precursor p100), p65, RelB, and c-Rel, this observation suggests that the composition of the NFκB dimer in the liver differs from the other organs.
