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Figure 13 shows the shape change of the representative parasites from each of the two clusters.
Of the putative hybrid individuals all but one (P18) had two divergent haplotypes, one from each of the two clusters.
In Figure 11, we show the shape change of the representative parasites from each of the two clusters (every 45th frame in the observation period is depicted).
With the exception of P20, all of the putative hybrid individuals had two divergent haplotypes, one from each of the two clusters; individual P20 was homozygous for a B. crispa haplotype at this locus.
The putative hybrid individuals showed the same pattern as before, all but one individual (P18) having two divergent haplotypes, one from each of the two clusters; individual P18 was homozygous for a B. officinalis haplotype.
To reconcile fungal and animal homologs of these microsporidian sequences, we merged microsporidian-only clusters with another cluster if at least one member from each of the two clusters were reciprocal best BlastP hits, that is, two sequences, one from each cluster, that are each other's respective top BlastP hit (e value cutoff: 0.001).
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(d) Map of cluster membership to the study area of the three clusters.
Two representative genes from each of the six k-means clusters were validated by qPCR.
We have compared the two cluster types with varying percentages of β cells randomly removed from the cluster.
The hierarchical clustering analysis showed that these 12 genes discriminated V from Zn and consisted of two clusters.
We also explore the option of removing nodes from the cluster and merging of two clusters.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com