
Melbourne Mathematical Biology
@MelbMathBio
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A part of the School of Maths and Stats at @unimelb, using mathematical, statistical and computational methods to model and analyse complex biological systems.
Joined August 2020
Excited to share our latest research into P. vivax elimination via MDA just published in @Epidemics đThank you to my collaborators @j_mccaw, @aezarebski, @rihickson and @JenniferFlegg
https://t.co/80diQDCCg7 1/5
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Super excited to finally share our preprint âJump-Switch-Flow: hybrid stochastic-deterministic solutions of compartmental modelsâ! đ„ł Huge thanks to @aezarebski, Sophie Hautphenne, @rob_models, @JenniferFlegg and @mark_flegg đ, go #ScienceTeam! A đ§” 1/n. https://t.co/aMNtmSV3ZE
arxiv.org
Multi-scale systems often exhibit a combination of stochastic and deterministic dynamics. In compartmental models, low occupancy compartments tend to exhibit stochastic dynamics while high...
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(1/n) A huge thank you to @AntoineZwaans, @laduplessis, @B_Gutierrez_G and @EvolveDotZoo for all their hard work on Timtam for BEAST2 đ„ł https://t.co/t04EnWNgLU
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Another huge congratulations to Associate Professor @DIYOzzy on his promotion!! đ„łđŸ
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Congratulations to @S_T_Johnston, Matt Faria and @DIYOzzy for their #DiscoveryProject âMathematical models to connect experiments across biological scalesâ đ„ł
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A huge congratulations to Professor @JenniferFlegg for being promoted!! đ„łđŸ
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We are so excited to congratulate Camelia Walker for their success in being announced as a #SuperstarsofSTEM! https://t.co/NyhNiUxVNy
scienceandtechnologyaustralia.org.au
Superstars of STEM smashes societyâs gender assumptions about scientists and increases the public visibility of women in STEM.
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Closing for our conference on the Frontiers of Mathematical biology, James McCaw gave us a wonderful overview of the program, as well as a beautiful close and acknowledgement to Edmund, weâd love to thank all those who came, and honoured Edmund and his legacy with us
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A really beautiful presentation thanks to @adrianne_jenner âUsing mathematics to add insight into Multiple Sclerosisâ, with some really exciting early results!
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An elegant introduction to bond-graph models, and a really exciting framework by Niloofa Shahidi in her presentation âTowards automation in model composition for systems biologyâ
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Starting the final day of our Workshop, Claire Miller presents her PhD work with Edmund and @DIYOzzy, in âMultiscale agent-based modelling of the epidermisâ, giving us a beautiful presentation on coupling both agent-base models and sub-cellular
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Closing day 2, @robynaraujo gave a wonderful talk ââUnpickingâ integrals in cellular signalling networksâ
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In the afternoon session, @S_T_Johnston gave a great presentation âMathematical models of nanoparticle-cell interactionsâ on some early work with Edmund, and also where part of the work has led to
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Thanks to Peter Hunter for his captivating talk âWhole-cell modelling with bond graphs and CellMLâ, which highlighted the impact Edmund had on the field! The Physiome and 12 Labours projects truely are at the forefronts of Math Bio!
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A huge thank you to @adriana_zanca, @JoeCursons, @j_mccaw and Claire Miller, for the wonderfully engaging conversation and insights on the current state and future of Math Bio! Itâs clear that we are at an exciting time, with only more excitement to come!
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Kicking off day 2, Hilary Hunt gave a wonderful overview of her PhD work with Edmund and Vijay, in her talk âGetting to the heart of hypertrophic signallingâ - calcium signalling is giving us a seemingly endless supply of research!
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To close day 1, @PhilipMaini told us a wonderful story of some of Edmundâs impactful PhD work, and where itâs lead to, in his talk âPattern formation on a growing domain: A tribute to Edmund Crampinâ
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From wet-lab, to bioinformatics, @WalterMuskovic presents his elegant talk âUsing high temporal resolution gene expression data to study lncRNA functional rolesâ
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Wow, who would have thought weâd get to HEAR and ion channel today?! Thanks Ivo Siekmann for the very engaging talk âA hierarchical model of the inositol-trisphosphate receptor (IPR) - Gaining insight into conformational dynamics of ion channels via modal gating analysisâ
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