We here demonstrate the potential use of performing a technically more complex data analysis and discuss potential benefit for the analysis of such landforms.
We show that both the multi-signal analysis and mass conservation result in a precise and robust data analysis and discuss improvements that can be obtained through the inclusion of data from other methods such as sedimentation velocity and isothermal titration calorimetry.
The contributions of all authors are as follows: CYY and LFW contributed to experimental design, practice, and manuscript preparation; CJJ and WBW assisted in data analysis and discussing results; CNH, YCH, and HTL performed animal experiments; JSC was the supervisor and coordinator.
TN and HT provided suggestions for data analysis, and they discussed the results with KT.
In this paper we present details of the beam test, data analysis, and simulations, and discuss the implications of our results for the further development of the GRAPE concept.
Critical considerations for SHM data analysis and interpretations are discussed in terms of system characterization, sensing, data quality, presentation and decision making.
Technical details including primer design, saturation mutagenesis, construction of promoter libraries, phenotypic analysis, data analysis, and interpretation are discussed.
FSJ, VVR, JRL and GSL participated in the study design, molecular tests, in the data analysis and in drafting and discussing the manuscript.
RL, KHP and CJL discussed data analysis, SNC discussed data analysis and the manuscript.
