Douglas Brumley
@BrumleyLab
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We use mathematics & microscopy to study dynamic processes in biology. Dr Douglas Brumley: Senior Lecturer @unimelb, Postdocs @MIT @ETH_en, PhD @Cambridge_Uni.
Melbourne, Australia
Joined May 2020
Congratulations to Antony Selvan for successfully completing all requirements of the PhD. His thesis, jointly awarded with @MCNDLab (co-supervised with Peter and Draga), developed new mathematical models for ciliary flows. @UniMelb @SciMelb @MelbMathBio.
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Congratulations to Nitay, whose work on viscoplastic flows has just been published in @JFluidMech. This paper, in collaboration with Ed Hinton, examines free-surface flows of viscoplastic material, both theoretically and experimentally @SciMelb @UniMelb .
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I am thrilled to receive a Future Fellowship from @arc_gov_au. The project, "Understanding the role of microscale fluid dynamics in biology", aims to develop novel mathematical models and experimental tools for investigating microscopic fluid flows in biology. @SciMelb @UniMelb.
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Congratulations to Allison for the first paper from her PhD, published in Seeds this week. This work aimed to optimise methodologies for investigating seed microbiomes across diverse plant species. @SciMelb .
mdpi.com
Seed microbes play crucial roles in plant health, but studying their diversity is challenging due to host DNA contamination. This study aimed to optimise methodologies for investigating seed microb...
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Congratulations to Olle Pontén for winning first prize, and Xinyi Yang and Matthew Walker for honourable mentions in the VicANZIAM meeting. @ANZIAMnews @SciMelb.
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PhD position with scholarship available! If you’re interested to work on mathematical models of biological adaptation in fluctuating environments with Dr Alex Browning (@a13xbrowning) and myself, please apply below. @MelbMathBio @UniMelb .
findaphd.com
PhD Project - Mathematical models of biological adaptation in fluctuating environments at University of Melbourne, listed on FindAPhD.com
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Postdoctoral position open in Bacterial-Algal Symbiosis! This interdisciplinary role will involve experimental and theoretical research using microfluidics, microscopy and modelling. Applications close May 13 (Aust. time). Please RT!.@SciMelb @UniMelb.
jobs.unimelb.edu.au
Careers at The University of Melbourne
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Congratulations to Nitay for the publication of two PhD papers in @PhysRevB today (Letter and Regular Article)! This work develops a general transport theory of near-hydrodynamic electron flows.
journals.aps.org
The Hall or odd viscosity governs hydrodynamic electron flows in the presence of an applied magnetic field. Here, the authors report a rigorous asymptotic theory of near-hydrodynamic electron flows...
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Congratulations to Antony for this paper in @JFluidMech today. We use a point torque (or “rotlet”) model to resolve mass transport by an individual cilium in various flows. @UniMelb @SciMelb @MelbMathBio @MCNDLab .
cambridge.org
Mass transport by ciliary point torques in flow - Volume 1007
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Our latest paper with Takuji Ishikawa and Tim Pedley, published in @JFluidMech, explores suspensions of active particles in Poiseuille flow, situated between two parallel walls. @MelbMathBio @SciMelb @TohokuUniPR @Cambridge_Uni .
cambridge.org
Poiseuille flow of a concentrated suspension of squirmers - Volume 1003
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Congratulations to the team - in particular Riccardo and @JonaszSlomka - on this paper on chemotactic encounters. Out now in @PNASNews. @ETH_en @theStockerLab @RennesUniv_EN @SciMelb .
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RT @JonaszSlomka: Our new paper on the theory of chemotactic encounters between bacteria and phytoplankton is out. Big thanks to Riccardo,….
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Really excited to share the news of being promoted to Associate Professor at @UniMelb @MelbMathBio @SciMelb.
ms.unimelb.edu.au
The Brumley Lab uses mathematical modelling and quantitative video-microscopy to study a range of dynamic processes in biology – crucially at the scale of individual cells – with specific applicati...
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RT @RSocPublishing: Escape motility of multicellular magnetotactic prokaryotes: @BrumleyLab #JRSocInterface #biophy….
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Congratulations to Xinyi for the fist paper from her PhD. This work, together with @PrakashLab, is published in @RSocPublishing today, and examines individual and collective behaviour of magnetotactic bacteria in an oxygen gradient. @SciMelb @MelbMathBio.
royalsocietypublishing.org
Microorganisms often actively respond to multiple external stimuli to navigate toward their preferred niches. For example, unicellular magnetotactic bacteria integrate both oxygen sensory information...
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Excited to share this preprint, led by Riccardo and Jonasz. Slower swimming promotes chemotactic encounters between bacteria and small phytoplankton. @JonaszSlomka @ETH_en @theStockerLab @RennesUniv_EN @SciMelb .
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RT @RahilValani: We are advertising a postdoc position at @UniofAdelaide to work on mathematical modelling of inertial microfluidic technol….
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Congratulations to Filippo and Arash for leading this work, “Machine learning driven image segmentation and shape clustering of algal microscopic images obtained from various water types”. @MonashUni @UniMelb @SciMelb .
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