Sentence examples for enabled the diversification of from inspiring English sources
Single-celled organisms incorporated these trace metals into metal-binding proteins that ultimately enabled the diversification of multicellular life, the researchers speculate online this month in Geology.
The differences in the active site of type-3 copper proteins are likely to have enabled the diversification of these proteins into a wide array of biological processes, including oxygen transport in molluscs and arthropods, innate immunity, wound healing and melanin pigment synthesis in a variety of metazoans, and the browning of fruits and vegetables [ 5, 10, 17- 19].
The discovery of DNA secondary structures, including quadruplexes in G-rich DNA (G4s) and iMs in C-rich DNA (iMs), has enabled the diversification of nucleic acid uses from their original roles in conventional biological processes to building blocks for nanoscale composite materials.
The context has since developed and today commissioners are being asked to strengthen the market further and enable the diversification of provision in a mixed economy of care.
Alternative splicing produces similar, yet different messages from one gene locus, thus enabling the diversification of protein sequences and function [ 4].
A better understanding of myostatin gene structure and phylogenies among other salmonids would therefore help explain fundamental mechanisms that influence duplicate gene fate and ultimately control their fixation and maintenance, which in turn enables the functional diversification of genes and genomes [ 17].
Many studies have corroborated the occurrence of the genome duplication event [ 3- 7], and several workers have hypothesized that the FSGD enabled the subsequent explosive diversification of teleosts by providing massive opportunities for evolutionary experimentation via gene duplication and decoupling [ 3- 6].
These methods allow access to greater synthetic diversification and have enabled the synthesis of compounds that have and will continue to facilitate further optimisation of the AF chemotype into a drug-like lead.
It is probably this capacity for rapid genetic diversification that has enabled the recent emergence of numerous economically and socially important pathogenic viruses of humans and their domesticated plants and animals.
Such dynamic changes enabled the introduction, amplification, and diversification of various toxin genes and pathogenicity factors and created the complex race structure that this organism displays today.
Recently, viral vector engineering involving high-throughput random diversification and selection has enabled the rapid creation of AAV vectors with valuable new gene delivery properties.
