It can be seen that there are at least five well-defined brag peaks which specify the formation of highly ordered MSNs.
It is a blueprint of the morphology of the organism that is regulated by specific genes (homeogenes) during development [1]; these molecular mechanisms also specify the formation of the central nervous system [2].
From these data it is tempting to speculate that increasing levels of Fgf5 in the primitive ectoderm may reach a point that triggers the loss of pluripotency and adoption of a cell state receptive to inductive signals that function to specify the formation of the germ lineages, thereby ensuring the coordinated and complete differentiation of pluripotent cells during gastrulation.
To avoid confusion in the terminology, we shall use the term "protein crosslinking" in a general sense throughout this review article to specify the formation of one or more covalent bonds between proteins.
Considering our in silico data, and given the expression profile of Hox and TALE members in the Nematostella embryo, we propose that Hox TALE interaction networks could be used for regulating gene expression in the endoderm, likely for positioning and specifying the formation of the different mesenteries along the directive axis.
Specify the formation date and duration.
Here, comparing three sets of strains forming differently structured colonies (fluffy, semi-fluffy and smooth), each derived from ancestors with distinct genetic backgrounds isolated from natural settings (BR-88, BR-99 and BR-103), we specified the factors essential for the formation of structured colonies, i.e. for the lifestyle most likely to be preferred in the wild.
In view of the set of ordered pairs, each with specific characteristics (number of (SPT), cycle stress ration and liquefaction condition specified) resulted in the formation of relatively clear border between liquefaction and non-liquefaction points (Fig. 11).
Therefore, the radioactive equilibrium condition of the soil gas can help to specify the locations at which the formation of passages along which the gas can ascend rapidly has occurred.
In addition, we specify the factors involved in the formation of structured biofilm colonies.
