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Latest paper in the journal Brain is a wonderful piece of work led by the intrepid Leon Aksman, who analysed antemortem and postmortem data from the ADNI and ROSMAP cohorts to unravel some mysteries surrounding the interplay between two key pathologies in Alzheimer’s disease progression: amyloid and tau.
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Latest paper is an amazing collaboration led by the wonderful Jake Vogel that pulled together the largest database so far of tau PET imaging of Alzheimer’s pathology in the living brain, then unleashed Alex Young’s SuStaIn algorithm to discover four previously unknown/uncharacterised subtypes.
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Apply Here (closing date: 23 May 2021)
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Here’s my poster: Model-based subtypes of disease progression in Parkinson’s
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Want to work with me on computational modelling of neurological disease progression like Alzheimer’s, multiple sclerosis, and prion diseases?
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[UPDATE] The published version is available here: Brain 141(5), awy050 (2018).
“The paper is a pleasure to read, as well as scientifically insightful.” — Journal Editor
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My latest paper on Alzheimer’s disease progression is available in Frontiers in Neurology:
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My work in the EuroPOND consortium is neatly summarised in our latest paper, where we review the emerging field of data-driven disease progression modelling. It’s open access, so anyone can download and read it for free from here:
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Software: MRtrix 3 (0.3.15) Pipeline: Anatomically Constrained Tractography (ACT)
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Following a press-release today (23 March 2016), Dr. Laura Phipps from Alzheimer’s Research UK wrote a blog post about my research into Alzheimer’s disease and Parkinson’s disease. Check it out: www.dementiablog.org/using-computers-to-decode-alzheimers
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Our POND team at UCL have modelled the changes in Alzheimer’s disease, confirming our current understanding of this disease, and providing a tool for diagnosis and prognosis. You can read about it for free in the journal Brain here (open access). Title and abstract below.
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Working with folk from my old stomping ground at the University of Liverpool, we discovered in the laboratory that a two-dimensional dusty plasma can be adequately described using the ideal gas law - even when shock waves are excited to melt the dust crystal.
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I have started my new role at University College London (UCL). I am working on computational models of neurodegenerative disease progression. Read more here.
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I will present some results on dusty plasmas at this year’s American Physical Society March Meeting in Boston, USA. My talk is scheduled for the High Pressure: Experiment session on Thursday March 1. I’ll be talking about combining Rankine-Hugoniot shock relations and target tracking to derive an equation of state for a dusty plasma.
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Our group’s latest paper has been accepted for publication published in Physics of Plasmas:
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Update (2011-12-22): Our paper has now been published in Physical Review Letters here: 10.1103/PhysRevLett.107.260503.
Update (2011-11-11): Our paper has been accepted for publication in Physical Review Letters.
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I recently visited Garmisch-Partenkirchen to participate in the 6th annual International Conference on the Physics of Dusty Plasmas. The conference was excellent. Full of very interesting talks and a decent social program, too. See photos below.
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Our group recently published a paper entitled “Molecular Dynamics Simulations of Dynamic Phenomena in Complex Plasmas” in IEEE Transactions on Plasma Science.
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I’ll be presenting a talk in Orlando, Florida (U.S.A.) at the SPIE conference “Signal and Data Processing of Small Targets 2010” on Tuesday, 6 April (the final talk of the day). It’s in the Sensor Data and Information Exploitation program track of the “Defense, Security and Sensing” symposium.*