Sentence examples for diversified structures from inspiring English sources

The simulated results show that proper encoding of intramolecular interactions into the cruciform building bricks allows for directing the self-assembly towards largely diversified structures ranging from nanoclusters to porous grids.

An advanced co-extrusion technology was employed to fabricate the polyethersulfone (PES) hollow fiber supports with diversified structures from macrovoid to sponge-like.

Owing to its diversified structures, high affinity, and specificity for binding a wide range of non-nucleic acid targets, aptamer is a useful molecular recognition tool for the design of various biosensors.

Organized assemblies of nanoparticles (NPs) with diversified structures have received much attention because they combine both the unique size-dependent physical properties of individual NPs and the collective physical properties that can optimize and extend their applications in optical and electronic fields [1 10].

We can ask how much species variation exists among a subcellular structure in its protein components and its use of paralogues to diversify structure and extend function.

But as the company has grown and diversified, the structure has proven less suitable.

The fact is that plant leaves are diversified in structure and geometric shape, which usually makes the realistic rendering of plants leaves very difficult.

However, we emphasize that in animal/plant genomes, an ancestral SET1-related gene has multiplied and diversified its structure and, most likely, function.

C-type lectins are ubiquitous components of the venom, but are very diversified in structure-function terms, and thus, it is interesting to understand how the C-type lectins from M. corallinus fit in the phylogeny of lectins.

To diversify the structures at the last step of the synthesis, two key intermediates 4 and 6 possessing terminal alkynes at the C5- and C5′-positions were designed and synthesized using two distinct strategies.

The structural timeline (0 ≤ nd ≤ 1) can be divided into five different phases by studying the emergence, distribution and diversity of FFs: (1) A primordial (communal) protein world (phase I; 0 ≤ nd ≤ 0.150): In this ancient phase, domain structures diversified but were rapidly shared by the emergent cells.