The phrase "a unique tree of" is correct and usable in written English.
It can be used when describing a specific type of tree that is distinct or one-of-a-kind, often in a metaphorical or symbolic context.
Example: "In the garden, there stood a unique tree of life, representing the interconnectedness of all living beings."
Alternatives: "a distinctive tree of" or "an exceptional tree of".
For fixed coverage patterns we have determined lower bounds on the number of loci needed for a coverage pattern to be phylogenetically decisive for all trees that is to allow reconstruction of a unique tree on all taxa irrespective of what the tree is.
And lateral gene transfer implies that different gene trees cannot be relied upon to coincide on any unique tree of cells.
At higher phylogenetic levels, the most widely accepted point of view seems to be that a unique tree can still describe the history of a large majority of the conserved sequences, and corresponds to the relationship by descent between the bacterial species [ 9, 10].
In the scaffold tree algorithm [34], large molecular data sets are organized into a unique tree hierarchy by iterative removal of rings from more complex scaffolds.
This procedure provides a maximum set of sequences for a unique tree without multiple substitutions, which is easily estimated by any methods of phylogenetic inference.
We suggest that the unique tree topologies of lys2 are not due to an analytical artefact, but due to differences in the evolutionary history of genomes caused by positive selection of particular lineages.
By comparing topologies of these trees with PSCORE command (Templeton winning sites test [ 41, 42]) from PAUP package and Kishino-Hasegawa test [ 43] from TREE-PUZZLE package, production of a fusion of these trees in a unique consensus tree according to the results of these tests.
Botanist Peter Crane, who has a written what he calls a biography of this unique tree, talks to Yale Environment 360 about the inspiring history and cultural significance of the ginkgo.
The analysis is performed using a unique type of graph called a strong interval tree (SIT).
This approach provides a definite and unique tree structure without relying upon probabilistic models of sequence evolution, by excluding the sequences casusing phylogenetic uncertainty.
