<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of <i>agr</i> and <i>set</i> gene profiles of analysed strains. Black box – positive; grey – ambiguous; white/blank – negative.</p
<p>Note: A = 1XN, B = 2DP, E = 3MS, G = 4NL, H = 5QJ, I = 6ZL, J = 7GS, K = 8SQ.</p
<p>Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...
<p>(A) the dendrogram classifies the samples into EBV-positive and EBV-negative BL independently on ...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of su...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of ad...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of le...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of an...
<p>Dendrogram derived using UPGMA cluster analysis based on the SSR genetic similarity coefficient f...
<p>The dendrogram was constructed by hierarchical clustering (UPGMA) based on the dissimilarities in...
<p><b>Copyright information:</b></p><p>Taken from "Fieldable genotyping of and based on 25-loci Mult...
<p>For each of the 172 genes, the average of the results of all the strains corresponding to the sam...
Figure-4: Dendrogram generated from an unweighted pair group method analysis (UPGMA) cluster analysi...
<p>The Jaccard similarity index is indicated on the X axis. The sample names with their previously a...
<p><b>Copyright information:</b></p><p>Taken from "Fieldable genotyping of and based on 25-loci Mult...
<p>(<b>A</b>) the UPGMA dendrogram with bootstrap values (>50%) derived from unbiased genetic distan...
<p>Note: A = 1XN, B = 2DP, E = 3MS, G = 4NL, H = 5QJ, I = 6ZL, J = 7GS, K = 8SQ.</p
<p>Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...
<p>(A) the dendrogram classifies the samples into EBV-positive and EBV-negative BL independently on ...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of su...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of ad...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of le...
<p>UPGMA dendrogram displaying clustering and genetic similarity (using Jaccard’s coefficient) of an...
<p>Dendrogram derived using UPGMA cluster analysis based on the SSR genetic similarity coefficient f...
<p>The dendrogram was constructed by hierarchical clustering (UPGMA) based on the dissimilarities in...
<p><b>Copyright information:</b></p><p>Taken from "Fieldable genotyping of and based on 25-loci Mult...
<p>For each of the 172 genes, the average of the results of all the strains corresponding to the sam...
Figure-4: Dendrogram generated from an unweighted pair group method analysis (UPGMA) cluster analysi...
<p>The Jaccard similarity index is indicated on the X axis. The sample names with their previously a...
<p><b>Copyright information:</b></p><p>Taken from "Fieldable genotyping of and based on 25-loci Mult...
<p>(<b>A</b>) the UPGMA dendrogram with bootstrap values (>50%) derived from unbiased genetic distan...
<p>Note: A = 1XN, B = 2DP, E = 3MS, G = 4NL, H = 5QJ, I = 6ZL, J = 7GS, K = 8SQ.</p
<p>Dendrogram for 165 maize accessions based on a cluster analysis of genetic similarities from SSR ...
<p>(A) the dendrogram classifies the samples into EBV-positive and EBV-negative BL independently on ...
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