PCL/ECM composite scaffolds containing the most mature mineralized matrix resulted in the most rapid increase and highest levels of alkaline phosphatase activity and calcium deposition compared to all other scaffold groups.
Most of the genes, 713 (67%) were localized in scaffolds containing two or more IRPs.
Similarly, we found preferable cell attachment on the scaffolds containing elastin and neurite extension only on the elastin-containing scaffolds.
We successfully fabricated SF-based fibrouscaffoldsds containing rhBMP2.
Cell attachment was significantly higher in scaffolds containing elastin than the scaffolds containing only PCL, as shown in Table 2.
This could enable us to distinguish exon-rich scaffolds from those scaffolds containing primarily intergenic regions.
Fibroblasts produced more collagen on scaffolds containing either AA or A2P compared to cells grown on control scaffolds.
A total of 2468 scaffolds containing approximately 346 Mbp were ordered by this alignment of tef scaffolds to sorghum chromosomes.
The prepared scaffolds contained interconnected porous architecture.
Some scaffolds contained abundant miRNAs, such as scaffold001808.
