Sentence examples for information storage functions from inspiring English sources

The results indicate that the title species are quite promising multicomponent systems for the development of functional supramolecular systems, with particular regards towards the design of nano-organized species featuring information storage functions, molecular wire-type behavior, and light-harvesting antennae properties.

Therefore, RNA/DNA duplexes could be viewed, superficially, as a "polynucleotide bilayer" with a higher level of sophistication in terms of structure, information storage, and function (compared with the lipid bilayer).

In parallel, the functions of DNA molecules have been expanded from pure genetic information storage to catalytic functions like those of protein enzymes (DNAzymes) and specific binding functions like antibodies (aptamers).

Next, we matched all widespread genes in every body site to the clusters of orthologous groups (COG 47 general categories of molecular functions: 'Information Storage and Processing' (ISP), 'Cellular Processes and Signaling' (CPS), 'Metabolism' (MB), and 'Poorly Characterized' (PC) (Fig. 8B).

Such architectures hold promise for creating many useful nano machines, such as molecular sensors, molecular motors, and nano-scale information storage systems, by giving function to a surface.

This hypothesis was supported by phylogenetic and phyletic analyses based on a common set of proteins conserved in Eukarya, Archaea, Bacteria, and viruses, and implicated in the functions of information storage and processing.

This hypothesis was supported, on the one hand, by phylogenetic analysis of eight proteins implicated in the functions of information storage and processing and highly conserved among eukaryotes, archaea, bacteria, and viruses, and on the other hand, by phyletic studies of their repertoire of informational genes [12].

These proteins had diverse functions, including information storage, metabolism, cell signaling, and unknown.

Gene loss that occurred as the SFG separated from the TG mainly considered genes involved in metabolic functions and information storage and processing.

Supramolecular structures modeled after biological systems (DNA and enzymes) are being developed to simultaneously mimic natural biological functions including catalysis, information storage, and self-assembly and to engineer novel electronic and magnetic properties.

Categories J, A, K, L and B represent functions related to information storage and processing.