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On the medial plane (which cuts perpendicularly through the middle of the line connecting the left and right ears), all sound sources have ms and dB.
From the gradient of the trough, we can derive IC: faster descending or larger gradient implies larger IC ; slower descending or smaller gradient implies smaller IC. Figure 11 An example of auditory nerve excitaton surface with ms and dB, adapted from [ 42 ].
MP, MS and DB designed methods and experiments.
JZ, SZ, MS and DB have generated microarray data.
MP interpreted the results and PFS, MS and DB discussed the analyses, interpretation, and presentation.
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The two approaches were tested in scenario 1 for different starting HOPs: two extreme ones (10 dB, 5120 ms; and 0 dB, 0 ms) and a middle one which falls within the optimum performance region (4 dB, 480 ms).
Removal of IBMX (1.8%+/−1.0, Fig. 4C, M) and db-cAMP (8.8%+/−1.3, Fig. 4D, M) resulted in highly statistically significant (p<0.01) fewer neural-like cells as compared to CIM.
In the prepulse inhibition session, the mouse experienced five types of trials: (1) no stimulus; (2) startle stimulus (120 dB, 40 ms) only; (3) 70-dB prepulse (20 ms, lead time 100 ms) and 120-dB pulse; (4) 75-dB prepulse (20 ms, lead time 100 ms) and120-dB pulse; and (5) 80-dB prepulse (20 ms, lead time 100 ms) and 120-dB pulse.
(b) Setup V. Results for RT60=560 ms and SNR=15 dB.
However, especially for RT60=560 ms and SNR=15 dB, Setup V shows the best hit rate compared to all other setups.
RB, M-CLP and DB were responsible for the sequencing of the fragments.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com