Sentence examples for far unexplored from inspiring English sources
The exploitation of size- and shape-controlled biosynthesis of CdS nanoparticles using live photosynthetic bacteria is so far unexplored and underexploited.
Nevertheless, I am going to attempt it, in the hope that it can help others identify so far unexplored avenues of digital epidemiology.
But my main goal for offering a stricter definition here, as stated above, is simply to provoke the identification of so far unexplored avenues and data sources that can potentially enrich epidemiology.
In a continuing effort to improve the subtype selectivity and agonist potency of estrogen receptor β (ERβ) ligands, we have designed and developed a thus far unexplored structural series obtained by molecular refinements of monoaryl-substituted salicylaldoximes (Salaldox B).
The flight schemes are designed to include a lunar return and the libration points in the Sun-Earth/Moon and Earth-Moon systems, with an emphasis on the Earth-Moon triangle libration point thus far unexplored.
The present study addresses a natural interconnection (so far unexplored in the specialized literature) between the dimensionless mean temperature and the dimensionless center temperature (taken from the first Heisler chart) affected by the Biot number.
Due in September, M Train (Alfred Knopf) redirects the focus on Smith herself, her later musical life and her thus-far unexplored parallel careers as a wife and mother.
By comparing the obtained disruption targets with lists of drug molecules we find that many of these targets can be acted upon by existing drug compounds, whereas the remaining ones point at so-far unexplored targets.
So: a niceish try, a fine premise and early days: but the "luck" aspect and its concomitant payoff is so far woefully unexplored, and at its very worst it's as if Taggart has mistakenly wandered into not even DC Comics but DC Thomson, of Beano fame.
The unique combination of sub-nanometer high-resolution surface microscopy and in situ nano-scaled structural buildings elucidates a new field which is so far relatively unexplored in fabrication and process control of fundamentally important nano-objects like graphene.
However, one of the advantages of pSi, which has so far remained unexplored in the context of solid-phase DNA, is its ability to degrade in aqueous milieu including biological fluids [31, 32], which can be exploited for the on-demand release of the synthesised DNA strands from the surface or for the dissolution of the solid support in situ.
