The plots show the quantitative analysis as a function of the position in the ET axis with respect to area and circumference for the individual entities cartilage, lumen, OFP, TVPM and LVPM (a).</p
<p>Scatter plot for hip BMD (Y axis) in association with naevus count (X axis).</p
Area Analysis of QTS and CPS using f = et: (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (...
<p>CT plot using ungulate long limb bone portions, the pits to scores ratio and the frequency of lon...
<p>T1ρ values from deep, middle and superficial zones of patellar, femoral and tibial cartilage are ...
<p>These plots show how geometric parameters change from one cross section to the next, moving along...
Bland-Altman plots showing the mean difference between methods (y-axis) versus the mean between meth...
Plot of the estimated measure (x-axis) for any raw CVSS17 score (y-axis). Different symbols represen...
<p>Bivariate plots showing correlation between metacarpal basal area and length transformed as logar...
<p>A. Cephalic plate; B. Forcipular coxosternite; C. Tergite 21. The CV plots represent the discrimi...
<p>Funnel plots of the relationship between the HRs of individual studies and the precision of the s...
<p>The scatter plots represent the relationship between (a) standard deviation and length of loess s...
Plot of the estimated measure (x-axis) for any ESF raw score (y-axis). Different symbols represent d...
<p>Plot of the Carbó similarity index (σC) for the MEPs of models I-III as a function of the positio...
Bland-Altman plots and linear regression analysis for Ʃ8 anatomical sites (G1, G2, G3 and All).</p
Pearson correlation coefficients of environmental variables plot position along Axes 1 and 2 of the ...
<p>Scatter plot for hip BMD (Y axis) in association with naevus count (X axis).</p
Area Analysis of QTS and CPS using f = et: (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (...
<p>CT plot using ungulate long limb bone portions, the pits to scores ratio and the frequency of lon...
<p>T1ρ values from deep, middle and superficial zones of patellar, femoral and tibial cartilage are ...
<p>These plots show how geometric parameters change from one cross section to the next, moving along...
Bland-Altman plots showing the mean difference between methods (y-axis) versus the mean between meth...
Plot of the estimated measure (x-axis) for any raw CVSS17 score (y-axis). Different symbols represen...
<p>Bivariate plots showing correlation between metacarpal basal area and length transformed as logar...
<p>A. Cephalic plate; B. Forcipular coxosternite; C. Tergite 21. The CV plots represent the discrimi...
<p>Funnel plots of the relationship between the HRs of individual studies and the precision of the s...
<p>The scatter plots represent the relationship between (a) standard deviation and length of loess s...
Plot of the estimated measure (x-axis) for any ESF raw score (y-axis). Different symbols represent d...
<p>Plot of the Carbó similarity index (σC) for the MEPs of models I-III as a function of the positio...
Bland-Altman plots and linear regression analysis for Ʃ8 anatomical sites (G1, G2, G3 and All).</p
Pearson correlation coefficients of environmental variables plot position along Axes 1 and 2 of the ...
<p>Scatter plot for hip BMD (Y axis) in association with naevus count (X axis).</p
Area Analysis of QTS and CPS using f = et: (a) Plot of CPS, (b) Plot of QTS, (c) Area plot of CPS, (...
<p>CT plot using ungulate long limb bone portions, the pits to scores ratio and the frequency of lon...