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Table 1 Station Locations, peak sensitivity, and polarity of the induction magnetometers.
The system's peak sensitivity and sensitivity fall-off were measured experimentally and compared to the theoretical shot-noise limited performance.
Both the peak sensitivity and 6 dB fall-off distance were identical for the forward and buffered sweeps, in both the standard and coherence revival configurations.
Hence these two subjects were treated as outliers and when data from these two subjects were excluded a significant correlation was observed between peak sensitivity and speech identification scores.
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Table 1 summarizes the peak sensitivities and their frequencies (turnover frequencies) for all five stations.
Statistical analysis of A-type horizontal cell spectral sensitivity was done as described previously [6], using nonlinear least-squares regression of our experimental data with the published template for a mammalian vitamin A1-based visual pigment, with the peak sensitivity (k) and the wavelength at the peak sensitivity (λmax, nm) as free parameters [48].
At highest irradiance, these were calculated to produce a photon flux equivalent to 15.5 and 14.5 Log photons/cm/s at wavelength of peak sensitivity for L- and S-cones, respectively, and to vary between 14.7 and 15.6 Log photons/cm/s for melanopsin.
The eluate was monitored at 219 and 230 nm and eluting fractions were collected using peak width and peak sensitivity settings of 1.2 and 5, respectively (Unipoint version 3.3, Gilson).
CDAs that did not include ICD-9 codes achieved a peak sensitivity of 80% and specificity of 69%, and were not retained (data not shown).
The murine retina contains 4 known photopigments, UV and medium wavelength sensitive (MWS) cone opsins (peak sensitivity (λmax) = 360 and 508 nm respectively); rod opsin (λmax = 498 nm); and melanopsin (λmax ≈480 nm).
The human auditory system is sensitive to frequencies from about 20 Hz to a maximum of around 20,000 Hz, with a peak sensitivity between 2 and 5 kHz.
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