Sentence examples for level of assembly from inspiring English sources

Optimized at each level of assembly are the external shape of the construct and the relative thickness of each duct for fluid flow.

Furthermore, to go a step further, much of the code involved exists at the basic level of assembly, demonstrating ability and throughput to create, manage, and execute an advanced, time-sensitive design on a very low-level.

These studies illustrate how designed peptides can amplify the Ångstrom-level atomic symmetry of a surface onto the micrometer scale, further imparting long-range directional order onto the next level of assembly.

Analysis of matrix assembled by cells grown on FN-coated polyacrylamide gels of varying stiffnesses showed that rigid substrates stimulate FN matrix assembly and activation of focal adhesion kinase (FAK) compared with the level of assembly and FAK signaling on softer substrates.

Three fundamental examples show how to predict this trend: a power plant with fluid friction and finite heat transfer area, a vascular body with building blocks optimized at every level of assembly, and a vascular body designed based on a duct-pairing algorithm.

At the highest level of assembly, comparisons of pORF clusters reveal that 9% and 7.5% of the mRNAs are shared with the relevant metagenome.

Although Beck (2001) has indicated possibilities (such as quantum stochastic resonance) for achieving ordered patterns at the level of assemblies from fundamentally random synaptic processes, this remains an unsolved problem.

Another possibility proposed to limit phenotype space in modern cells is that of the existence of a level of organization intermediate between the macromolecule (or gene) and the cell: this would be the level of assemblies of macromolecules that perform a function, alias hyperstructures [ 3].

Markov chain, Monte Carlo method and symmetry-group theories are also used in our model to analyze different levels of assembly.

A progression of results is presented; surface pressure calculations are used to compute integrated drag on the non-rotating and rotating configurations at various levels of assembly.

Analysis of corresponding metagenomes confirms much higher levels of assembly in the metatranscriptomic samples and a far higher yield of large gene families with >100 members, ∼91% of which were novel.