We present the trajectories of two targets tracked by both techniques in Figure 3 and sample image frames from the corresponding tracked torso of the two targets in Figure 2. We also present some sample image frames of tracked torso's of multiple targets (four targets) from a different video sequence in Figure 4.
In Figure 3, we present some sample patterns, while in Table 2 we present the experimental conditions of IjP ejection frequency and number of droplets delivered for single position within the electrochemically etched silicon wafer, beside the correlated features concerning with the NP morphology as determined by FESEM.
Table 1 presents some sample statistics for the main variables used, while the Appendix provides details on variables' definition.
In this paper we have presented some sample size calculations based instead on the discrimination ability of a survival model, quantified by Royston and Sauerbrei's D statistic.
Subsequently, we present some basic sample size formulas for when we plan to collect one sample, a paired sample, or two independent samples of either continuous or binary data and then wish to test hypotheses about specific characteristics of the populations from which the data came.
Next, we present some basic sample size formulas for when we plan to collect a sample of either continuous or binary data and then wish to construct a confidence interval for the population mean or the population proportion with a certain degree of precision.
Moreover, both repositories present some replicated subject sampled in different dates (same person pictured in different years).
Nevertheless, when working with nucleic acids, FFPE samples present some drawbacks as RNA and DNA can be degraded and modified by the fixation process and, independently, degraded with time.
It must be mentioned that the use of wet banana stem in lieu of dry sample may present some logistic and conservation problems.
While the low levels of physical function among this sample may present some unique challenges in terms of adherence to and progress with the exercise programme, we believe that the progressive nature of the programme, along with built-in exercise modifications and routine support calls, should adequately assist in minimising attrition and enhancing engagement.
