Among CP participants residuals are larger than among controls for faces (Wilcoxon rank sum test, W = 286, n0 = 25, nCP = 13, p<0.001 one-sided) but not for shoes (W = 204, n0 = 25, nCP = 13, p = 0.11 one-sided).
Accounting for these effects by comparing performance residuals increases the separation between CPs and controls (differences in residuals: W = 346, n0 = 29, nCP = 15, p<0.001 one-sided, see figure 2 C).
As a group, CPs showed significantly lower d' values than controls (medians of 1.94 and 3.31 for CPs and controls; W = 186, n0 = 25, nCP = 13, p<0.001 one-sided).
Testing for group differences in face recognition performance, we found that CPs, with a median error rate of 14.7%, perform significantly worse than controls, with a median of 6.3% (Wilcoxon rank sum test, W = 267, n0 = 25, nCP = 13, p<0.001 one-sided).
The rate constant for DPC formation from 489 in NCP containing H4 variant K8R, K12R, K16R, K20R was indistinguishable from that containing K5R, K8R, K12R, K16R, K20R.
However, observed group differences in d' are only borderline significant (medians of 0.70 and 1.46 for CPs and controls; W = 195, n0 = 25, nCP = 13, p = 0.075 one-sided).
We also reported a variant of the NCP particle (NCP- 2) that carries oxaliplatin and gemcitabine monophosphate for the synergistic combination therapy of pancreatic cancer (Poon et al., 2015).
A direct comparison of raw performance revealed a lower percentage of correct free name recall in CPs compared to controls (Wilcoxon rank sum, W = 299.5, n0 = 29, nCP = 15, p = 0.02 one-sided, see figure 2 A).
In this section, we suggest and analyze the new modified LQP method for solving NCP (1.1).
One of the biggest orthographic Polish language corpus is the National Corpus of Polish (NCP) [20].
More recently, μCP concept has been extended to nanoscale dimensions, a process referred to as nCP [135 137].
