Author: Takhampunya, Ratree; Korkusol, Achareeya; Pongpichit, Chalermpol; Yodin, Komsan; Rungrojn, Artharee; Chanarat, Nitima; Promsathaporn, Sommai; Monkanna, Taweesak; Thaloengsok, Sasikanya; Tippayachai, Bousaraporn; Kumfao, Naruemon; Richards, Allen L.; Davidson, Silas A.
Title: Metagenomic Approach to Characterizing Disease Epidemiology in a Disease-Endemic Environment in Northern Thailand Document date: 2019_2_26
ID: 0gi6qzw0_47
Snippet: Frontiers in Microbiology | www.frontiersin.org Actinobacteria (n = 152), Firmicutes (n = 122), and Bacteroidetes (n = 57). The most abundant reads belonged to genera in Proteobacteria from UFI patients (Methylobacterium = 18%, Orientia = 14%, Anaplasma = 10%), rodent associated ectoparasites (Bartonella = 50%, Wolbachia = 14%, Coxiella = 8%, and Rickettsia = 7%), and ectoparasites collected from domesticated mammals (Wolbachia = 46%, Coxiella = .....
Document: Frontiers in Microbiology | www.frontiersin.org Actinobacteria (n = 152), Firmicutes (n = 122), and Bacteroidetes (n = 57). The most abundant reads belonged to genera in Proteobacteria from UFI patients (Methylobacterium = 18%, Orientia = 14%, Anaplasma = 10%), rodent associated ectoparasites (Bartonella = 50%, Wolbachia = 14%, Coxiella = 8%, and Rickettsia = 7%), and ectoparasites collected from domesticated mammals (Wolbachia = 46%, Coxiella = 21%, and Rickettsia = 9%) ( Figure 3B) . In rodent samples, the most abundant bacterial genera were distributed among three major phyla; Tenericutes (Mycoplasma = 31%), Proteobacteria (Bartonella = 28%), and Firmicutes (Streptococcus = 23%).
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