Sentence examples for modifications can provide from inspiring English sources
Genome-wide profiling of histone modifications can provide systematic insight into the regulatory elements and programs engaged in a given cell type.
Although the accumulation of carbonylated proteins is a general marker of oxidative stress in damaged and aging tissue, the monitoring of specific protein modifications can provide additional insight into the nature and site of oxidative stress.
The docking experiments verified that such modifications can provide the reasonable fit of selected compounds with uPA active site.
Site-specific chemical modifications can provide a powerful means for the development of engineered proteins with beneficial functions.
As stated by the authors (Wang and Ha, 2013), TGT molecules with modifications can provide an experimental system for the study of many other types of receptors.
Combining this information with additional information such as phylogenetic analysis, three dimensional conformations of the ribosome and tRNA molecules and knowledge related to tRNA modifications can provide a better understanding of the exact structure of the ribosome and tRNA molecules, their biochemical interactions, and their evolution.
Therefore, polydopamine-mediated surface modification can provide a versatile platform technology for developing chemically defined, safe, functional substrates and scaffolds for therapeutic applications of human NSCs.
One valuable method entails transferring a known gene into the recipient genome at random, as analyses of the phenotypes resulting from gene inactivation or modification can provide insight into the function of the affected genes.
Additionally, the cooperation effects of carbon nanotubes preservation and nitrogen modification can provide fast electronic pathways, and the TiO2 nanosheets can promote sodium ions transport and increase the active sites for sodium storage.
After 10 cycles, the mineralization ratio of the modified cathode was still above 45%, suggesting that the modification method can provide an effective approach to improve EF performance, and thus benefits to promote its environmental applications.
Since these epigenetic alterations are reversible, identification of methylated genes for targeted modifications in cancer can provide a new approach to successful drug therapies.
