Our study gives two main insights.
"Our study gives at least a starting point".
Our study gives a novel and useful insight in the diffusion process in a dynamic context.
Our study gives theoretical support for the optical properties of CNTs that are observed by electron/hole doping.
Our study gives a hint to look at the Y chromosome, and maybe the X chromosome, too, while you're at it".
Our study gives a sense of how things get accomplished in settings where existing incentive schemes should lead to nothing getting done.
Thus, our study gives an example of how vital functions in bacterial physiology can evolve through the acquisition of different molecular mechanisms in different species.
Our study gives further insight into nitrogen doping effects and the relation between type of nitrogen inclusion and nitrogen doping levels.
In agreement with a growing literature, our study gives additional support to the idea that AV plays a key role in freshwater fish recruitment.
Our study gives both insights on the influence of N modification of the carbon support in platinum catalytic effectiveness and a route for formation of certain nitrogen functionalities on the carbon support.
In general our study gives insights on how species coexistence is related to life history traits and environmental variation, which is also relevant for the conservation and management of species-rich meadows.
