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callosum through electroencephalography will present characteristics that antisocial and violent offenders may have, due to the white matter callosal radiations and interhemispheric asymmetries that are commonly found in psychopathic and antisocial groups (Raine et al.).

The corpus callosum orchestrates the regulation of attention, arousal and emotion but also for psychopathologic status (Raine et al.). The relationship between callosal measures and the dimensional measure of psychopathy show that having an “increase callosal volume was significantly associated with blunted affect, lack of remorse, no close friends, lack of social closeness, and reduced spatial ability” (Raine et al.). When looking at the structural abnormality in psychopathic antisocial individuals and understanding the relationship between the Big 5 and their risk factors for such behavior show that there is an account for a link between psychopathy and callosal structure and function (Raine et al.).

Brain Scans and their Relationship to Criminal Behavior:

Assessing the neuropsychological measures through the use of fMRI demonstrates the ability to predict future antisocial behavior based upon “impulsivity, behavioral disinhibition and the lack of restraint and consideration of consequences” (Aharoni et al.). A study presented by Aharoni et al. at the Massachusetts Institute of Technology, looked into the portion of the brain that deals with regulating behavior and impulsivity from criminal offenders to understand whether there are predictive brain functioning that may or may not lead to reoffending (Aharoni et al.). This area of the brain is known as the anterior cingulate cortex (ACC).

The results of the study showed that criminals who reoffended were more likely to have lower activity seen in the anterior cingulate cortex of the brain (Aharoni et al.). The anterior cingulate cortex is associated with error processing, conflict monitoring, response selection, and avoidance learning. Seen on an MRI, the anterior cingulate cortex may give an explanation as to why that part of the brain m