Because of the QDs' inherent solution-processable property, several studies have incorporated QDs into organic or inorganic matrix and demonstrated these hybrid devices with improved optoelectronic performances [13 20].
By employing a phase-field model, we simulated the grain boundary (GB) kinetics in terms of GB segregation of solute atoms for an isolated grain embedded in a matrix and demonstrated that the phase-field simulation could describe the GB movement under conditions of GB segregation in a quantitatively correct way.
To improve the annotation of Plasmodium falciparum proteins, we earlier developed parasite specific matrices (PfSSM) and demonstrated their (Smat80 and PfFSmat60) better performance over standard matrices (BLOSUM and PAM).
We show a designed FePt nanoparticles for embedding in a single crystal MgO matrix and demonstrate plasmon resonance absorption can appear in the ultraviolet region.
We apply our simulation capability to electrically-tunable, soft phononic crystals consisting of periodic lattices of aligned circular-cross-section fibers embedded in a matrix and demonstrate the shifting of band gaps with electrical preloading parallel to the fibers and the opening, closing, and shifting of band gaps with electrical preloading perpendicular to the fibers.
Cells that grow on type I collagen gel attach to the extracellular matrix and demonstrate growth behaviors that more closely resemble their in vivo growth.
In this first report, we identify distinct classes of matrix-binding peptides which elute differently from the screened matrix and demonstrate that they can be applied in a spatially relevant manner.
The faster release of MCP-1, which gives rise to a very low value for the release exponent, n, in the Korsmeyer-Peppas function and a relatively higher β value in the Weibull function, indicates that MCP-1 has minimal interaction with the gel matrix and demonstrates Fickian diffusion.
In 2007, we reported a strong correlation between the expression of 14-3-3η 14-3-3η 14-3-3ηlloproteinands (matrixand demetalloproteinasestracellular 14-3-3η possesses MMPs1-inducing andivity in vitro on the basis of 14-3-3η levels at the upper range of serum levels observedemonstrated subsethat RA patiextracellular 14-3-3η 14-3-3η 14-3-3η
In order to address this issue we developed an alternate option i.e. a novel series of substitution matrices (SMAT and PfFSmat60) and demonstrated their superior performance over the standard matrices (BLOSUM and PAM) for P. falciparum proteins in particular [ 9] and for apicomplexan proteins in general [ 10].
In the following, we provide a description of the time-domain correlation technique in vector-matrix notation and demonstrate that the inversion problem can be solved via CS.
