As shown in Figure 2(c), immunoprecipitation was recruited to evaluate the interaction between MGr1-Ag/37LRP and pFAK in the condition of adhesion to LN and control.
The influence of chemical and thermal conditions on adhesion is adequately described by the equilibrium and reaction enthalpy data of the surface ionisation reactions.
Using this method, the pull-off tests between a stamp and a UV curable resin for UV-NIL was conducted, and the effects of UV-NIL process conditions on adhesion properties were investigated.
The parametric description of the geometry and the incorporation of material inhomogeneities by a sequence of homogeneous subregions allows for the treatment of any material combination including closely packed composites and conditions of imperfect adhesion.
The PFA-100™ system simulates in vitro haemodynamic conditions of PLT adhesion and aggregation in a vascular lesion.
Homotypic or entotic cell-in-cell invasion is an integrin-independent process observed in carcinoma cells exposed during conditions of low adhesion such as in exudates of malignant disease.
The amoeboid-like mode of migration observed by our live-imaging is seen in conditions of low adhesion and higher levels of confinement (Lämmermann and Sixt, 2009; Liu et al., 2015) and consistent with this, we find migration appears independent of the focal adhesions required for migration of SCs in 2D while dependent on actomyosin contractility from the rear of the cell.
In contrast in 3D, the SCs exhibited a more ameboid-like mode of migration with the extension of protrusions followed by a contraction of the rear of the cell, a movement characteristic of conditions of lower adhesion and higher levels of confinement (Lämmermann and Sixt, 2009; Liu et al., 2015).
This work focuses on the performance of some carbide composites, in particular alloys designed for metalforming in wear conditions with prevalence of adhesion.
Additionally, as samples were aged under ambient environmental conditions, the work of adhesion increased by an approximate factor of two, likely from oxidation of the surface or adsorption of oxygen containing species from the lab environment.
