The interaction of carbohydrate-based polymers with asialoglycoprotein receptors (ASGPRs) on the surface of hepatocytes has been used to design hepatocyte adhesion matrices.
Finally, a study of a theoretical mixed-mode braking system design examines adhesion utilisation, ideal braking distribution and basic control strategies for regenerative or endurance braking coupled with friction braking.
Furthermore, it may pertain to the design of adhesion-modulating therapies alone or in combination with external autoantigen administration.
The surface materials and structures of insect cuticle can provide useful information for designing anti-adhesion components material.
This review article provides a brief idea of adhesives being used in commercially, types of transdermals, their anatomy, fabrication design, assessment of adhesion parameters, regulatory aspects, success and commercial application of adhesive technology in transdermal therapy.
Effects of tail design and hybrid adhesion with force analysis are numerically evaluated and presented.
From our findings, the desired mechanical parameters of attachment structures can conveniently be delineated in newly developed adhesion design maps.
Based on this, we introduce the concept of "adhesion design maps" which visualize the predicted mechanical behavior.
This design improves PPy adhesion onto stretchable materials such as poly(dimethylsiloxane) (PDMS) allowing the formation of conducting films on this kind of very flexible, hydrophobic materials.
RHa established the endothelial cell line and participated in the design of the adhesion assays.
