10,961 research outputs found
Bland-Altman analysis of measurement A and B.
No full textBland-Altman analysis of measurement A and B.</p
Bland-Altman.
No full textAnalysis of 186 samples measured with both assays. The raw data in panel A shows shifting bias along the x-axis. This tendency is confirmed in the Bland-Altman plot of ln transformed raw data in panel B. Three sections with distinct bias pattern can be defined: calprotectin values 1000. Bland-Altman plots with mean bias and limits of agreement of each of these segments are presented in panel C.</p
Bland-Altman plots.
No full text(A) Bland-Altman plot for bAHI vs. PSG-AHI; (B) Bland-Altman plot for bTST vs. PSG-TST. bAHI = Belun apnea-hypopnea index; PSG-AHI = polysomnography apnea-hypopnea index; bTST = Belun total sleep time; PSG-TST = polysomnography total sleep time.</p
Bland-Altman plot of the differences between observer A and B for the D(mean) method.
No full textBland-Altman plot of the differences between observer A and B for the D(mean) method.</p
Master's Recital: John Bland, tuba
No full textThis recital is given in partial fulfillment of the requirements for the Master of Music degreeMr. Bland is a student of Abe TorchinskyTwo Songs, Robert A. Spillman (b. 1936) -- Sonatina, Halsey Stevens (b. 1908) -- Wonderful Duets, Raymond Luedeke -- Être ou ne pas être, Henri Tomasi (b. 1901) -- Sonata in F Minor, Georg Philipp Telemann (1681-1767) -- From the Shores of the Mighty Pacific : Rondo Caprice, Herbert L. Clarke (1867-1945
Bland-Altman plots comparing calibration methods.
No full textBland-Altman plots comparing calibration methods. The mean differences are shown as solid lines and 95% limits of agreement are shown as dashed lines. A) Bland-Altman plot comparing differences between internal derived muscle density values and hydroxyapatite (HA) bone phantom derived muscle density values (n = 10 muscle samples). B) Bland-Altman plot comparing differences between the sucrose water phantom derived muscle density values and hydroxyapatite (HA) bone phantom derived muscle density values (n = 10 muscle samples). Internal and sucrose water phantom derived muscle density values are represented in g/cm3. HA phantom derived muscle density values are represented in mgHA/cm3. (TIFF)</p
Bland-Altman plots comparing calibration methods.
No full textBland-Altman plots comparing the differences between internal derived muscle density values and reference sucrose water phantom derived muscle density values (n = 10 muscle samples). Different combinations of regions of interest (ROIs) for the internal calibration method are represented in different colours. The mean differences are shown as solid lines and 95% limits of agreement are shown as dashed lines. A) Bland-Altman plot with all tested internal calibration ROI combinations. B) Bland-Altman plot with two internal calibration ROI combinations (air, adipose; air, blood).</p
Bland-Altman plots.
No full textBland-Altman plots for flat panel computed tomography arthrography (FPCT-A), magnetic resonance arthrography (MR-A) and cast specimens with mean differences of surface (A) and depth (B) measurements (red line) and ± 1.96*standard deviation (green dotted lines). The x-axis describes the mean of the data and the y-axis shows the difference of the data.</p
Bland-Altman plot across bulk flow rate ranges.
No full textIllustrates Bland-Altman plot across low(A), mid (B), and high (C) bulk flow rate ranges.</p
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