Scale bar / University of Oxford / f / 2 aQueensland Brain Institute / The Salk Institute / University College London / The University of Queensland / /
IndustryTerm
information processing / printing / sensory information processing / biological nervous systems / physical device / collagen stock solution / reagents/analytic tools / stock solutions / ndogenous chemical gradients / closedform solution / gradient-sensing device / signal processing / quantum dot imaging / collagen gel solution / predictive tool / /
Organization
Australian National Health and Medical Research Council / Gatsby Charitable Foundation / Salk Institute for Biological Studies / University College London / University of Queensland / f / 2 aQueensland Brain Institute / dGatsby Computational Neuroscience Unit / University of Oxford / /
Person
Peter Dayand / Kevin Burrageb / Julia Feldnera / Timothy Vaughana / Alexa Fluor / Duncan Mortimera / William J. Rosoffa / Irina Vettera / Linda J. Richardsa / /
A Bayesian model predicts the response of axons to molecular gradients Duncan Mortimera,1, Julia Feldnera,b,1, Timothy Vaughana,1, Irina Vettera, Zac Pujica, William J. Rosoffa, Kevin Burrageb,c, Peter Dayand, Linda J. R