Flyvbjerg (2006) clarified that to employ in-depth research on any topic, "one can study only one case, and the result can be generalized".
So, based on ((mathrm{P}_{rho })), one can study and present effective algorithms for the original problem (P), e.g., Refs. [1, 3 6].
Generally, one can study facility location problem based on essence of matter and used parameters are classified into two types: (1) certainty and uncertainty, (2) sustainability and unsustainability.
Once a mutant version of the bait (A) is found, one can study the influence of this mutation on the phenotype.
In addition, one can study the impact of associated mutations on the efficacy of novel targeted therapies across multiple tumor types that share mutations.
In the high level, one can study the impact of some specific environment on the community within its impact zone.
With a complementary approach, one can study a system at the functional level, based on the study of fluxes at steady states.
One can study molecules, ion channels, single neurons, functional areas, circuits, oscillations and chemistry.
Work can be controlled: one can study harder, research deeper, push oneself further.
There is a mirror at the bottom of the cavity so that one can study the bottom of the globe.
One objective of the Journal of Mundane Behavior is to convince aspiring sociologists that one can study everyday life and still be a social repairman.
