Our method (detailed below) renders existing methods more accessible by making adaptation quicker and more efficient than in yeast, for example.
In this study, we continued working toward the two goals presented in our previous studies: 1) developing a non-invasive method for tissue classification; and 2) using cellular technology in order to make these methods more accessible in developing countries.
Advancement in statistical software in recent years has made these methods more accessible to researchers.
Finally, in order to make our methods more accessible to non-programmers, we provide a Cytoscape interface to the R implementation as a plugin, CytoCopteR.
Small-angle X-ray scattering (SAXS) is an increasingly popular method to obtain low-resolution structures of complex macromolecules and their complexes in solution, in part due to recent technical and computational advances that make this method more and more accessible.
The bimodal, left-skewed distribution of EQ-5D means modelling as a continuous variable [ 13, 14] is complicated, and we preferred a method more easily accessible to readers.
This might offset the beneficial impact of means restriction if the newly adopted method is more accessible and of higher lethality.
The demonstrated ability to generate robust reference transcriptome assemblies and digital gene expression profiling, coupled with the decreasing costs of next generation sequencing technologies, will make this method ever more accessible.
