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EMG signals were high pass filtered at 10 Hz and low-pass filtered at 200 Hz.
EEG signals were high pass filtered with a time constant of 0.3 s and low pass filtered at 30 Hz.
Artifact free signals were high pass filtered with 0.2 Hz zero-phase filter (6 dB/octave); power-line noise was eliminated by a 50 Hz notch filter with a 2 Hz bandwidth.
Cables were attached to the electrodes and the EMG signals were amplified (x1000) using custom-made amplifier modules, the signals were high pass (25 Hz) and low pass (1000 Hz) filtered and recorded at 2000 Hz using Signal 4.00 software and a Micro 1401 Mk II (Cambridge Electronic Design, Cambridge, UK).
All EMG signals were high pass filtered with a cut off frequency of 20 Hz.
Runx1 signals were high in the fore-stomach and lower in the glandular stomach region.
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All EEG signals were high-pass filtered at 0.1 Hz, down-sampled to 128 Hz, band-pass filtered (0.5 40 Hz), and re-referenced to the average of the scalp voltage for all 256 channels.
The signals were high-pass filtered with a 5 sec time constant to provide a pseudo DC recording, and low-pass filtered using a four-pole Bessel analog with a 300 Hz corner frequency.
Gluc signals were highest in plasma, followed by blood, and urine that exhibited the lowest signal (Fig. 1A, B).
Signals were high-pass filtered off-line at 10 Hz using a second order Butterworth filter.
EEG signals were high-pass filtered using a fourth order Butterworth filter with a 100 Hz cut-off frequency.
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