We demonstrate that the chemical species of the substrate's topmost layer plays a major role in determining the coupling between graphene and its substrate.
Cluster 3 is typically formed by species of rocky substrate, with a high slope and direct influence of wind loaded with salt.
Given that Nbr affects the length of not only miRNAs, but also piRNAs, Nbr could potentially trim the 3′ends of a much broader species of RNA substrates, including other long and short noncoding RNAs and mRNAs.
Another reason is the versatility of members of this species in terms of substrate, unlike the two other species; members of At. ferrooxidans can use both ferrous ions and sulfur, and then have less susceptibility to encounter nutrient deficiency.
The –CH3 species reach the surface of substrate with an open site or dangling bond by convection and diffusion movement [29].
The first incorporated species richness (SR), substrate richness (SUBR) and time (T) to assess the effect of species and substrate richness on non-transgressive overyielding.
The second model examined the role of particular species combinations (SC), incorporating the independent variables species composition (the particular combination of species used), substrate richness and time.
In the first model, we used the independent nominal variables species richness (SR), substrate richness (SUBR) and time (T) to assess the effect of species and substrate richness on total metabolic activity.
(2010) had reported a greater capacity of the immunoproteasomes to degrade ubiquitinated substrates, we compared the rates of degradation by the constitutive and immunoproteasome species of a homogeneous polyubiquitinated substrate, ubiquitinated dihydrofolate reductase (Ub5DHFR).
Biomass C stock in reclaimed mine sites depends on tree species, climatic conditions and nature of substrate.
