In conclusion, the specific clathrin-mediated uptake mode of P2A2 micelles might provide the basis for a blood brain barrier-specific targeting.
Before conducting trials on individuals with stroke, rehabilitation therapists in our team suggested use of SpCV mode and that it might provide another effective dimension of feedback.
Simultaneous expression of genes encoding HyPRPs with markedly different proline-rich domains might provide multiple modes of interactions between these proteins and the cell wall matrix.
It is therefore concluded that DCs engineered by Ag85A gene exerts enhanced anti-tumor immunity against bladder cancer and this study might provide a meaningful mode of action with the use of Ag85A engineered DC vaccination in anti-cancer immunotherapy.
Our analysis suggests that AMPK phosphorylation of KLF2 might provide an additional mode of regulation such as enhanced protein stability, altered protein-protein/protein-nucleic acid interactions, or increased transcriptional specificity.
Additionally, the evaluation of expression patterns in individual stressed tissues, rather than whole plants, might provide information on the mode of action of stress-responsive genes in specific tissues.
Comparing signatures of selection based on intra-population data, between conspecific populations and between sibling species, as well as between distant Culicid taxa (over 100 mya) might provide insights into the modes of selection operating on different time scales.
The evaluations of expression patterns in roots and shoots separately, rather than in whole plants, might provide helpful information on the mode of action of stress-responsive GmARF genes in these individual tissues.
We believe that such ultra-wide field dual-mode imaging of C. elegans on a chip might provide a useful high-throughput tool for biomedical research in various fields including genetics, oncology and neurobiology.
Dissociation pattern in the default-mode network was found in diabetic patients, which might provide powerful new insights into the neural mechanisms that underlie the diabetes-related cognitive decline.
