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Babesia bovis: A comprehensive phylogenetic analysis of plastid-encoded genes supports green algal origin of apicoplasts

Microbiology / Taxonomy / Cyanobacteria / Bayesian Inference / Experimental parasitology / Phylogeny / Sequence alignment / Parasite / Animals / Phylogenetic analysis / Green Algae / Gene / Gen / Experimental / Veterinary Sciences / Eukaryotic Cells / Amino Acid Sequence / Bayes Theorem / Chlorophyta / Likelihood Functions / Babesia Bovis / Phylogeny / Sequence alignment / Parasite / Animals / Phylogenetic analysis / Green Algae / Gene / Gen / Experimental / Veterinary Sciences / Eukaryotic Cells / Amino Acid Sequence / Bayes Theorem / Chlorophyta / Likelihood Functions / Babesia Bovis

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Babesia bovis: A comprehensive phylogenetic analysis of plastid-encoded genes supports green algal origin of apicoplasts

Microbiology / Taxonomy / Cyanobacteria / Bayesian Inference / Experimental parasitology / Phylogeny / Sequence alignment / Parasite / Animals / Phylogenetic analysis / Green Algae / Gene / Gen / Experimental / Veterinary Sciences / Eukaryotic Cells / Amino Acid Sequence / Bayes Theorem / Chlorophyta / Likelihood Functions / Babesia Bovis / Phylogeny / Sequence alignment / Parasite / Animals / Phylogenetic analysis / Green Algae / Gene / Gen / Experimental / Veterinary Sciences / Eukaryotic Cells / Amino Acid Sequence / Bayes Theorem / Chlorophyta / Likelihood Functions / Babesia Bovis

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