This study shows an interesting tale of intermolecular interaction in governing thermal conduction in polymers and how the quality of "thermal connections" through intermolecular interactions like hydrogen bonding can effectively drive heat propagation in polymers.
Inclusion of hydrogen bonding descriptors reveals that hydrogen bonding is the most important molecular feature of solvent-solute interaction in governing KH of organic compounds in the air-water system.
Specifically, electrostatic forces play an important role in governing interactions between proteins and biominerals.
Though additive and non-additive gene effects and cytoplasmic effects (or cytoplasmic-nuclear interaction effects) were found in governing all the traits measured above, additive gene action played a predominant role.
It is envisaged that this investigation would be useful in developing an improved quantitative understanding of the role of solution environment in governing IMA interactions and in designing and/or optimizing protein separations on preparatory scale.
Potentially, factors such as surface chemistry, fabrication process, or types of surfactants used to disperse the NM (in this study, dextran) may also play a role in governing the interactions and degree of interference with colorimetric and fluorometric dyes.
Interfacial properties of biomaterials play an important role in governing their interaction with biological microenvironments.
Furthermore, it plays fundamental role in governing initial electrostatic interaction at nano-bio interface and positive surface charged nanomaterials have been reported for toxicity on living organisms.
Particle particle interaction, however, also plays an important role in governing the segregation of particles.
Contact: [email protected] Protein protein interactions (PPIs) and their networks play central roles in governing cellular processes.
