Sentence examples for enhanced attachment from inspiring English sources

Specifically, we tested two predictions of this hypothesis: (i) Φ6 infection or attachment will result in enhanced attachment of subsequent viral particles and (ii) enhanced attachment will not occur in phage that utilize constitutively expressed lipopolysaccharide as a receptor.

The in vitro studies demonstrated that, compared with SW scaffolds, NF scaffolds enhanced attachment and proliferation as well as odontogenic differentiation of human DPSCs.

Investigations into the behavior of endothelial cells and mesenchymal stem cells on the RGD-modified ELP hydrogel surface reveal significantly enhanced attachment, spreading, migration and proliferation.

The simulation results showed how trichomes decreased attachment by lowering shear stress within the microarray while stomata and grooves enhanced attachment by creating small regions of increased shear stress triggering shear enhanced adhesion.

Incorporation of RGD peptides in hydrogel matrices significantly enhanced attachment, spreading, survival and mineralization of the encapsulated DFCs, suggesting that RGD additives might promote the use of hydrogels for periodontal mineralized tissue engineering.

After degradation by a bacterial protease, IgA Fab fragments induce the selective unmasking of a bacterial ligand used in interactions with host cells, providing a means for enhanced attachment.

Our findings confirmed that the 80 μm porous collagen scaffold could enhance attachment, viability and differentiation of the cancer neural stem cells.

β-(1 → 3) (1 → 6 -glucan was immobilized onto the PLGA film by plasma treatment in order to enhance attachment, viability, and growth of fibroblast for skin tissue engineering.

Golafshan et al. investigated the cultures of PC12 cells on the scaffolds; the results indicated that these scaffolds could efficiently enhance attachment, spreading and proliferation of PC12 cells [144].

By comparing the C60 attachment onto HHA and HFA surfaces to that of bare silica and DLVO predictions, we find that the HHA and HFA layers hinder attachment at low temperatures, while HHA enhances attachment at higher temperatures.

More importantly, the bio-inspired micro/nano-textured structure on the titanium surface possessed a favourable interfacial environment to enhance attachment and proliferation of human osteoblast-like MG63 cells.