In our model, female mating preferences were determined by differences in the peak absorbance of the 3 opsin proteins.
This is highlighted by significant differences in peak current and open probability between β-subunits (Table 2), with β2a and β2b exerting the strongest effects.
This was in contrast to the early Face Inversion Effects in IOG, LOC, mFG and pIFG/Insula that were caused by clear differences in peak amplitudes, with larger amplitudes for the Inverted Faces starting to significantly deviate from Upright Faces at 80, 78, 77 and 80-ms post stimulus onset respectively.
We can therefore create an ODF by analysing the differences in peak amplitude values over consecutive frames.
The results obtained show that both models provide epidemic patterns that are in very good agreement at the granularity levels accessible by both approaches, with differences in peak timing on the order of a few days.
The respective CID chromatograms obtained in control and OCT2 uptake experiments were corrected for differences in retention time of the IS (by shifting in x-direction) and for differences in peak area of the IS and in protein content of the cells (by shifting in y-direction).
Thus, resolution bounded by the FI is robust with respect to minor differences in peak firing rates and hexagonality.
The elemental maps acquired by XRF in Fig. 2 allow a straightforward visualization of subtle differences in peak intensities.
Differences in peak seat-interface pressure decreased as BMI increased.
