Describing and Applying victimization theory Coursework

Describing and Applying victimization theory - Coursework Example Castro pleaded guilty to 937 counts including murder, rape, and abduction, to avoid Ohio’s death penalty. He was sentenced to life in prison without parole + 1,000 years by Judge Russo, Cuyahoga County, Cleveland where the crimes were committed. After being in prison only 30 days in Franklin County, Castro hung himself in his prison cell, ending his own life. I believe it relates to rational choice theory, Castro made a calculated choice to kidnap the missing teens and commit these crimes for over a decade, while working and interacting in the community. His motivation for the benefit of committing these crimes over a decade was stronger than fear of getting punished. The view of this theory is also based on the postulation that predisposition of an individual to antisocial conduct is dependent on the extent or range of interaction between genetic and environmental factors (Beaver and Walsh, n.d, p.5). A sub-category of the biosocial theory is situational action theory. According to this theory, antisocial behavior is a product of "Perception-choice process" that is shaped by the predisposition of an individual to crime and contact with criminal facets (Oxford University Press, 2010, p.4). Therefore, the view of situational action theory is that crime is either inferred or premeditated. An individual will identify and weigh all available options and pick a preference depending on the surroundings, background and situation. A real life criminal case depicting a crime aroused by a combination of environmental and genetic factors is the case of Abdelmalek Bayout in Italy in 2007 who confessed of assault and murdering Walter Felipe Novoa Perez for affronting him due to his preference of eye make-up (Feresin, 2009). In his appeal hearing, findings tabled by a neuroscientist in court established presence of genes associated with antisocial behavior in Abdelmalek Bayouts brain. An example of such a gene cited by Feresin (2009) is the "Gene encoding