The findings of landmark studies utilizing this approach have shaped our understanding of the scale of the problem in secondary care settings worldwide and this evidence was the primer for the development and implementation of national policies to make patient care safer [ 5, 6].
The advantages of utilizing this approach are the high levels of specificity, sensitivity and reproducibility.
We utilize this approach to conduct a study of mutations in the EGFR signalling, motivated by a paper from Klinger et al. (2013).
We utilized this approach to study the 3D localization of mitochondrial fusion- and fission-related proteins, including MiD51, MiD49, hFis1, Mff, and Mfn2.
We utilized this approach to obtain a dimeric version of the human scFv 6009F, which was originally engineered to neutralize the Cn2 toxin of Centruroides noxius scorpion venom.
We further utilized this approach to study the 3D localization of mitochondrial dynamics-related proteins (MiD49/51, Mff, Fis1, and Mfn2) in the cells where the target proteins were overexpressed.
A proof of concept device utilizing this approach was demonstrated by depositing and patterning strain sensors.
Thus, we have attempted to utilize this approach through the analysis of a series of primary, non-metastatic cutaneous tumors and metastatic melanoma samples.
Here, we highlight some of the key studies which utilized this approach, which could be of great potential in tracking the outcomes following therapeutic intervention.
Thus, this work aimed at improving tadalafil dissolution utilizing the approach of surfactant-enriched tablets.
