10 million sequences of COVID-19’s genomic code have now been organized into a phylogenetic tree in the UC Santa Cruz SARS-CoV-2 Browser, which is the largest tree of genomic sequences of a single ...

Phylogenetic analysis is the study of evolutionary development of a species or a group of organisms or a particular characteristic of an organism.

Scientists have published the largest nematode phylogenetic tree up until now. It contains over 1,200 species and is entirely based on the analysis of DNA sequence data.

The tool, called PsiPartition, improves both the computational efficiency of the data analysis and the accuracy of the phylogenetic trees that visualize these relationships.

This phylogenetic tree, built from genetic sequencing and fossil data, helps explain the relationships between different kinds of insects across millions of years of evolution.

It has been proposed that phylogenetic diversity can be used as a proxy to estimate functional diversity and to predict ecosystem functioning. Here, the rapid evolutionary response of marine ...

The resulting phylogenetic estimate offers novel insights into the rapid radiation of modern birds and provides a taxon-rich backbone tree for future comparative studies.” ...

The COVID-19 phylogenetic tree, called UShER, was created by UCSC researchers and is the primary tool used by health officials worldwide to track the spread of variants in their community.