Sentence examples for much stronger fluorescence from inspiring English sources

In contrast, the more developed SCWs in the vascular bundles of the MI exhibited much stronger fluorescence.

In contrast to the weak fluorescence emission of 1-Fe2+ in the absence of dopamine, a much stronger fluorescence emission was observed following the addition of dopamine owing to the release of Fe2+ from compound 1, which indicates significant fluorescence enhancement and the binding of Fe2+ to dopamine.

While the SiC Tb nanorods generate a much stronger fluorescence emission with four characteristic emission transitions of the Tb ions.

Much stronger fluorescence was seen inside the cells (Figure 6B), indicating the cellular uptake of nrGO-PEG.

NaCl at 0.1M, an approximate concentration of Na+ in nasal surface liquid [49], generated much stronger fluorescence in VNOs than NaCl at 2M (n = 5 for each group), indicating that the high concentrations of salts, which likely are present in aged urinary deposits and other bodily secretions in natural conditions, can be detected to limit the fluid access.

The benefits of using QDs are that they typically exhibit much stronger fluorescence as well as higher fluorescence stability against photobleaching compared with organic fluorophores or fluorescent proteins.

Moreover, in contrast to the very slight red fluorescence in DOX-MWCNTs-PEG, DOX-MWCNTs-PEG-TAT exhibited much stronger red fluorescence signals inside MG63 and HUVEC cells and displayed a more diffuse distribution, indicating that the TAT conjugated nanotubes were taken up more efficiently into MG63 and HUVEC cells.

MitoSox Red staining to measure mitochondrial superoxide levels also demonstrated much stronger red fluorescence in RanBP9 versus vector-transfected cells, indicating increased production of mitochondrial ROS.

The gossypol-treated cells exhibited much stronger green fluorescence) in comparison to untreated cells), indicating that gossypol induced a significant increase in ROS production.

Moreover, the rhodamine B loaded PHBHHxPEG NPs treating group showed much stronger intracellular fluorescence intensity compared to the rhodamine B loaded PHBHHx NPs treating group, indicating that PHBHHxPEG NPs showed higher cell affinity and easier cellular uptake.

BOD-CH treated fish, under the same experimental conditions, showed a much stronger relationship between BODIPY fluorescence and cholesterol dose between 0.5-4% HCD.