Samples were clustered separately in the PCA plot showing the first and second PCs which together explained 52.8% of variances. Fruiting and non-fruiting samples from Wichita clearly clustered separately revealing more differences between them in comparison to Western samples.</p
<p>Traits included in the analysis are: log<sub>10</sub> terminal fruiting body count, log<sub>10</s...
<p>Wild-type samples are represented as red balls, whereas mutant samples are represented in blue (X...
<p>Round red dots represent volatile compounds from different stages in No.14, and empty rhombuses r...
<p>The first (PC1) and the second (PC2) principal components are represented.</p
<p>Bi-plot of the fruit weight, commercial production, TAC, TPH and ACY parameters of the selections...
<p>Two-dimensional PCA plot depicting the distribution of accessions over the first two PCs. Differe...
<p>The first two components, accounted about 86% of total variation: 1<sup>st</sup> was related to m...
a) correlation plot for variables classified according to their type (length, angle and ratio, see S...
(A) PCA fails to clearly distinguish grapevine morphotypes. (B) A Mapper graph using PC1 as a lens r...
<p>The four compounds (gastrodin, parishin E, parishin B, parishin) were quantified by comparison wi...
<p>Bi-plots of the first two principal components F1 and F2. a) PCA including bi-plots based on agro...
Not AvailableTo assess the nature and magnitude of variability in 22 genotypes, strawberry from dive...
<p>The PCA was conducted separately using data for all sub-populations of the SolCAP germplasm (A) a...
a) correlation plot for variables classified according to their type (angle and ratio) b) plot for V...
<p>a) Graphic plot of the principal component analysis of 183 maize inbred lines, calculated from ~3...
<p>Traits included in the analysis are: log<sub>10</sub> terminal fruiting body count, log<sub>10</s...
<p>Wild-type samples are represented as red balls, whereas mutant samples are represented in blue (X...
<p>Round red dots represent volatile compounds from different stages in No.14, and empty rhombuses r...
<p>The first (PC1) and the second (PC2) principal components are represented.</p
<p>Bi-plot of the fruit weight, commercial production, TAC, TPH and ACY parameters of the selections...
<p>Two-dimensional PCA plot depicting the distribution of accessions over the first two PCs. Differe...
<p>The first two components, accounted about 86% of total variation: 1<sup>st</sup> was related to m...
a) correlation plot for variables classified according to their type (length, angle and ratio, see S...
(A) PCA fails to clearly distinguish grapevine morphotypes. (B) A Mapper graph using PC1 as a lens r...
<p>The four compounds (gastrodin, parishin E, parishin B, parishin) were quantified by comparison wi...
<p>Bi-plots of the first two principal components F1 and F2. a) PCA including bi-plots based on agro...
Not AvailableTo assess the nature and magnitude of variability in 22 genotypes, strawberry from dive...
<p>The PCA was conducted separately using data for all sub-populations of the SolCAP germplasm (A) a...
a) correlation plot for variables classified according to their type (angle and ratio) b) plot for V...
<p>a) Graphic plot of the principal component analysis of 183 maize inbred lines, calculated from ~3...
<p>Traits included in the analysis are: log<sub>10</sub> terminal fruiting body count, log<sub>10</s...
<p>Wild-type samples are represented as red balls, whereas mutant samples are represented in blue (X...
<p>Round red dots represent volatile compounds from different stages in No.14, and empty rhombuses r...