Females are less violent than males, at least according to recent research. Biologically speaking,

The structure of men and women’s brain differ, which is the underlying cause to the differing communication skills (“Men and Women”). A study was conducted to examine the structural differences of men and women’s brains and the results provided an explanation to why men and women behave differently (“Men and Women”).

When males are 20-25 years old, the highest category for committing a crime, they have no other ways to show females how manly they are other then fighting and committing crimes. I think the reason why older males don’t commit more crimes compared to the younger generation is because older folk have other ways to show their manliness like their job, how much money they have, or the kind of car that they drive. That being said crime has nothing to do with biology, but it comes down to men trying to show how powerful they are in an attempt to “woo” a female. Concerning the fact that males and females sharing the same environment but males being “more violent”, I think the reason is because males aren’t as protected as females are. During high school kids always hear about fathers or brothers who will protect their child or sibling from anyone that hurts them in any way. You never hear a sister or a mother saying that about their

The experiment shows reductionism. The intricate idea of ‘aggression’ and ‘generosity’ are studied and a cause and effect relationship is established between them and testosterone. The amygdala and hypothalamus play an important role in emotions (aggression). However, there was no mention of their role in the body nor how it may affect the results in different ways.

People try to believe that there is very little things different between men and women. But, when we are talking about crimes, they can be very different. A study from 1980-2008 was taken to see the differences in crimes committed by men and women. One astonishing homicide statistic was the following: male offender/male victim was 67.8%, male offender/female victim was 21.0%, female offender/male victim was 9.0%, and female offender/female victim was 2.2% (Cooper).

The hormonal differences in males and females include levels of oxytocin, estrogen, progesterone, testosterone, and vasopressin. Oxytocin is more functionally present in females, which assists them with bonding and maintaining relationships. The level of female hormones, estrogen and

It is believed that a mutation in the prefrontal cortex predisposes some people to violence. The frontal lobe is what we use to make decisions and, when fully developed, allows us to think carefully about our actions before we take them. An alteration in the prefrontal cortex may make us susceptible to impulsive and rash behaviors. For example, teens tend to be more reckless than adults. The teen frontal lobe is not fully formed, which is the reason for this outcome. Teens also tend to rely on their amygdalas to make decision. The amygdala is the center for powerful emotions, such as anger, jealousy, and guilt. For example, psychopaths have been found to be void of guilt and regret as a result of “the amygdala [being] less activated when they

For several years, males were viewed as the violent perpetrators and females as non-threatening victims, however things have changed and female violence has become a great issue in the country. Some believe that females are not biologically capable of committing crimes, and that belief alone has brought on a lack of attention to female involvement in crimes. According to the Office of Juvenile Justice and Delinquency Prevention, between 1985 and 2008, the number of delinquency cases involving females increased 102%, while for males, the increase was only 29%. Female crimes are emotionally driven, irrational, and unpredictable and usual over petty stuff such as gossip, he-say/she-say, jealousy, or boys.

In the book the male brain, the author makes a point that there are many differences between boys and girls ; its all about the brain and hormones that makes the differences. "Hormones can determine what the brain is interested in doing. Their purpose is to help guide social, sexual, mating, parenting, protective and aggressive behaviors (Brizendine)" . Men were born to be different than girls ; ever since a boy is born without the influence and pressure by surrounding, boys can act different than girls naturally. The author of The Make Brain has developed nine topic regarding to the male brain. The nine topic consist of The Boy Brain, The Teen Boy Brain, The Mating Brain, The Brain below the belt, The Daddy Brain,

The amygdala is responsible for emotions, survival instincts, and memory. (http://study.com). Also, even though it is unimportant for the development of infant and child, but the amygdala is also responsible for sex drive, when males do not produce enough testosterone, this causes a low sex drive and for the amygdala to be smaller than the average amygdala. Although children do not have any reason to need a sex drive, they still have hormones coursing through their bodies; the low testosterone in males, could unknowingly affect their emotions, survival instincts, and memory as well. Logically, this could also be a reasonable explanation for the depression, low test scores, and antisocial behaviors in children. Add to the fact that children, who live in poverty, are already affected by depression, low test scores, and antisocial behaviors, children with low testosterone might have even worse depression, worse scores, and antisocial

Females are said to be very emotional and if they were troublemakers at a young age they are said to possess “masculine traits and characteristics” (Siegal & Walsh, 2015). Males tend to commit crimes like robbery, assault and burglary. This has changed in the last decade. The rate of offending has decreased for males by 27 percent and females about 15 percent. “Girls have increased their

One of the ways males and females differ is on the basis of hormonal sex. Males have a high androgen to estrogen ratio, whereas females have a high estrogen to androgen ration. Testosterone is in the family of hormones known as androgens (Nelson, 2000). It is well known that testosterone is produced in different glands in males and females. In women, the production is split between the ovaries and the adrenal glands. In men, the testes produce testosterone. The amount of testosterone produced in the ovaries and adrenal glands is just a fraction of that produced in the testis by men.

Structural brain differences also occur in humans. One significant behavior difference is between men and women. Men tend to be more sexually aggressive and aroused more often. Women are generally more fluent verbally. The suprachiasmatic nucleus is usually about 2.5 larger in the male brain than the female brain and there is a part in the amygdala that is also larger (9). The suprachiasmatic nucleus affects sexual behavior and larger amounts of testosterone cause it to be larger. In females, the corpus callosum and the anterior commissure are larger (9). Both of these structures are responsible for communication between the two hemispheres in the brain. The better communication between the two sides leads to better verbal fluency. These examples show how small differences in the brain can greatly affect human behavior. This means that it is possible that criminals have differences in their brains which cause them to act in socially unacceptable ways.

Dr. Allen suggests that hormones make our brains different. Psychologists know the first one causes male sex characteristics, but the second one is still a mystery. An example is CAH girls, short for Congenital Aderinal

There are clearly no simple genetic or hormonal factors that can explain the variation in aggressive in males and females. Studies of human males suggest that there is at most a small genetic component to aggression, but a greater one for personality traits associated with such behavior. The biological mechanisms translating the message in the genes into antisocial or criminal behavior are not known. Therefore, there is clearly no simple aggressive gene effect. Many genes are likely to be involved, and each may have a weak effect on aggressive behavior. A direct genetic effect on aggression, for example, may determine how quickly an individual responds to aggravation. Aggression may also be influenced indirectly; for example, a man's size and strength may affect the way he behaves and how others react to him. (Turner, 253)

Studies have also been carried out into whether or not there are differences between male and female brain size and whether this affects how we relate to each other in terms of gender. Simon Baron-Cohen believes that male brains are wired towards systematic understanding and females are wired towards empathy. In addition he says that this is not necessarily always the case but the majority are wired in this way: “Both sexes have their strengths and weaknesses. Neither sex is superior overall.” (Baron-Cohen, S. 2003).