The pressure waves assessed by the piezoelectric probe had lower form factors than the ones assessed by the optical fiber sensor, due to the different nature of the waves (51.05 ± 5.15% versus 40.53 ± 5.70%), translating in a RMSE of 14 ± 2%.
Finally, a third model, with data from all five waves, assessed the links between reading and verbal and nonverbal intelligence measures separately.
Cells were stimulated by a 5 Hz train of clamp pulses (100 ms in duration) from −80 to 0 mV repeatedly for 1 min and waves assessed during a subsequent 30 s quiescent period when the cells were held at −80 mV.
Right superior pulmonary venous flow data, including peak velocities and volume flow of S, D and AR waves, are assessed in an imaging plane perpendicular to the pulmonary vein, 1 cm away from the junction of the pulmonary vein with the left atrium (Fig. 2).
Transmitral flow data, including peak velocities and volume flow of E and A waves, are assessed at rest and under the Valsalva manoeuvre (performed with forced exhalation against a closed airway) in an imaging plane parallel to the mitral annular plane at the level of the mitral valve leaflet tips (Fig. 1).
A stimulation train was induced by external field stimulation for 30 s at 5 Hz and waves were assessed as before in the control condition (NT + vehicle).
Subsequently, the dynamics of cell cycle driven transcriptional waves were assessed using microarrays and these analyses significantly extended the number of known cell-cycle regulated genes to up to 800 genes (Cho et al. 1998; Spellman et al. 1998).
We also evaluated the longitudinal stability of the predominant headache subtypes across 30 years by selecting people with migraine and tension-type headache in at least one of the first three waves and assessed the proportion who met all combinations of subtypes across the 30 year follow-up.
Change of shoreline wave climate caused by the installation of a wave farm is assessed using the SWAN wave model.
In this report, the relationships between telomere length and cognitive performance at Wave 2 and cognitive change from Wave 1 to Wave 2 are assessed in two narrow age-range population cohorts.
We used the same questions as in the first survey wave to assess people's concern about safety and health.
