These simple effects are all consistent with the segment prediction account.
The time course of magnetoencephalographic brain responses in the superior temporal gyrus (STG) is uniquely consistent with a segment prediction account.
In summary, the complete pattern of significant effects in Figure 3A closely matched the predictions of the segment prediction account in Figure 1F.
Although we have not fit the precise MEG data in Figure 3 (which would require further assumptions about the dominant current orientation, and precise scaling from simulated activity to magnetic flux/gradient), this neural instantiation of the segment prediction account provides an impressive qualitative fit to the data.
As the predictions that take into account relapse information were demonstrated to be more appropriate in predicting high risk of death, it is possible that the performances of the prediction accounting for the relapses were underestimated.
This model prediction accounts for the diffusion of HCl in shrinking pore space as well as in product layer, and clearly demonstrates the increasing diffusion resistance and the isolation of partially reacted pores causing incomplete conversion of solid.
It is therefore concluded that AE energy provides a valid and useful damage parameter and effective failure criteria for fatigue life prediction, accounting for the material's current damage state, its response to variations in loading and effective intermediate failures.
The remaining unannotated small RNAs were used for novel miRNA prediction, accounting for 68.05% and 57.87% of total reads in SW480/siRNA-control and SW480/STAT3-siRNA SW480/STAT3-siRNAly.
Among the 25 KOG categories, the cluster of "General function prediction" accounted for the largest proportion (3,682, 14.4%), followed by "Signal transduction mechanisms" (2,346, 9.2%), "Posttranslational modification, protein turnover, chaperones" (1,971, 7.7%) and "Transcription" (1,388, 5.4%).
Among the 24 COG categories, the cluster of "General function prediction" accounted for the largest proportion (3,823, 14.9%) followed by "Replication, recombination and repair" (2,120, 8.3%), "Transcription" (2,102, 8.2%) and "Signal transduction mechanisms" (1,792, 7.0%).
A micro-mechanical model based on reversible thermodynamics was modified to account for plastic relaxation of coherent transforming interfaces, and the predictions account for the growing hysteresis with increasing external stress.
