As described in the Methods section, we translated the modelled and observed dynamics into three transition contexts Kobs, Ksim and Kcom, which are tabular structures for the data (Additional files 3 and 4), the simulations and their combination.
Then, to provide additional support for the clinical feasibility of such a protection method, we subsequently translated this work to an adult canine model [ 27– 29] to facilitate future in vivo studies in an established large preclinical animal model.
We have adopted the term 'thematic synthesis', as we translated methods for the analysis of primary research – often termed 'thematic' – for use in systematic reviews [ 36- 38].
When a method is translated into a practical application, sufficient understanding of the theory behind the method and its theoretical parameters that determine the effectiveness is needed [ 98].
However, I often ask myself whether we really sufficiently understand from the sociological and psychological perspectives how the complex technologies and methods we invent become effectively translated into practice.
We propose a method that translates human needs, behaviors and perception into the CES approach.
To realize a useful human machine interface, we propose the method to translate from 3D point cloud to orthogonal face set to show 3D environment information as lightweight and easy to understand representation on the 3D viewer.
We followed standard method to translate the instrument and pretested through some parents and hence the Chinese version PFSQ should be valid.
We introduce an efficient method for translating planning tasks specified in the standard PDDL formalism into a concise grounded representation that uses finite-domain state variables instead of the straight-forward propositional encoding.
To obviate these disadvantages, we have developed a method that translates active Rhodobacter capsulatus 2 XDH by directly expressing the iron-sulfur domain, the flavin adenine dinucleotide domain and the sulfurated molybdenum domain as three separate proteins in Escherichia coli.
