Script that labels phylogenetic clades based on the clade of the nearest neighbor using patristic distances determined from the tree.

Figure 3: Phylogenetic tree of RSV-A specimens detected in Tasmania from 2021-2023. The 2021 off-season RSV surge, occurring during a period of border lockdowns in response to the COVID pandemic (Mar ...

In our phylogenetic hypothesis, the family comprised 16 lineages at the beginning of Miocene. These lineages diversified during Miocene into 177 lineages. The radiation occurred across all six major ...

Phylogenetic tree of Nemacheilidae, including all 471 analysed nemacheilid specimens ... with the Nemacheilidae ingroup collapsed into main clades. Red stars indicate calibration points, values at ...

Toribio Rodríguez de Mendoza National University researchers conducted a genomic analysis of fine aroma cocoa from northern Peru, uncovering genetic divergence and evolutionary patterns within ...

In the Southern Hemisphere, the NopX, NopA, InnB, and NopP proteins were predominant. The NopP2 protein is commonly distributed in all clades and hemispheres. Interestingly, our results indicate that ...

Phylogenetic approaches offer an alternative ... matching established global clades while highlighting persistent lineages averaging 3.9 years of dominance. In the case of B.

Using this data, the research team found that two of the clades are composed of five ... profiles of Gardnerella species are congruent with phylogenetic and comparative genomic analyses, Genome ...

genomes, the team performed a detailed analysis revealing much greater diversity, including identifying 11 unique groups of organisms known as genospecies, which fall within several major clades ...

This extensive phylogenetic distribution implies that type III CHI genes may represent the earliest evolutionary form within the CHI family, having been extensively conserved throughout subsequent ...