The phrase "atomistic picture" is correct and usable in written English.
It can be used in contexts discussing theories or models that break down complex systems into simpler, individual components.
Example: "The atomistic picture of the universe suggests that everything can be understood by examining its smallest parts."
Alternatives: "reductionist view" or "fragmented perspective".
Salahuddin notes that the confluence of experimental observation and theoretical calculation provides a concrete validation of the negative capacitance concept as well as an atomistic picture of a material in this state.
Simulations of antimicrobial peptides in membrane mimics can provide the high resolution, atomistic picture that is necessary to decipher which sequence and structure components are responsible for activity and toxicity.
Here, based on extensive molecular dynamics simulations, we present an atomistic picture of the pathways mediating the allosteric regulation of the PPIase domain of Pin1 by its WW domain.
On the other hand, there exist a few reports in which the atomistic picture of water permeation across GO membranes is investigated by means of molecular dynamics (MD) simulation.
Abstracting away from Russell's particular examples of proposed analyses in terms of sensible particulars, the general framework of Russell's atomistic picture of the world, which consists of a plurality of entities that have qualities and enter into relations, remains one to which many contemporary philosophers are attracted.
Yet, understanding collagen catabolism has been challenging partly due to a lack of atomistic picture for its load-dependent conformational dynamics, as both mechanical load and local unfolding of collagen affect its cleavage by matrix metalloproteinase (MMP).
This study presents a microscopic picture at atomistic details for explaining the large difference in the dissociation rate constant among different inhibitors, which might provide important guidelines for design of the novel potent inhibitors with optimized interactions.
Molecular docking simulations were attained to give at atomistic level a clearer picture of the effect of the most performing modifications on the interactions with the human Argonaute 2 PAZ, MID, and PIWI domains.
Molecular docking simulations were attained to give at atomistic level a clearer picture of the effect of the most interesting modifications on the interactions with the human Argonaute 2 PAZ, MID, and PIWI domains.
This picture is fairly compatible with the atomistic discussion on Fig. 5 according to which the role of the energy can be regarded as that of the deposition flux, i.e. as source of mobile defects.
However, with our algorithm that holistic picture can be obtained without referring to the atomistic and/or residue-centric information, because it does not distinguish between atoms belonging to Asp from the atoms belonging to Glu.
