0000000000725461

AUTHOR

Sara Epis

showing 2 related works from this author

Phylogenomic evidence for the presence of a flagellum and cbb(3) oxidase in the free-living mitochondrial ancestor.

2011

The initiation of the intracellular symbiosis that would give rise to mitochondria and eukaryotes was a major event in the history of life on earth. Hypotheses to explain eukaryogenesis fall into two broad and competing categories: those proposing that the host was a phagocytotic proto-eukaryote that preyed upon the free-living mitochondrial ancestor (hereafter FMA), and those proposing that the host was an archaebacterium that engaged in syntrophy with the FMA. Of key importance to these hypotheses are whether the FMA was motile or nonmotile, and the atmospheric conditions under which the FMA thrived. Reconstructions of the FMA based on genome content of Rickettsiales representatives-gener…

Midichloria mitochondriiSequence analysiseukaryogenesiMidichloriaFlagellumGenomeOxidative PhosphorylationElectron Transport Complex IVEvolution MolecularPhylogeneticsGeneticsmitochondrionCytochrome c oxidaseSymbiosisMolecular BiologyGeneEcology Evolution Behavior and SystematicsPhylogenyRickettsieaeGeneticsbiologyBase SequencephylogenomicSequence Analysis DNAbiology.organism_classificationBiological EvolutionMitochondriaEukaryotic CellsFlagellabiology.proteinrickettsialeRickettsialesGenome BacterialMolecular biology and evolution
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A Wickerhamomyces anomalus Killer Strain in the Malaria Vector Anopheles stephensi

2013

The yeast Wickerhamomyces anomalus has been investigated for several years for its wide biotechnological potential, especially for applications in the food industry. Specifically, the antimicrobial activity of this yeast, associated with the production of Killer Toxins (KTs), has attracted a great deal of attention. The strains of W. anomalus able to produce KTs, called "killer" yeasts, have been shown to be highly competitive in the environment. Different W. anomalus strains have been isolated from diverse habitats and recently even from insects. In the malaria mosquito vector Anopheles stephensi these yeasts have been detected in the midgut and gonads. Here we show that the strain of W. a…

EpidemiologyApplied Microbiologylcsh:MedicineDisease VectorsMosquitoesMedicine and Health Scienceslcsh:Science0303 health sciencesFungal proteinMultidisciplinaryEcologybiologyAnophelesAntimicrobial3. Good healthInsectsFemaleResearch ArticleBiotechnologyArthropodaWickerhamomyces anomalusSaccharomyces cerevisiaeMycologyMicrobiologyVector BiologyMicrobial EcologyMicrobiologyFungal Proteins03 medical and health sciencesMicrobial ControlAnophelesparasitic diseasesAnimalsAnopheles stephensiKiller yeast030304 developmental biology030306 microbiologylcsh:RfungiOrganismsFungiBiology and Life SciencesMycotoxinsbiology.organism_classificationInvertebratesYeastYeastInsect VectorsMalariaSaccharomycetaleslcsh:QParasitologyZoologyEntomologyPLoS ONE
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