Langmuir-type assembly is a particularly useful method to control and manipulate the distribution of graphene at the air water interface via edge edge interactions.
We tested these theoretical predictions in male house mice, Mus musculus domesticus, by experimentally manipulating the distribution of a desirable resource, a running wheel.
We intentionally designed the substrate surface structure to manipulate the distribution of the plasma sheath and induce the direction of the built-in electric field to guide the growth direction of the FLG in two dimensions.
Modeling those interfaces with fractional Zener elements in parallel configuration, and manipulating the distribution of the Zener elements across different peak relaxation frequencies, we obtain a relatively constant loss factor within an unprecedented frequency range (3-3 kHz).
Further studies will enable us to clarify the mechanism of Zn transport and to manipulate the distribution of Zn to produce crops that can tolerate stress due to Zn deficiency, as well as enhance the Zn content of food crop seeds.
Manipulating the distribution of the filopodia, such that their number at the cell front is reduced, adversely affects the efficiency with which the PGCs can perceive the chemokine signal and interpret it as a graded one.
This ability to manipulate the distribution of microdroplet components is then employed in the selective formation of both hollow, ultrathin microcapsules and solid hydrogel microparticles from a single aqueous solution.
For example, because transmission is dependent on biting during mating and food competition (Hamede et al. 2012), manipulating the distribution of resources may reduce the behaviour that causes transmission.
Although normalization operations manipulate the distribution of values from each sample, tests of distribution similarity between technical replicates(for example the Kolmogorov-Smirnov test used by Maksimovic et al[ 6]) are also potentially misleading because samples can be identically distributed but uncorrelated.
With such a set-up, we can arbitrarily manipulate the distribution of target sites in the nucleus, precisely control the initial TF injection position and then record the first 3D passage time (τ3D the duration from the initial injection to the point when the TF hits a target for the first time in the nucleus.
