Sentence examples for more cells adhered from inspiring English sources
However, more cells adhered, proliferated, and exhibited greater amounts of phospho-p42/44 phospho-p42/44ted-protein-kinase on low- comitogen-activated-protein-kinase
No significant differences were observed in the density of adherent cells under serum-free culture condition; while in serum-containing condition, significantly more cells adhered on the L-Cys assembled surfaces.
For the synovial cells, cell concentration did not affect cell seeding efficiency, but more cells adhered to the hybrid mesh in the serum-free medium than did in the serum medium.
There were slightly more cells adhered to the sparse positioning density than the dense positioning density after cell seeding for 1 day, irrespective of parallel or grid pattern.
On day 0, 2.8-fold more cells adhered to the culture plastic (control group, 344 ± 180 cells) than to SF membranes (SF membrane group, 123 ± 33 cells).
As depicted in Figure 7, more cells adhered to the PLGA/nHA-I composite nanofiber scaffolds (Figure 7c,f) contrary to the PLGA/nHA composite (Figure 7b,e) and pristine PLGA nanofiber scaffolds (Figure 7a,d).
Therefore, we believe that the small diameter nanotubes provide more anchor points for (ECM) proteins attachment due to higher surface-to-volume ratio compared with larger diameter nanotubes, which leads to more cells adhering on small diameter nanotubes.
Dynamic evaluation of tumour cell endothelial cell interaction revealed that more PC3par cells adhered to HUVEC over time than did PC3res cells.
Quantification of adherent cells revealed that twofold more Mac-1-positive cells adhered to the bEnd5 monolayer when they were cultured in pFN-complemented medium as compared to pFN-free medium (Fig 5E), indicating that soluble pFN promotes adhesion of Mac-1-positive cells to ECs.
Cell attachment data showed that NIH 3T3 cells adhered more to the PCL/keratin nanofibrous mats than the pristine PCL mats.
As expected, lactate-grown C. albicans cells adhered more strongly to plastic surfaces than cells grown on glucose (Fig. 2C).
