BEAST analysis of 17 NHP TPE sequences from Tanzania (with the TPA SS14 outgroup in T6 and T15 models). Estimated substitution rates and estimated elapsed time from the most recent common ancestor using BEAST models T5, T6, and T15.

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Bibliographic Details
Main Author:	Klára Janečková (8655201) (author)
Other Authors:	Christian Roos (141269) (author), Petr Andrla (20501515) (author), Pavla Fedrová (16979431) (author), Nikola Tom (5449088) (author), Simone Lueert (8929184) (author), Julius D. Keyyu (2697478) (author), Idrissa S. Chuma (4732341) (author), David Šmajs (48851) (author), Sascha Knauf (111363) (author)
Published:	2025
Subjects:	Microbiology Evolutionary Biology Ecology Marine Biology Infectious Diseases Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified yellow baboon ). vervet monkey ), unexpectedly high degree three national parks olive baboon ), model estimations predicted blue monkey ), 77 × 10 43 × 10 231 possible combinations treponema pallidum </ papio cynocephalus </ papio anubis </ chlorocebus pygerythrus </ cercopithecus mitis </ previously generated genomes tanzanian nhp origin nhp isolates collected different nhp species genome tpe sequences tanzania </ p tpe </ nhp origin pertenue </ samples collected four species yaws infection yaws bacterium work aims within decades wild populations time needed substitution rate sampling sites ruaha np nonhuman primate natural diversification geographical separation genome comparisons genetic similarity five revealed closer look causative agent
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BEAST analysis of 17 NHP <i>TPE</i> sequences from Tanzania (with the <i>TPA</i> SS14 outgroup in T6 and T15 models). Estimated substitution rates and estimated elapsed time from the most recent common ancestor using BEAST models T5, T6, and T15.

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