Sentence examples for environments of distinct from inspiring English sources

Experimentally, a new fluorescent molecule of the HBO family, 2-(2′-hydroxy-4′-aminophenyl -6-nitrobenzoxazole (BO6), was synthesized, purified and characterized, including solvent environments of distinct polarities.

Finally, bacteria living in environments of distinct salinity (halophiles versus halotolerants) and temperature (mesophiles versus psychrophiles and thermophiles) were compared, to assess any large-scale adaptation of their metabolic network to these environments.

We also show that no distinction could be made between bacteria living in an environment of distinct salinity or distinct temperature, based on the topology of their NIPs.

In an effort to reflect different growth environments typical of distinct lab setups, plants of each line were grown in a set of conditions, differing in photoperiod, thermoperiod and growth substrate between lines (see methods).

Within the nuclear environment a variety of distinct nuclear bodies exist.

The use of distinct environments permitted detection of a great number of environment-modulated and minor-effect QTL.

A common-garden reaction norm experiment, where different populations are reared at a common set of distinct environments, uncovers the genetically-based differences between populations in response to a set of environments.

The overall impression is not of a hangar-like space, as it used to be, but of distinct environments linked by the expansive atrium.

There should be a positive relationship between the areal extent of a taxon and the number of distinct environments encompassed by the overall geographic range during any given geological instant.

Here, we present two case studies showing how the implementation and combination of these approaches can advance our understanding of how the interaction between genotypes, phenotypes and the environment drives the evolution of distinct morphologies.

We present case studies showing how the implementation and combination of these approaches can advance our understanding of how the interaction between genotypes, phenotypes and the environment drives the evolution of distinct morphologies.