pcbi.1011835.s001.pdf (2.1 MB)
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journal contribution
posted on 2024-03-01, 18:44 authored by Derek E. Moulton, Nathanaël Aubert-Kato, Axel A. Almet, Atsuko SatoThis supplementary file contains a detailed description of the biochemical model; further details on the mechanical model, including computational details; a detailed description of linking the biochemical and mechanical models; a computation of the stability boundary for the biochemical model; extracted parameter values for spines, including spine images with best fit mechanical curves overlaid; a description of statistic testing of the spine parameters; and detail on the mathematical construction of full shell simulation.
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turbo sazae concentration profiles emergingavailable theoretical studiesbox optimization algorithmthree distinct populationsreal shell specimenspotential growth patternsolve specific molecularexisting spine shapesdiv >< pdefine growth patternsmultiscale computational frameworkspine shapesgrowth patternsshell populationsmultiscale frameworkdiversity algorithmdifferent populationsshell formationvarious scalesremained sparsephenotype levelmolluscan shellsmolecular parametersmolecular modelmechanical modellevel mechanicsgiven risegenotype levelconnect observationscomputer simulationsbetter describedalso showactual picturesabundant number
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