The phrase "analysis of the dendrogram" is correct and usable in written English.
It can be used in contexts related to data analysis, biology, or statistics, particularly when discussing the examination of a dendrogram, which is a tree-like diagram that shows the arrangement of the clusters.
Example: "The analysis of the dendrogram revealed distinct clusters among the species based on their genetic similarities."
Alternatives: "examination of the dendrogram" or "evaluation of the dendrogram".
Through analysis of the dendrogram for 11,220 mRNA probes, we identified 6 temporal expression patterns (i.e. Cluster 1 6 in Figure 2A) across 7 time points accounting for 94% of all significant probes.
However, analysis of the dendrogram revealed two distinct clones.
Analysis of the dendrogram for these 20 pulsotypes revealed at least 16 clusters (I to XVI).
Analysis of the dendrogram showed 2 major clusters with a low coefficient of similarity (approximately 6%), the first corresponding to P. lutzii (Pb01, Ed01 and 1578).
Analysis of the dendrogram also revealed similarity > 80% between microorganisms isolated from patients 43 and 50 (group B) in 2011 and 2012, respectively.
Hierarchical cluster analysis of the dendrogram indicated that six clusters were formed, and revealed differences in the composition of vaginal microbiota between HPV-negative women and HPV-positive women.
Through analysis of the cluster dendrogram for 117 dynamically regulated miRNAs, we identified 5 temporal expression patterns from two major pattern groups across 7 time points.
Hierarchical clustering has an advantage of interactive analysis of the clustering dendrogram but needs to keep in memory the full distance matrix; several work-arounds have been proposed (Zhang et al., 1996) but none is accepted as a standard.
DNA alignment of the obtained full-length sequences of the bont/b genes with already published sequences followed by phylogenetic analysis and construction of the dendrogram was carried out as described previously [ 10].
Before further detailed analysis of the individual family dendrograms, we sought to identify which DMT family was the most likely origin of the nucleotide sugar transporters.
The hierarchical clustering based on the functional GO analysis of the network components separates the dendrogram into two principle branches.
