The UV absorption of ZnO nanorod array significantly increase after doping with Ag NPs, while the intensities of its emission in the UV region decrease as compared to that of bare ZnO nanorod array.
In general, weather/climate models use a large number of physical variables during computation, so the size of 3D arrays significantly increases with increases in spatial resolution.
A number of targets present on the EMT array showed significantly increased expression in all EpCAM enriched cell populations compared with the EpCAM depleted cell fractions.
These simulations indicate that the SiNW array exhibits a significantly increased absorption (approximately factor 1.4) over a large spectral range.
The changes include the adoption of a new powerplant, the General Electric F414G, an active electronically scanned array radar, and significantly increased internal fuel capacity.
Yet in comparison with traditional cytogenetic analysis, CNV arrays have a significantly increased diagnostic yield [ 76, 77] and studies using microarray testing have identified pathogenic CNVs in approximately 10%to20%0% of individuals with idiopathic ID [ 73, 78- 80].
An effect of needle length was observed, as TEWL and redness values after treatment with solid microneedle arrays of 400 μm were significantly increased compared to 200 μm.
Five different lipoxygenases (LOXs) were identified on the Vitis Genome Array with four of them having significantly increased transcript abundance in response to water deficit.
In contrast, the squareness obtained from Fe nanowire arrays with a preferred (200) orientation significantly increased up to 0.95 from 0.65 with increase in TC200.
Perhaps surprisingly, Adrb2, the gene for the β2AR, was significantly increased on the arrays in the β2KO mice compared with FVB.
