Failure under intense shearing at close to zero stress triaxiality is widely observed for ductile metallic materials, and is identified in experiments as smeared-out dimples on the fracture surface.
In total, 130, 133 and 122 proteins were identified in experiments 1, 2 and 3, respectively.
Eleven differentially expressed prohormone genes were identified in experiments concerning the hypothalamus, thyroid, and olfactory bulb (neuroblasts).
Similarly, from the published collection of 170 mouse mutants with neural tube defects [ 37] for which the underlying molecular defect is known, 55 genes (32% of 170) were identified in Experiment II.
No significant activations were identified in experiment 1 at FDR P < 0.05 (corrected within whole brain or the prefrontal ROI), but rule-selection was associated with greater activations in color based tasks at reduced threshold (P < 0.001 uncorrected) in bilateral prefrontal cortex at 22, 40, 32 (t = 5.05) and −32, 44, 6 (t = 4.41).
The intracellular location of epitope-tagged proteins can be identified in immunofluorescence experiments in a similarly well-controlled manner, without fear of cross-reactivity with the endogenous protein.
Conversely, animals that do possess elaborate, human-like reasoning capacities may not be identified in these experiments: errors might be made that are not due to cognitive limitations, but instead motivational, inhibitory or perceptual factors.
One or more of these conductances are likely to regulate mRCC cell proliferation and should be identified in future experiments.
Any activity changes in the disassembled 20S subunit or the immunoproteasome, a distinct type of proteasome that participates in antigen presentation, would not be identified in our experiments.
This shows that if there is any learning effect, it is too small to be identified in this experiment, given the random errors observed.
