@VandijckLab
@vandijcklab
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Joined February 2023
‘Sinterklaas’ was very happy with the output this year of @vandijcklab and wants to thank all its members. Thank you @KU_Leuven and @FWOVlaanderen for the support. @BiologyKULeuven @kuleuven_fwet
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RT @NatureMicrobiol: Out now: Acquired amphotericin B resistance leads to fitness trade-offs that can be mitigated by compensatory evolutio….
nature.com
Nature Microbiology - The fungal pathogen Candida auris can acquire amphotericin B resistance through clinically rare mutations in sterol biosynthesis genes but at a certain fitness cost, which...
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RT @CarolusHans: Thrilled to get a second major story from my PhD out in @NatureMicrobiol! Stay tuned for follow ups from the clinic! Many….
nature.com
Nature Microbiology - The fungal pathogen Candida auris can acquire amphotericin B resistance through clinically rare mutations in sterol biosynthesis genes but at a certain fitness cost, which...
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RT @CarolusHans: Great to work with a new species! #mdpijof via.@JoF_MDPI More great collaborative work of the Pra….
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Today we had our @JPIAMR project consortium meeting in our lab. Great to see the progress made by all partners. @gabaldonlab @judithberman11 @lagrou_katrien @pietstandaard and Micha Fridman and @CarolusHans
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RT @NatureMicrobiol: OUT NOW: Collateral sensitivity counteracts the evolution of antifungal drug resistance in Candida auris 🍄💊. @CarolusH….
nature.com
Nature Microbiology - Collateral-sensitivity-based drug cycling effectively prevents and impedes the evolution of antifungal drug resistance in Candida auris.
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Very proud on this first of two major publications on multi drug resistance mechanisms in Candida auris. Outstanding work by @CarolusHans and all other colleagues that contributed to this work. See Thanks to @JPIAMR and @FWOVlaanderen and @KU_Leuven.
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RT @CarolusHans: I am extremely happy to see the first major part of my PhD work published in @NatureMicrobiol. Many thanks to @vandijcklab….
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In this paper we show the role of cell surface adhesins for cell-cell interaction and aggregation in Candida auris. A great collaboration between @vandijcklab, the Bruno lab and the Jabra-Rizk lab in Baltimore. @BiologyKULeuven @kuleuven_fwet .
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RT @mbiojournal: New research identifies the riboflavin biosynthesis pathway as a promising antifungal target. Check out how the authors id….
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RT @chitinette: Great catch up with @vandijcklab @CarolusHans on our recent trip to Leuven. Insightful discussions on #Candida auris drug t….
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RT @YorkYeast: Cracking weather @UniOfYork for day 3 of the SMYTE conference 😎. Especially as the sessions will finish at lunchtime and we….
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RT @MicrobioSoc: Our latest blog, from Jonas Devos explains the application of a fluorescent proteins - just like turning on a light bulb!….
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Today 12 students that did their master thesis in my lab graduated as master in Biology or master in Biochemistry/biotechnology @kuleuven_fwet @BiologyKULeuven @KU_Leuven congratulations!
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RT @chitinette: Welcome drinks for Dimi on 3 months research exchange visit from @vandijcklab and happy birthday to @LouiseWalker116 @FunG….
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Many congratulations to @StefanieWijnant and Shreosi Chatterjee for both obtaining a junior postdoc grant from @FWOVlaanderen to help understanding and fighting human fungal pathogens. @BiologyKULeuven.
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Today we had our annual newcomers party at the @vandijcklab. Thanks so much for organizing this.
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RT @neilemccarthy: Sad to be waving goodbye to Wouter @WGenechten this week! It was a real pleasure hosting him @blizard_inst to build coo….
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RT @LeuvenPlantInst: A new review demonstrates how SnRK1, TOR, and T6P dictate root development through a delicate energy balance. 📊💡 1/3 h….
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