Ethanol partitioning to the unsaturated zone pore water reduced its mass fraction within the NAPL thus reducing its anticipated impact on the fate of the hydrocarbon compounds.
The fate of the acridone molecule (compound 10) in the P-glycoprotein environment is analyzed through analyzing the conformational changes occurring during the molecular dynamics simulations.
The fate of these compounds in the rumen needs to be evaluated considering that SM have been implicated in fiber and protein degradation in the rumen.
Understanding the fate of these compounds in environmental studies, it requires previously the knowledge of the reactive processes in controlled conditions.
Nevertheless, only few of them have been reported to occur in urine, which raises questions on the fate of these compounds in the human body.
In order to fully explore the capabilities of microorganisms in cleaning up the environment, the use of computational tools to predict novel biodegradation pathways for pollutants and gain a better understanding of the fate of these compounds in the environment would be valuable [ 11].
Empirical analysis of the fate of these compounds could provide important new insight into bacterial objective during proliferation.
Overall, findings emphasize the importance of adsorption and transformation processes in governing the fate of these compounds in lagoon waste, which is ultimately used for broadcast application as a fertilizer.
The fate of the project remains uncertain.
The fate of the tusks is unknown.
The fate of the fourth remains unclear.
