Our results show that the role BMP signals play for the generation of eye-field cells changes between the blastula and neural tube stages.
These additional mechanisms could include more complicated signalling pathways that regulate morphological and phenotypic cell changes, more complicated interactions between cells and their heterogeneous environment as well as the impact of nutrient deficiency, for example [ 52, 70].
It is possible to identify the cell morphology changes between the beginning (Figure 3a) and the end of the measurement (Figure 3b), with a slight change in shape, reorganisation of small lipid structure, or movements of nucleoli.
It involves a series of automatic algorithms including image segmentation, boundary smoothing, skeletonization and branch pruning, and takes into account the cell shape changes between successive frames to detect protrusion and retraction activities.
On the other hand, ECLDH with the large S0.5 is likely favorable for facultative anaerobes such as E. coli, in which the pyruvate level within the cells dynamically changes between anaerobic and aerobic conditions like the muscle-type l-LDH isozymes (Holbrook et al. [1975]).
Ingenuity Pathway Analysis (IPA, Ingenuity® Systems, http://www.ingenuity.com, Redwood City, CA, USA) was done using differentially expressed genes (DEGs) with P < 0.001 with at least a 1.3 (A172 cells) and 1.5 (U87 cells) fold-change between hHSS1 expressing cells and control.
Electric current of the cells changed in between two levels (7.41 ± 0.1 and 7.68 ± 0.1 A) depending on water temperature and water flow rate.
However, the experimentally observed variations of the Nanog levels within individual ES cells show that the regulation of Nanog levels is a dynamic phenomenon (i.e. the cells change reversibly between the high and the low state).
Our analytic approach was to compare cell types sorted by the same FACS protocol to each other and then to evaluate whether a given cell type's epigenetic relationship with the other cell types changed between FACS methods.
In temperature-insensitive paralyzed (pf18 ) and WT cells, changes in gliding speed between permissive and restrictive temperatures were negligible.
