Sentence examples for more microscopic from inspiring English sources
'more microscopic' is a grammatically correct and usable phrase in written English
It is typically used to describe an object or situation that requires an increasingly small degree of detail or precision. For example, "The analysis of the DNA strand requires more microscopic observation than ever before."
That dance music has lost its way, proliferating into ever more microscopic genres which appeal to ever more microscopic audiences.
And the toll on their bodies, maybe on their hearts, needs more microscopic investigation than they are given.
"No selection process has been more drawn out and more microscopic than the last few Olympics," the 29-year-old Miller said Friday.
Last winter, during a rape investigation by the Bronx district attorney's office, advances in technology gathered more microscopic data out of those same swabs.
Indeed, the more microscopic biology gets, the more diverse it becomes.In that context, the discovery by Curtis Suttle of the University of British Columbia and his colleagues of a critter they propose to call Cafeteria roenbergensis virus, or CroV, should not be surprising.
On a more microscopic level the stochastic process is described by a Smoluchowski equation for the one-dimensional probability distribution.
Cells and Dil-ox-LDL incorporation were visualized using a laser confocal microscope (Nikon Inc .. Fifteen or more random microscopic fields were examined to quantify the fluorescence intensity of Dil-ox-LDL Dil-ox-LDL Dil-ox-LDL
However, the formalin-ether concentration technique lacks sensitivity for several intestinal protozoan species as well as many helminths (described below), and hence there is a pressing need for new and more sensitive microscopic techniques (e.g. FLOTAC) [ 122] and non-microscopic diagnostics.
Though amoebas would seem unlikely to coordinate interactions with one another over much more than microscopic distances, the discovery of such a massive clonal colony, he said, "raises the possibility that cells might evolve to organize on much larger spatial scales".
Eventually, the idea of entropy being just an inherent property of a system was replaced by a more detailed microscopic understanding championed by Josiah Willard Gibbs, Max Planck, and Ludwig Boltzmann.
Thus the UFM, he says, could help materials scientists design even more stable microscopic devices such as transistors and other micromachines.
