PhD in Medical Biophysics from Western University

Joined February 2021
Paul Dubovan retweeted
Two new preprints! One on robust ogse kurtosis fitting (arxiv.org/abs/2309.02319), and another where we unpack where diffusion kurtosis increases during healthy development come from using b-tensor encoding and MT (arxiv.org/abs/2309.15202)! @WesternCFMM @naila_rahman20
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Paul Dubovan retweeted
Check out our data repository containing both in vivo and ex vivo advanced diffusion and magnetization transfer #MRI in mice! Includes OGSE, micro-FA, and MTsat at multiple in vivo time points! #openscience @naila_rahman20 nature.com/articles/s41597-0…
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Paul Dubovan retweeted
#SkopeCustomerSuccessStory – @pdubovan3, @cabaron31 @WesternCFMM, successfully develop their model-based reconstruction algorithm and generate high-fidelity images using the #opensource Skope Data Reader: loom.ly/mAWHetE | #MRI #7T #openscience #neuroscience
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Paul Dubovan retweeted
Now in early view! Check out how we designed "OGSE" gradients that do not do that much oscillating! This enabled probing the frequency dependence of diffusion kurtosis in the human brain. @WesternCFMM @SchulichMedDent onlinelibrary.wiley.com/doi/…
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Paul Dubovan retweeted
Paul Dubovan (@pdubovan3) and Corey Baron (@cabaron31) @WesternU have published their work on automatically aligning k-space and trajectory information! Check it out to learn more about their technique: loom.ly/Er2Du1k
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Paul Dubovan retweeted
Do you have a field probe system (e.g., @Skope_MRI), and have artefacts from delays between the MRI and field probe data? Check out our new algorithm to automatically align the data with no need for prescans! @pdubovan3 @WesternCFMM onlinelibrary.wiley.com/doi/…
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Our latest Q&A is with Kyle Gilbert and Corey Baron (@cabaron31), researchers at @WesternCFMM @WesternU, by Mathieu Boudreau (@_mattboud). Their paper is “Integration of an RF coil and commercial field camera for ultrahigh-field MRI”. #MRFriday blog.ismrm.org/2022/07/22/qa…
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Corey Baron, PhD (@cabaron31) is developing new methods to better characterize the microscopic properties of brain tissue using magnetic resonance imaging. His research provides insight for the development of diagnostic tools and treatment. #ResearchMatters #ResearchInAction
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May MRM Editor's Pick #1: "Characterization and correction of time-varying eddy currents for diffusion MRI", by Jake J. Valsamis (@jvalsamis98) et al. @WesternCFMM @SchulichMedDent. onlinelibrary.wiley.com/doi/…
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Paul Dubovan retweeted
Now online, from co-first authors @naila_rahman20 and Jordan Ramnarine! onlinelibrary.wiley.com/doi/…
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Paul Dubovan retweeted
Now in early view! See how we integrated @Skope_MRI field probes into a 7T transmit/receive coil! @pdubovan3 @northernthrux @WesternCFMM onlinelibrary.wiley.com/doi/…
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Paul Dubovan retweeted
Do you have a field probe system and have had difficulty synchronizing the field probe and MRI data? We have an algorithm for that! Accuracy to tens of nanoseconds demonstrated using our @Skope_MRI system. arxiv.org/abs/2111.11916
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Paul Dubovan retweeted
Check out our development of a 7T transmit/receive coil with integrated field probes! @WesternCFMM 💪!
Integration of a radiofrequency coil and commercial field camera for ultra-high-field MRI biorxiv.org/cgi/content/shor… #biorxiv_biophys
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It’s #PostdocAppreciationWeek, shoutout to @GabVarelaM1 from @WesternCFMM for starting his @ISMRM Research Exchange Fellowship at @MGHMartinos and @BostonChildrens to work on compressed sensing for paediatric MRI. Wishing him all the best in Boston! 🤩
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We’re excited to host another Scholarship Information and Q&A Session on Thursday, Sept 16th at 4-5pm! We are calling for @CIHR_IRSC, @NSERC_CRSNG CGS-M, PGS-D, CGS-D and Vanier Award Holders to participate in the session. 📑 Sign up now to participate: bit.ly/3yVuVmf – at London, Ontario
Paul Dubovan retweeted
See our new preprint from the talented @naila_rahman20 !
Test-retest reproducibility of in vivo oscillating gradient and microscopic anisotropy diffusion MRI in mice at 9.4 Tesla biorxiv.org/cgi/content/shor… #biorxiv_neursci
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