A synopsis of thermodynamic, static light scattering, hydrophobicity probing, and nanoparticle tracking analyses served as a basis to decipher the mechanism of interaction between SF and two model proteins, protamine and polylysine.
The outcome variables used in the analyses serve as a proxy for student and instructor perception of OTLs.
Such analyses serve as a basis for an extension towards European-wide analyses, accounting for hydrology-based fate and transport modelling [50, 51].
The analyses served as a reference for the PCA, relating the voxels covarying the most to those showing maximum intensity differences.
Such Situation Analyses served as a reference for UNICEF programming and were often also used by development partners as a reference for their proper assessments and programmes.
While the results presented here do not guarantee similar results for all training and testing datasets, these analyses serve as a promising proof of concept.
Although similar observations have been reported by others, our cellular analyses serve as a validation of methods and patient material used in this study.
Our analyses serve as a guide for studying functionally annotated as well as unannotated Pol I, II, and III transcripts, and our data are an excellent resource for understanding the cardiomyocyte transcriptomes and the transcriptomes of related cell types.
Cross-plot analyses serve as an estimate of likelihood of cure as a function of these and other factors.
