To fully understand the relation between the defect microstructure and the oxidation effects, it is quite necessary to investigate the structure evolution mechanism and to elucidate the hydrogen behavior in the growth process of the nc-Si H thinc-Si H which is a complex synergy bethinn surfilm and bulk reactions of impinging SiH x.
This suggests that the model prediction of a complex synergy between interacting signaling axes may be valid.
A similar complex synergy between phenotypes has been previously reported in microglia (Stout et al., 2005; Fenn et al., 2012).
Nevertheless, more in-depth studies will be required to further clarify the complex synergies that might exist between the different microbiomes that constitute the termitosphere of fungus-growing termites.
Moreover, the data presented suggests that prokaryotic microorganisms present in the comb could also play a part in the degradation of biomass within the termite mound, although further investigation will be needed to clarify the complex synergies that might exist between the different microbiomes that constitute the termitosphere of fungus-growing termites.
We, however, reveal more complex economic effects and synergies between public incentives, which appear to give interesting leverage for enhancing the bio-economic effectiveness of agricultural policies.
Treating combinations of components as clinically meaningful units encompasses the complex intersections, synergies and conflicts between components, though it misses the opportunity to specifically model these interaction effects.
Toxicologists and environmental health scientists are already devising new models that explore synergies between toxic exposures and infectious pathogens in complex diseases, exemplified by interactions between the hepatitis B virus and aflatoxin in liver cancer (Birnbaum and Jung 2010).
It is our hope that this work will contribute to the future development of synergies between cheminformaticians and computer scientists interested in classification of complex structures.
Several researchers suggest that there is a complex relationship between biodiversity and carbon sequestration benefits [58 60], but ways of achieving synergies between these two benefits with improved fire management are little researched.
