However, cell motility and nuclear structure were assigned nine and one unigenes, respectively, whereas no unigene was assigned to extracellular structures (Fig. 5).
By contrast, only a few unigenes were assigned to 'Cell motility' (4) and 'Extracellular structures' (22).
Only a small portion of the unigenes were assigned to 'cell motility' (0.046%) or 'undetermined' (0.005%).
A few unigenes were assigned to Cell motility (56; 0.33%), Nuclear structure (6; 0.04%), and Extracellular structures (1; 0.01%).
In contrast, only 0.32% and 0.02% of the unigenes were assigned to the "cell motility" and "nuclear structure" clusters, respectively.
Only a few unigenes were assigned to 'extracellular structures' (177) and 'cell motility' (31).
Whereas no unigenes were assigned to "extracellular structure", "nuclear structure", "cell motility" and "intracellular trafficking, secretion, and vesicular transport".
Only a small portion of the unigenes were assigned to 'nuclear structure' (0.059%) or 'cell motility' (0.15%).
The 154 peaks were assigned to genes involved in several functional classes such as motility and chemotaxis, iron homeostasis, and signal transduction and transcriptional regulators, including genes encoding proteins implicated in the turn-over of c-diGMP.
Guidance counselors were assigned.
