Sentence examples for substrates printed from inspiring English sources

Human mesenchymal stem cells cultured on these patterns displayed good conformance on the soft and tacky substrates printed using this technique.

Optimal collagen patterns were obtained for substrates printed using macro-initiator 3. The use of a macromolecular initiator further reduced lateral diffusion, resulting in sharp AFM profiles, and the underlying polyelectrolyte multilayer improves the adsorption of collagen onto the uncoated islands.

To mimic the local complexity of environmental conditions in vitro, we used a contact micropatterning technique to examine cell growth and differentiation on patterned substrates printed with the commonly studied growth permissive and inhibitory substrates, poly-L-lysine (PLL) and myelin, respectively.

Because the substrates are printed on a commercially-available printer, generating substrates that contain an arbitrary number, size, shape and spatial density of cell-containing zones can be performed simply by altering the design in a drawing software.

Thirdly, our methodology may underestimate the number of proteins post-translationally modified if the substrates are printed on the microarrays in a manner that masks a specific sequence that must be recognized by the PTM conjugating enzyme, such as the ubiquitin ligase APC/CCDC20 which uses a destruction box motif (termed D box) for recognition [44].

Eighteen protein substrates were printed on modified glass slides using a standard contact-type quill pin arrayer.

The trace resistances and structural changes in the SL substrate and printed trace were compared for each experiment to determine the most preferred laser ink curing method.

Another significant example is seen in the adhesion between copper and substrate in printed circuit board technology.

At the appropriate time, the bacteria were removed from the incubator, loaded onto the substrate CD, printed upon, and returned to the incubator.

The printed substrates were calcined and then reacted in methane and hydrogen.

To directly melt the nanoparticles in order to increase the conductivity would demand a too high temperature (962°C for silver), for most printed substrates, such as paper, to survive.