<p><b>(A)</b> Principal component analysis (PCA) indicates a strong center specific effect. Each center is depicted with a different colour code, e.g. red data points clusters together and do not allow to separate clusters independent of each center. (<b>B</b>) PCA within the groups of all clusters implicates some difference, however the clusters cannot reliably be separated. (<b>C</b>) The discriminant analysis highlights that the clusters can be separated. Each cluster is shown with a different colour code.</p
<p>Panel. A) Demonstrates separation along principal components 1 (x-axis) and component 2 (y-axis) ...
<p>Principal Component Analysis (PCA) was performed on all samples and all probes to reduce the dime...
<p>Principal component no. 1 (x-axis) vs. principal component no. 2 (y-axis), color annotated by thr...
Principal component 1 (PC1) in horizontal axis and PC2 in vertical axis explain 37% and 15% of varia...
<p>Principal Component Analysis (PCA) results on all individual samples at the level of OTUs cluster...
<p>The color codes for each time point are shown on the top right corner. The three axes PC1, PC2, a...
Principal components analysis (PCA) is a multivariate ordination technique used to display patterns ...
<p>A, B and C: Hyperplane between the first and second principal components (PC1 and PC2, respective...
<p>Two linear discriminants (LD1 and LD2) were used, following selection of principal components usi...
<p>Principal Component Analysis showing clusters corresponding to the 4 groups (B, S, V, CA).</p
<p>Phenotypic clusters (PC 1–5) are grouped within circles. PFGE clusters are represented by dots wi...
<p><i>A</i>, The PCA results are provided as two-dimensional representations based on contribution s...
<p>Scatter plot of individuals, showing the first two principal components. Each symbol corresponds ...
<p>Note: Each colored point represents a sample. The first, second and third principal components ar...
<p>Same sample of units (n = 174) and analysis as in <a href="http://www.plosone.org/article/info:do...
<p>Panel. A) Demonstrates separation along principal components 1 (x-axis) and component 2 (y-axis) ...
<p>Principal Component Analysis (PCA) was performed on all samples and all probes to reduce the dime...
<p>Principal component no. 1 (x-axis) vs. principal component no. 2 (y-axis), color annotated by thr...
Principal component 1 (PC1) in horizontal axis and PC2 in vertical axis explain 37% and 15% of varia...
<p>Principal Component Analysis (PCA) results on all individual samples at the level of OTUs cluster...
<p>The color codes for each time point are shown on the top right corner. The three axes PC1, PC2, a...
Principal components analysis (PCA) is a multivariate ordination technique used to display patterns ...
<p>A, B and C: Hyperplane between the first and second principal components (PC1 and PC2, respective...
<p>Two linear discriminants (LD1 and LD2) were used, following selection of principal components usi...
<p>Principal Component Analysis showing clusters corresponding to the 4 groups (B, S, V, CA).</p
<p>Phenotypic clusters (PC 1–5) are grouped within circles. PFGE clusters are represented by dots wi...
<p><i>A</i>, The PCA results are provided as two-dimensional representations based on contribution s...
<p>Scatter plot of individuals, showing the first two principal components. Each symbol corresponds ...
<p>Note: Each colored point represents a sample. The first, second and third principal components ar...
<p>Same sample of units (n = 174) and analysis as in <a href="http://www.plosone.org/article/info:do...
<p>Panel. A) Demonstrates separation along principal components 1 (x-axis) and component 2 (y-axis) ...
<p>Principal Component Analysis (PCA) was performed on all samples and all probes to reduce the dime...
<p>Principal component no. 1 (x-axis) vs. principal component no. 2 (y-axis), color annotated by thr...