Sentence examples for materials enables us from inspiring English sources
The use of optically pure l-α amino acids as the starting materials enables us to tune PDI π-stacking interaction in optically active polymers.
The evolution of travel and lightweight materials enables us to move about relatively unencumbered.
Although the endovenous approach has been suggested straightforward, innovative materials enable us to explore alternative approaches, which might reduce complications and improve results.
The relatively huge amount of the surviving material enables us to tell a relatively coherent story about the production of this material.
The incorporation of an explanatory variable, namely hemisphere weight, and the adoption of a specific gravity ρ = 1.04 g/cm3 for the material, enabled us to carry out an allometric analysis for the total compartment which revealed a significant bias of the MRI data.
Our extensive data material enabled us to estimate sex and age specific incidence with high precision.
As mentioned in the background section, data were measured from the same plant material, enabling us to directly correlate the data from different domains.
The histopathological evaluation of tissue composition (amount of cancer and normal benign structures of stromal and epithelial cells) in our fresh frozen sample material enabled us to investigate the effect of sample composition on PCa subtyping.
The large material enabled us to detect small differences between parents of OWC and of NOWC, which may give rise to a new hypothesis regarding the beliefs of parents of OWC.
This material enabled us to map several QTLs for important agronomical traits under two water regimes, to explore the reservoir of useful alleles from the wild species, analyze the subgenome contribution to the quantitative trait variation and identify chromosomal regions associated with domestication.
The summary of TAP classification results for (formerly) plastid-bearing organisms (supplementary table 4, Supplementary Material online) enables us to identify trends during the evolution of photosynthetic eukaryotes.
