Violent Behavior and the Brain

Violence and the brain - we all know it. The demilitarized zone passing through central Vietnam was the place where the unmistakable violence in the late 1960s and early 1970s occurred over more than 10 years. During the year I spent in Vietnam I returned to this place and I was watching an American veteran standing on the top of a marble mountain. The sharp contrast that seems to be obvious to them is inexplicable, given that the sound of war approaches in their memory and that the calm sea is spreading quietly in front of them.

Violence and the brain have a biological basis for violence in the brain. Recent research has linked 'nerve injury and mental illness' to violent behavior (1). "Psychological influence" of brain damage and disease leads to loss of connection between mind and reality, leading to crime and violence (1). As a result, those with abnormalities and chemical imbalances in the brain may give up their free will (2). - Reactivity of the metal scheme: Purpose: Place five metals in the reaction sequence. * Iron * Copper * Magnesium * Lead * Zinc Scientific information: The substitution reaction is a reaction in which a more reactive element reacts with a compound and an element with low reactivity is introduced. For example. Magnesium reacts with iron sulfate to extrude iron and form magnesium sulfate.

Some researchers believe that the periphery of the brain is the cause of violent behavior. The limbic brain accommodates the amygdala. This is important to control emotions such as fear and anger. The "flight or battle" mechanism of animals also shows early humans, and only advances in civilization will make this response "antisocial and maladaptive". Some researchers conclude that there is a genetic marker that causes violent behavior in a small proportion of those who committed most crimes.