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"Brain-optimized extraction of complex sound features that drive continuous auditory perception" - read this new
#neuroscience paper from Berezutskaya and colleagues here: http://plos.io/3ix6zrk pic.twitter.com/Gp8e2leb4z
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Our first COVID-19 paper has published, "Estimation of basic reproductive ratio for COVID-19 using synthetic contact matrices" from Hilton and Keeling. Read it in full here! http://plos.io/3e5NxF8
@JoeBHilton@WarwickSBIDERpic.twitter.com/NoKliVZJqC
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Our first COVID-19 paper has published, "Estimation of basic reproductive ratio for COVID-19 using synthetic contact matrices" from Hilton and Keeling. Read it in full here! http://plos.io/3e5NxF8
@JoeBHilton@WarwickSBIDERpic.twitter.com/P2EZGlPklu
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"Brain-optimized extraction of complex sound features that drive continuous auditory perception" - read this new
#neuroscience paper from Berezutskaya and colleagues here: http://plos.io/3ix6zrk pic.twitter.com/RJfXQOIKcf
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New from Bisignano and colleagues: "A kinetic mechanism for enhanced selectivity of membrane transport" http://plos.io/2AA3HZJ pic.twitter.com/tzg7KHAYDI
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New from Bisignano and colleagues: "A kinetic mechanism for enhanced selectivity of membrane transport" http://plos.io/2AA3HZJ pic.twitter.com/EtWuVTHjuH
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Estimating R in epidemics using a general and principled scheme for estimating R in a data-justified way - read new research from Parag and Donnelly here: http://plos.io/38EcJl2
@krisparag1@MRC_Outbreakpic.twitter.com/jC8YZz3lvq
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In their newly published work, "Forecasting unprecedented ecological fluctuations", Bray and Wang tackle the grand challenge in forecasting critical fluctuations in ecosystems, in particular in data sparse regimes: http://plos.io/3e1DZuQ pic.twitter.com/haz4KBOGkv
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Estimating R in epidemics using a general and principled scheme for estimating R in a data-justified way - read new research from Parag and Donnelly here: http://plos.io/38EcJl2
@krisparag1@MRC_Outbreakpic.twitter.com/Z2EB4mLfyv
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In their newly published work, "Forecasting unprecedented ecological fluctuations", Bray and Wang tackle the grand challenge in forecasting critical fluctuations in ecosystems, in particular in data sparse regimes: http://plos.io/3e1DZuQ pic.twitter.com/3sATfT7Hvx
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New from Evans and colleagues: "Longitudinal wastewater sampling in buildings reveals temporal dynamics of metabolites" - http://plos.io/31OOn6L
@_e_evans@ejalmpic.twitter.com/vaJwVLtO1h
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Are you interested in the use of mathematical modelling in systems biology? Then read this new article from Korsbo and Jönsson, "It’s about time: Analysing simplifying assumptions for modelling multi-step pathways in systems biology" - http://plos.io/2Z01e3Y
@NKorsbo@slcuplantspic.twitter.com/iMapk8GZkA
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Have you seen our June Issue Image, "Negative cooperativity identified by global measurements and kinetic discrimination"? Find out more about the image here: http://plos.io/2VPYcO1 Image Credit: Axel Hernán Mazzeo and Federico Sevlever
@FSevleverpic.twitter.com/qwUPE205YU
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New from Evans and colleagues: "Longitudinal wastewater sampling in buildings reveals temporal dynamics of metabolites" - http://plos.io/31OOn6L
@_e_evans@ejalmpic.twitter.com/BUMUusclDG
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Are you interested in the use of mathematical modelling in systems biology? Then read this new article from Korsbo and Jönsson, "It’s about time: Analysing simplifying assumptions for modelling multi-step pathways in systems biology" - http://plos.io/2Z01e3Y
@NKorsbo@slcuplantspic.twitter.com/5JFoKvPFBw
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Have you seen our June Issue Image, "Negative cooperativity identified by global measurements and kinetic discrimination"? Find out more about the image here: http://plos.io/2VPYcO1 Image Credit: Axel Hernán Mazzeo and Federico Sevlever
@FSevleverpic.twitter.com/h1IfJRE2tI
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New research from Nagata and Kikuchi: "Emergence of cooperative bistability and robustness of gene regulatory networks" - read their full article here: http://plos.io/2BACczM pic.twitter.com/AtotudWGqI
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New research from Nagata and Kikuchi: "Emergence of cooperative bistability and robustness of gene regulatory networks" - read their full article here: http://plos.io/2BACczM pic.twitter.com/l7HhhXsKwg
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Emma is: "Really looking forward to handling research which advances understanding of cortical organisation/brain dynamics and its links with human cognition."
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We are very happy to announce that Emma Robinson has joined our Editorial Board as an Associate Editor! Find out more about Emma's research and areas of expertise: https://www.kcl.ac.uk/people/emma-robinson …pic.twitter.com/B9YB4X96bJ
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