The gyrocopter is the last remaining method of flight yet to be flown around the world, despite its near 90-year history.
The remaining method is neuronal and independent of cytokine production.
The remaining Methods were identical to that of Experiment 1. Participants correctly identified the synchronous AV presentation on 85% (+/−3%) of Concurrent trials and on 78% (+/−5%) of Sequential trials, revealing a 7% advantage for Concurrent stimulus presentations (t5 = 4.55, p = 0.006, paired samples – two tailed).
For many of the remaining methods, it suffices to describe Equation 1 more compactly as (2 where the vector d i encodes all diallel parental-strain and sex information, and the vector β is a vector of length 160 with coefficients for all a, b, m, v, … , ϕ w effects (collectively, "diallel effects").
Only with methods I and II, there was a 100% positivity in two out of three of the chambers examined, and FEC obtained using these methods were significantly (p < 0.01) higher comparing to remaining methods.
For the remaining methods, the objective is modified to minimizing the fluctuation of the profile of metabolite concentrations/fluxes, according to the hypotheses of M-DFBA and R-DFBA.
Examining the second group of experiments reveals the slightly better performance in terms of precision and recall for methods 3, 4, and 5 (they all exhibit similar performance) compared to the remaining methods (i.e., methods 6, 7, and 8).
For generated family 1, the sensitivity of all methods (except S-method) is 1, whereas only SDPclust has a false positive rate of 0. In contrast to this, for generated family 2, only Trace Suite II and SDPclust have the sensitivity of 1, and MB-method, of 0.3, while the remaining methods fail completely (probably, due to their subfamily extraction procedures).
The outputs from the remaining methods were easily adapted and converted to positive, negative or neutral.
The remaining methods all have type I error rates close to or less than the critical values.
