The uptake of metals by the mushroom samples may be different from one species to others and their respective substrates, in many ways.
These different ZF mutations could result in differential interaction with other editosome proteins which might affect their conformation, catalytic activities, and/or interaction with RNA substrates; they could also impair direct interactions between KREPA3 and RNA substrates in distinct ways.
The main problem has been that shear walls are fastened to the substrate in different ways in different countries and that this fact must be reflected in the code.
We conclude that the metaphase and anaphase APC/Cs recognise the same substrate in different ways: R42, N50 and particularly L45, are important for a functional D-box in metaphase, whereas in anaphase there is an additional requirement for M21.
These autophagosomes lock up substrates in an exclusive way, which means that other parts of the cytoplasm are largely absent from them [ 18, 28, 29].
DOI: http://dx.doi.org/10.7554/eLife.04745.013 These results show that buffering can be mediated by RNA chaperones that interact with their substrates in mechanistically distinct ways.
In this way proteins can bind to a substrate in a way that is highly specific, yet reversible.
Surface-functionalization mediated through "grafting from" methods is of considerable interest as means to tailor the chemical and physical properties of functional substrates in a reliable way.
Instead of immediate contact between IrMn AFM and ferroelectric substrates in a conventional way, interface engineering by adopting ultrathin seed layers here adds a new twist to the electrical modulation of AFM metals.
Thermal chemical vapor deposition (TCVD) of graphene on copper using a gaseous mixture as hydrocarbon source appears to be the most appropriate choice to obtain large area monolayer graphene which can be easily transferred to different substrates in an economical way [6, 7, 8, 9, 10, 11, 12, 13, 14, 15].
