With the development of bioorthogonal chemistry, new strategies to modify the liposome surface have been explored.
The catalytic cyclotrimerization of alkynes on reduced TiO2(0 0 1) surfaces has been explored to probe the active sites for carboncarbon bond formation.
Fractal properties of surfaces have been explored by many investigators.
The specific reactivity and ability of biofilms to form stable polymer-like hydrogel aggregates of microorganisms adhering to common solid (including the glassy carbon electrode) surfaces have been explored here to form systems analogous to electrocatalytic redox-polymer modified electrodes.
With the aim of describing and characterizing the three-dimensional shape of the plough, permitting the obtaining of a tool for an adequate preparation of the soil for cultivation, as well as reducing labour costs, in this work different approximation methods of three-dimensional surfaces have been explored.
In this context, epratuzumab, a humanized monoclonal IgG1 antibody (mAb) that targets the B-cell surface molecule CD22, has been explored in an early clinical trial [ 2] and more recently in a phase IIb randomized clinical study which showed a treatment advantage with epratuzumab over placebo of around 25% at week 12 [ 3].
The sparsity of response surface on the mathematic basis has been explored to accurately represent the variation between design variables and performance response with only a few design points, which is very beneficial to efficient design optimization.
Due to the harsh conditions on the surface, little of the planet has been explored; in addition to the fact that life as currently understood may not necessarily be the same in other parts of the universe, the extent of the tenacity of life on Earth itself has not yet been shown.
"Stabilization", i.e., the consequences of intentional decrease of the uniquely large surface energy of gold nanoparticles, has been explored by numerous research groups in the past.
As an intervention to abrogate ischemic cardiomyopathy, the concept of applying a temporary, local patch to the surface of the recently infarcted ventricle has been explored from a number of design perspectives.
