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Volume 11, Number 7—July 2005
Dispatch

Cervids as Babesiae Hosts, Slovenia

Darja Duh*Comments to Author , Miroslav Petrovec*, Andrej Bidovec†, and Tatjana Avsic-Zupanc*
Author affiliations: *Institute of Microbiology and Immunology, Ljubljana, Slovenia; †Institute of Wildlife Pathology, Ljubljana, Slovenia

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Figure

Phylogenetic relationships of representative babesiae deposited in GenBank and detected in this study, inferred from multiple sequence alignment of complete 18S rRNA gene. Accession numbers of babesiae: Babesia EU1 from Ixodes ricinus ticks, AY553915; babesiae from roe deer 1, AY572457; babesiae from roe deer 2, AY572456; Babesia EU1 from human, AY046575; B. divergens, AY046576; B. odocoilei, AY046577; Babesia MO1, AY048113; B. caballi, Z15104; and Theileria annulata, M64243. The number on each

Figure. . Phylogenetic relationships of representative babesiae deposited in GenBank and detected in this study, inferred from multiple sequence alignment of complete 18S rRNA gene. Accession numbers of babesiae: Babesia EU1 from Ixodes ricinus ticks, AY553915; babesiae from roe deer 1, AY572457; babesiae from roe deer 2, AY572456; Babesia EU1 from human, AY046575; B. divergens, AY046576; B. odocoilei, AY046577; Babesia MO1, AY048113; B. caballi, Z15104; and Theileria annulata, M64243. The number on each branch shows the percent occurrence in 1,000 bootstrap replicates.

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