Sentence examples for better understand their biological from inspiring English sources

Basic information on the structure of e-pili, mechanisms for electron transport, and other electronic properties is required in order to better understand their biological function and to guide the design of synthetic e-pili for applications as electronic components.

To better understand their biological role, we have begun to investigate additional repeat-containing ORFs in C. albicans.

To determine genomic AR binding sites and better understand their biological significance, we mapped both AR-occupied regions (ARORs) as well as histone H3 acetylation (AcH3) states chromosome-wide (large parts of chromosomes 19 and 20) in the C4-2B aggressive PCa cell line.

To better understand their biological functions, we also identified 44 GO terms for the predicted targets of the putative novel miRNAs (Additional file 9).

In conclusion, more research on high-potency sweeteners is required to better understand their biological effects, safety, and potential therapeutic applications.

Considering that the analysis of sugar transporter orthologs in different species might help to better understand their biological function, we analyzed the recently sequenced Vitis vinifera genotype PN40024 [ 29] in order to identify sugar transporter gene families in this species.

Extracellular vesicles, including exosomes, are currently being investigated to better understand their biogenesis and biological functions.

These recurrently regulated genes should be further studied to better understand their impact on radiation-induced biological responses and in particular the local and systemic effects that involve inflammation, the immune system and the cytokine network.

To characterize the biological processes that may be occurring within each cell type, and therefore to better understand their function, Gene Ontology analysis of the biological processes to which each enriched gene contributes was carried out (Additional file 6).

Perls, Sebastiani, and their colleagues want to replicate the findings in other groups of centenarians and also try to better understand the biological mechanisms driving their signature.

In our analysis, we used a stringent computational metric to match miRNAs to their predicted mRNA targets to better understand the biological implications of formaldehyde exposure.