However, our observations could explain why differentiation of hESCs is always asynchronous with cells upregulating differentiation markers more rapidly than others.
Several studies have attempted to explain niche differentiation in Daspletosaurus and Gorgosaurus.
Professional antigen presenting cells, however, were not present in the OP9-dl1 cultures or in 2-deoxyguanosine-pretreated FTOCs, which may explain the differentiation of thymocytes in vitro but not in vivo.
Nevertheless, this information is undoubtedly an important factor to consider when trying to explain genetic differentiation.
The significantly reduced expression of RUNX1T1-S might partially explain the differentiation defect observed in FTO-deficient cells.
Therefore, the use of raw accelerometry may explain the differentiation of sedentary behaviour from low-intensity PA in this study.
However, absence of Sox9 cannot explain the differentiation defect in SoxB1-deficient oligodendrocytes (Finzsch et al., 2008).
Geographic distance does not explain genetic differentiation along the east/west axis but it does for the north/south axis.
With the emergence of teeth, the sensory perception of texture may have refined and could explain this differentiation in mastication behaviour between the two food consistencies.
