ipl-logo

To What Extent Is There A Connection Between Biology And Crime

971 Words4 Pages

Is there a Connection between Biology and Crime?
Crime and biological factor have connections that originate from the brain stem. Crime is an action that disregards the laws that are in place to ensure the safety of all. A crime can be punishable by law. Biology is the physiology, behavior, and other qualities of a human. If there two where combined one could conclude that these are the bases of why crime acquire.
According to Cullen, Agnew, and Wilcox, there are six main domains of crime and biology focus on neurobiological risk factors. The six domains: genetics, neuroimaging, neuropsychology, psychophysiology, endocrinology and neurotransmitters, and early health risk. All of these factors can show work together to explain why crime is …show more content…

Endorphins in the brain help ultimately a person become functional and structural. Imaging has revealed that the prefrontal and temporal cortices are associated with criminal behavior. “Functional and structural neuroimaging studies have found deficits in frontal, temporal, and subcortical brain regions in criminal and antisocial populations” (Cullen, Agnew, and Wilcox, 2014, p. 77). Different parts of your brain trigger different reactions. The brain is the most important organ of the body which scanning can show what part is being …show more content…

77). Psychophysiology the reactions of a psychopath are merely the complete opposite of any human that show signs of reactions. However, if one is able to control their heart rate at a lower resting rate they show signs of being a psychopath. “Raine… suggests that low resting heart rate may reflect a lack of fear. This lack of fear would enable antisocial children to forge ahead into aggressive encounters, and would also explain their apparent non-responsiveness to punishment cues” (Brennan, 1999, p. 59)
Hormones and Neurotransmitters
Everyone has hormones and each person reacts differently. “Research on hormones suggest that an imbalance between hormones involved in the fear/stress response and hormones involves in reward-seeking/dominant behavior may contribute to phenotypic traits characteristic of antisocial individuals, while research on neurotransmitters has implicated serotonin in aggressive behavior” (Cullen, Agnew, and Wilcox, 2014, p. 77). Hormones that are not balanced to normal portions tend to drive different sum of emotions. Aggression is indicated by neurotransmitters.
Hormonal

Open Document