<p>Data analysis from Cameroonian samples where clinical parameters and immunological data were analyzed using Principal Component Analysis. The principal component analysis generated a model that explains 23% of the data segregation (R2X = 0.234545). Clinical parameters: temperature (Temp), breath rate (breath), pulse rate (pulse), glucose level (glucose), haemoglobin (Hb), parasitemia, age, rosetting rates (RR, after collection from patients). Immunological parameters: plasma sample recognition of NTS-DBL1α It4var60 domain (ELISA), ability to disrupt FCR3S1.2 rosettes (RD) and ability to recognize FCR3S1.2 iRBC surface by flow cytometry (Surface reactivity).</p
Principal component analysis (PCA) was performed using the prcomp function from the R base package. ...
<p>Principal component analysis of all the quantified potential N-glycopeptide ions was performed wi...
<p>The color codes for each time point are shown on the top right corner. The three axes PC1, PC2, a...
<p>Each point represents one patient, and its position in the plot is determined by the combined eff...
<p>Principal component analysis of immune parameters showing the proportion of variation explained b...
<p>A principal component analysis was performed on the 12 blood transcriptome data sets which remain...
<p>Principal component analysis (PCA) plots generated using circulating parameters which contribute ...
PCA plot shows the cytokine ELISA data from the combination of two different experimental groups TBL...
<p>The figure shows paired microdialysate and plasma derived cytokine data from 12 patients. Princip...
<p>Unsupervised principal component analysis of the signal intensity for samples from PV patients an...
<p>PCA plots for COG category 2 (A), SEED category 2 (B) and KEGG category 3 (C).</p
<p>(A) Two-dimensional PCA of miRs, derived from 20 patients with NSCLC and 10 tissue samples from n...
Today, early disease detection (EDD) is a matter of more importance than ever in medicine. Upon inte...
Principal component analysis (PCA) performed with Tassel v5.2.15 on the SNP dataset including all sa...
<p>A) Principal component analysis shows a clear distinction between DBA and control cytosols with t...
Principal component analysis (PCA) was performed using the prcomp function from the R base package. ...
<p>Principal component analysis of all the quantified potential N-glycopeptide ions was performed wi...
<p>The color codes for each time point are shown on the top right corner. The three axes PC1, PC2, a...
<p>Each point represents one patient, and its position in the plot is determined by the combined eff...
<p>Principal component analysis of immune parameters showing the proportion of variation explained b...
<p>A principal component analysis was performed on the 12 blood transcriptome data sets which remain...
<p>Principal component analysis (PCA) plots generated using circulating parameters which contribute ...
PCA plot shows the cytokine ELISA data from the combination of two different experimental groups TBL...
<p>The figure shows paired microdialysate and plasma derived cytokine data from 12 patients. Princip...
<p>Unsupervised principal component analysis of the signal intensity for samples from PV patients an...
<p>PCA plots for COG category 2 (A), SEED category 2 (B) and KEGG category 3 (C).</p
<p>(A) Two-dimensional PCA of miRs, derived from 20 patients with NSCLC and 10 tissue samples from n...
Today, early disease detection (EDD) is a matter of more importance than ever in medicine. Upon inte...
Principal component analysis (PCA) performed with Tassel v5.2.15 on the SNP dataset including all sa...
<p>A) Principal component analysis shows a clear distinction between DBA and control cytosols with t...
Principal component analysis (PCA) was performed using the prcomp function from the R base package. ...
<p>Principal component analysis of all the quantified potential N-glycopeptide ions was performed wi...
<p>The color codes for each time point are shown on the top right corner. The three axes PC1, PC2, a...