Sentence examples for molecular level phenomena from inspiring English sources
In this paper, we use computer simulation to probe molecular level phenomena and mechanisms in such systems.
A connection is established between molecular level phenomena (molecular dynamics simulation) and macroscopic properties to obtain the solubility of solutes in a solvent.
It is the creation of new materials, devices and systems at the molecular level — phenomena associated with atomic and molecular interactions strongly influence macroscopic material properties with significantly improved mechanical, optical, chemical, electrical … properties.
With the well-defined morphology and chemical structure, combined with easy preparation, these model surfaces provide excellent means to explore the molecular level phenomena, taking place during various processes involving cellulose.
These answers are couched in terms of molecular level phenomena and they provide much of the basic theory associated with molecular genetics.
Our observation further elucidates the importance and sensitivity of molecular level phenomena taking place at the nanometer scale to osteoarthritic degradation.
The logic description therefore allowed us to easily relate tissue level phenomena to cellular- and molecular-level phenomena.
At the molecular level this phenomenon is mediated by parasite proteins expressed on the surface of infected red blood cells.
At the molecular level, this phenomenon was proven by the restoration of the lipid metabolism-related genes SREBP1c and adiponectin (Fig. 2).
This problem is not trivial because of the inherent complexity of biology and difficulty to design proper experiments able to address the molecular level of the phenomenon in vivo.
Exactly what drives this complexity at the molecular level, or why this phenomenon seemed to truly take off like wildfire millions of years ago, is yet to be determined, but the new research prompts a fascinating rethink about how complex life evolved on Earth and perhaps elsewhere in the universe.
