Low SPBS and poor adhesion indicated that F2000 is unsuitable for veneering amalgam.
This bottlebrush coating also greatly reduced protein adsorption and platelet adhesion, indicating its excellent antifouling ability.
The addition of exogenous HA to the growth medium, or treatment of cells with HA, also decreased cell adhesion, indicating that HA also plays a role in the cell-substratum adhesion.
The reduced interfacial tension and increased adhesion indicated that MAP compatibilized the PP/LCP blends.
In addition, MDMS-embedded CPCs were cell friendly with excellent cell adhesion, indicating a possible candidate as bone graft substitutes.
In addition, HETCs and THETCs bear similar biological behaviors in terms of adhesion, indicating the possibility of using THETCs in place of HETCs in tissue engineering construction of human tendons.
Results from melt rheometry and SEM observation together with work of interfacial adhesion, indicated a strongest interfacial adhesion in blends compatibilized with SBS, poorest in blends compatibilized with SEBS, and moderate in blends compatibilized with SIS.
We report that hydrogen (H -terminated USND surfaces supported robust mesencH -terminatedll (MSC) adhesion and sUSNDval, while oxygen- (O) and fluorine (F)-terminated surfaces resupportedll adhesion, indicating that USND can be modified to eitherobustote or prevent cell/biomesenchymalteractionstem
OPN increased HepG2 in vitro adhesion to hyaluronate (HA); excess soluble HA extinguished OPN-mediated HepG2 adhesion, indicating CD44 dependence.
These findings, coupled with recent evidence that CD43 influences cellular adhesion, indicate that differential expression of CD43 may play a role in monocyte/macrophage trafficking.
