Our results confirmed that for electrospun fibers of PCL and PLLA processed under similar experimental conditions, the molecular orientation decreased as the fiber diameter increased.
As a result, a total of 132 were grouped under biological process, 132 under molecular function and 153 under cellular component.
Subcutaneously placed matrigels were removed under gas anaesthesia and processed for molecular or histological analysis as described above.
Of the assigned GO terms, 13 260 were under the biological process domain, 10 280 under molecular function, and 9750 under cellular component (Fig. 1).
We also see significant enrichment of differentially expressed genes associated with cell wall biogenesis and organization, and genes categorized under molecular processes, such as hydrolase activity and catalytic activity.
Using an in-house script (Additional file 5), we tallied the number of matches to the GO terms in the most inclusive subcategories under "Molecular Function", "Biological Process" and "Cellular Component" (Additional file 6).
Related processes were also significantly over-represented under Molecular Function, as represented by the following categories: "ABC transporter activity," "transcription factor activity," "ATPase activity," "peptidase activity," and "chaperone activity," with z-scores of 3.02, 4.67, 2.24, 2.12, and 3.56 respectively (Table 3, under Molecular Function).
The number of genes in the GO groups under Molecular Function and Biological Process was well represented in monarch EST resource.
Of the Gh-D-J sequences, 41,222 GO terms were categorized under biological process, 19,406 under cellular component, and 13,899 under molecular function.
As a result, 27,813 contigs were grouped under molecular functions, 23,059 under biological processes and 24,184 under cellular components.
