finescale phylogenetic analysis was done using DNA sequences

Posted by Ellie on Jun 6, 2008 in Evolution and Phylogeny | 0 comments

finescale phylogenetic analysis was done using DNA sequences from

These bacteria are associated with reproductive alterations in their hosts, including parthenogenesis, reproductive incompatibility and feminization.

Wolbachia are cytoplasmically inherited bacteria found in reproductive tissues of many arthropod species.

These bacteria are associated with reproductive alterations in their hosts, including parthenogenesis, reproductive incompatibility and feminization. Wolbachia are cytoplasmically inherited bacteria found in reproductive tissues of many arthropod species.

These bacteria are associated with reproductive alterations in their hosts, including parthenogenesis, reproductive incompatibility and feminization. and Zhang, Wan and Guo, Li IS JF Proceedings Biological Sciences EP TI Evolution and Phylogeny of Wolbachia Reproductive Parasites of Arthropods VL SP KW arthropods KW bacteria KW insects KW parasite KW phylogenie KW wolbachia AU Werren, John AU Zhang, Wan AU Guo, Li PY 1995 UR ER .

fsZ sequences were determined for different Wolbachia strains from different species of insects and one isopod. , citeulikearticleid 2514947, journal Proceedings Biological Sciences, keywords arthropods, bacteria, insects, parasite, phylogenie, wolbachia, number 1360, pages 5563, postedat 20080311 134133, priority 2, title Evolution and Phylogeny of Wolbachia Reproductive Parasites of Arthropods, url volume 261, year 1995TY JOUR ID citeulike2514947 L3 citeulikearticleid2514947 N2 Wolbachia are cytoplasmically inherited bacteria found in reproductive tissues of many arthropod species.

fsZ sequences were determined for different Wolbachia strains from different species of insects and one isopod.

Wolbachia are cytoplasmically inherited bacteria found in reproductive tissues of many arthropod species. These bacteria are associated with reproductive alterations in their hosts, including parthenogenesis, reproductive incompatibility and feminization.

finescale phylogenetic analysis was done using DNA sequences from ftsZ, rapidly evolving bacterial cellcycle gene.

The following results were found there are two major division of Wolbachia and which diverged 5867 millions years before present based upon synonymous substitution rates ii general concordance is found between the ftsZ and 16S rDNA phylogenies, indicating that these represent bacterial strain rather than simply gene phylogenies however, possible example of recombination between and division bacteria have occurred in the feminizing Wolbachia present in an isopod iii extensive horizontal transmission of Wolbachia has occurred between insect taxa, including different insect orders one strain in particular designated Adm shows extensive recent horizontal transmission
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