<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation (Zn), MDA content (MDA), carbonyl content (carb), DNA damage (DNA) and activity of SOD, APX, PPX, GR and CAT represent variables. For explanation of treatments see Fig. 1.</p
<p>(A) PCA scores plot of absolute concentration of metabolites in control roots (Root), (h)GSH-depl...
<p>Site score plot of the studied variables in the 15 days (green) and 30 days (red) salt stress tre...
<p>As indicated at the bottom left of each circle, the first component (PC1) gathers 71.4% of the to...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>Principal component analysis (PCA) for metabolites in leaves of NIL-<i>SS1</i> and Teqing at the ...
<p>(A) PCA in roots; (B) PCA in leaves. CK: control; T: salt treatment; PC1, the first principal com...
<p>Bi-plots of the first two principal components F1 and F2. a) PCA including bi-plots based on agro...
<p>A. Principal component (PC) 1 versus PC2. There is a strong signal separating groups exposed to p...
<p>The PCA score plot distinguishes the metabolic profiles of low-P sensitive and low-P tolerant mai...
<p>Principal component analysis (PCA) of the comparisons of DNA methylation changes among the 23°C, ...
<p>Principal Component analysis of the metabolites profiles in bermudagrass under Cd stress.</p
Circles represent young (7-weeks-old) plants while older (13-weeks-old) plants are represented by tr...
Principal component analysis for the covariance (A) among reproductive traits: number of inflorescen...
<p>(A) PCA scores plot of absolute concentration of metabolites in control roots (Root), (h)GSH-depl...
<p>Site score plot of the studied variables in the 15 days (green) and 30 days (red) salt stress tre...
<p>As indicated at the bottom left of each circle, the first component (PC1) gathers 71.4% of the to...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>(A) loadings and (B) scores of the first two factors (PCs). Cd accumulation (Cd), Zn accumulation...
<p>Principal component analysis (PCA) for metabolites in leaves of NIL-<i>SS1</i> and Teqing at the ...
<p>(A) PCA in roots; (B) PCA in leaves. CK: control; T: salt treatment; PC1, the first principal com...
<p>Bi-plots of the first two principal components F1 and F2. a) PCA including bi-plots based on agro...
<p>A. Principal component (PC) 1 versus PC2. There is a strong signal separating groups exposed to p...
<p>The PCA score plot distinguishes the metabolic profiles of low-P sensitive and low-P tolerant mai...
<p>Principal component analysis (PCA) of the comparisons of DNA methylation changes among the 23°C, ...
<p>Principal Component analysis of the metabolites profiles in bermudagrass under Cd stress.</p
Circles represent young (7-weeks-old) plants while older (13-weeks-old) plants are represented by tr...
Principal component analysis for the covariance (A) among reproductive traits: number of inflorescen...
<p>(A) PCA scores plot of absolute concentration of metabolites in control roots (Root), (h)GSH-depl...
<p>Site score plot of the studied variables in the 15 days (green) and 30 days (red) salt stress tre...
<p>As indicated at the bottom left of each circle, the first component (PC1) gathers 71.4% of the to...