Our characterization of the CD8+ T cell responses elicited in mice following immunization with either MVA or MVAΔudg viruses demonstrates, as proof-of-concept, that genetic abrogation of MVA late gene expression results directly in the generation of a restricted repertoire of vector-specific CD8+ T cells that is biased in favor of antigens that are expressed with early, rather than late, kinetics.
We demonstrated as proof of principle that we can apply this approach to determine features of biologically important G-quadruplexes, selecting as our example G-quadruplexes found in the 200 bp region upstream of known human gene transcription start sites, a region containing much promoter activity.
Although the multiplex diagnosis of three viral diseases above was demonstrated as proof-of-concept here, the proposed LFA system can be applied to multiplex point of care diagnosis of other intractable diseases.
However, this study clearly demonstrates, as a proof of principle, that a complete and balanced evaluation of the various risks present at the time of fracture can reliably identify the majority of the patients who may suffer prolonged healing times.
The application of the proposed fuzzy control system in a real-time slippery road warning system is demonstrated as a proof of concept.
Compared with high-fidelity SpCas9 variants, this strategy can facilitate selective editing between identical or near identical genomic sites within the same genome, as we have demonstrated as a proof of concept on HBB and HBD.
In further, the GCE/MWCNT@Ind-Tetraone as a electrochemical detector, simultaneous flow injection analysis of hydrazine and hydrogen peroxide was also demonstrated as a proof of concept for the bifunctional application.
We have demonstrated as a proof of principle that CMs can generate iPS cells.
But despite these critical appointments we demonstrated, as a proof of principle that chemotherapy, especially MMC, is able to inhibit tumour cell repopulation significantly.
For the first time we have demonstrated, as a proof of concept, the highly promising features of lithium-ion full-cells combining carbon-coated ZnFe2O4 anodes and composite LiFePO4-multi walled carbon nanotubes cathodes.
