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Heitman lab at Duke
@DukeHeitman
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We're the Heitman lab at @DukeMGM. We're interested in sexual reproduction and the emergence and evolution of microbial pathogens. Account run by lab members.
Durham, NC
Joined February 2019
In the latest @PNASNews , we discovered that RNAi-loss is more common than expected in the global population of Cryptococcus neoformans, driving distinct evolutionary paths: hypermutation via transposon accumulation or survival without hypermutation.
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RT @VikasYadavSci: 🚨New Preprint🚨 Can signaling cascades modulate expression status even before turning genes on and off in the nucleus? W…
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The latest @PLOSPathogens Pearls article by @VikasYadavSci is now out. He reviews the essential roles of calcineurin in the virulence of #fungal pathogens of animals and plants and discusses what future studies should focus on to target this Achilles heel.
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RT @VikasYadavSci: We wrote a review on the importance of stress-responsive calcium-calcineurin signaling in fungal pathogens and how under…
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RT @CIFAR_News: Fungal Kingdom: Threats & Opportunities welcomes Asiya Gusa (@AsiyaGusa, @DukeU), Kyla Ost (@KylaOst, @CUAnschutz) and Neta…
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Excited to share our new preprint on transitions in mating-type locus chromosomal organization in Malassezia and early steps in sexual reproduction Kudos to @MarcoACoelho1, @giuseppe_ianiri and @MrciaDavidPalm1, and all authors, for their contributions.
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An updated version is now available for the study from @magwenelab, which uses the interaction between amoeba and human fungal pathogen Cryptococcus neoformans to test the “accidental pathogen” hypothesis.
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RT @VikasYadavSci: Our review about evolution of sex - "the queen of all problems in evolutionary biology" through a microbial perspective…
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