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Plasticity of Chemotaxis in C. elegans
A study on the plasticity of chemotaxis in Caenorhabditis elegans. -
Tradeoffs in concentration sensing in dynamic environments
The dataset describes the concentration sensing in a fluctuating environment, where cells measure concentrations of chemical signals and may average multiple measurements over... -
Learning black- and gray-box chemotactic PDEs/closures from agent-based Monte...
A machine-learning framework for the numerical solution of the inverse problem in chemotaxis. -
Gradient sensing limit of a cell when controlling the elongating direction
The dataset used in the paper describes the gradient sensing limit of a cell when controlling the elongating direction. -
Lower bound on gradient measurement times in cells
The dataset used in the paper is a simulation of a cell measuring concentration and gradient of chemoattractants. -
Concentration measurements commencing after immediate exposure
The dataset used in the paper is a simulation of a cell measuring concentration and gradient of chemoattractants.