The set of iron-regulated proteins identified experimentally by Smoot et al. (40 ) also should be identifiable by using a bioinformatic approach, greatly facilitating future study of this phenotype.
Also we have further approached the explanation of mechanisms underlying the rat-robot control strategies, thus facilitating future work on both animal robotics and neuroscience researches.
For the development of our technology, we adopted a user-centred and holistic approach, previously recommended, 36 to enrich the technology value and meet user requirements, thus facilitating future uptake.
A prospective approach facilitates future collaboration (e.g., enhanced mental models, shared situational awareness, enhanced multi-team performance) and more effective communications between scientists and responding agencies.
Finally, as with other emerging fields (e.g., the standardization of testing criteria for microsatellite instability or MSI), standardization of terminology and testing protocols will facilitate future communication of hypotheses, scientific approaches, and results.
The genes identified using this approach will facilitate future studies of the mechanisms underlying the cellular senescence of hBMMSCs.
This approach can facilitate future index adaptations that allow practitioners to include waterbody types for which there is no current index into routine biomonitoring programs.
This integrated knowledge translation approach will facilitate future knowledge translation efforts.
This approach will facilitate future studies of dynein in vitro, including those investigating the functional consequences on mutations that are associated with human neurodevelopmental and neurodegenerative diseases (Schiavo et al, 2013).
We have included some methodological approaches intended to facilitate future researchers who might replicate this work or include it in meta-analyses.
