 We simulate injuries on a detailed computational model of the moth olfactory network in which structures-under-test are parametrically varied. Neuronal impairments are modeled as focal axonal swellings, an axonal pathology observed across all severities of traumatic brain injuries and present in other leading brain disorders.
<clarity>  We simulate injuries on a detailed computational model of the moth olfactory network in which structures-under-test are parametrically varied. Neuronal impairments are modeled as focal axonal swellings, an axonal pathology observed across all severities of traumatic brain injuries and present in other leading brain disorders.
 We simulate injuries on a detailed computational model of the moth olfactory network calibrated to in vivo data. The injuries are modeled on focal axonal swellings, an axonal pathology observed across all severities of traumatic brain injuries and present in other leading brain disorders.