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Table 2 Main Linkage Findings for Ambulatory Respiration Rate
Table 1. The number of normal respiration (NR) and sleep disordered respiration (SDR) epochs from the epoch-based expert annotations at different epoch lengths. Dataset 1 Dataset 2 Epoch length
in Automated Detection of Obstructive Sleep Apnoea At Different Time Scales Using the Electrocardiogram
"... In PAGE 10: ...1. Annotation mapping and feature generation Table1 shows the number of NR and SDR epochs after mapping the expert event-based annotations to the epoch-based annotations using epoch lengths of 15, 30, 45, 60, 75 and 90 s. Results are shown for Dataset 1 and 2.... ..."
Table 1. Motion characteristics of the heartbeat and respiration represented by the mean displacement and standard deviation at some selected sample points as defined in figure 2. Sample Heartbeat Respiration Total
Table 4. Heritability Estimates for Respiration Rate, lnRSA, and Heart Period
"... In PAGE 5: ... Heritability is sum of the genetic variance due to factors A1 to A3 divided by the total variance (see legend to Figure 2 for a computational example). Table4 gives the heritability estimates for respiration rate, lnRSA, and heart period under the best A genetic analysis of ambulatory cardiorespiratory coupling 5 Table 1. Means (SD) and Correlations for Heart Period, lnRSA and Respiration Rate Morning Afternoon Evening Night Heart period (ms) Men 847 (126) 811 (121) 854 (122) 1058 (139) Women 764 (101) 752 (94) 793 (104) 937 (109) lnRSA (ln(ms)) Men 3.... ..."
Table 5. Standardized Covariances between Respiration Rate, lnRSA and Heart Period and the Genetic Contributions to These Covariances
"... In PAGE 6: ... This leaves a substantial unique genetic influence (genetic factor A3) on heart period, which may reflect genetic effects on the intrinsic pacemaker fre- quency and the sympathetic nervous system. Table5 shows the standardized covariances (correlations) between respiration rate, lnRSA, and heart period (upper off- diagonal elements), as well as the standardized genetic contribu- tions to the covariance between these three variables (lower off- diagonal elements). The genetic contribution to the covariance between two variables is calculated as the ratio of the genetic covariance (which is the genetic correlation between two varia- bles and the product of the squared roots of the two heritabilities) to the total observed covariance.... ..."
TABLE 1 Gradient-Echo Cine Imaging of the Left Ventricular Volume: Comparison of Conventional and Respirator-triggered Acquisitions
in Radiology
TABLE 2 Coronary MR Angiography: Comparison of Conventional and Respirator-triggered Acquisitions
in Radiology
Table 1 Ambulatory Respiration Rates in Male and Female Siblings during Three Daytime Periods and Nighttime Sleep
"... In PAGE 5: ... The Mx variance-components approach was chosen because it allowed additional multivariate and multilocus analyses. Results Table1 shows the statistics of the genotyped sample of male and female offspring. Equating the means for males and females yielded a model with a significant loss of fit ( ; ).... ..."
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