Dopamine, the brain’s reward system, is being examined in relation to gaming addiction. Research suggests that gaming releases dopamine, leading to a pleasurable sensation, encouraging players to continue playing. Dopamine is responsible for reinforcing behaviors and creating rewards in the brain. Excessive gaming can result in an overstimulation of dopamine, leading to addiction. This addiction can be compared to substance abuse, as both can result in craving, withdrawal symptoms, and tolerance. Understanding the role of dopamine in gaming addiction is crucial in developing effective treatments and interventions to tackle this growing problem..
The world is concerned about game addiction, and alarming data suggest that 3-4 percent of gamers worldwide are addicted to video games, implying that up to 60 million or more are suffering. Few people realize, however, that addiction has infiltrated our minds deeper than we can imagine.
The Ventral Tegmental Area (VTA) and the substantia nigra pars compacta nuclei of the midbrain contain dopamine, a neurotransmitter produced by the brain’s reward system. The frequent and intense release of dopamine during gaming alters the brain’s reward system, resulting in addictive behavior.
What is Dopamine?
Dopamine is an important neurotransmitter in the brain’s reward system. It helps to regulate motivation, pleasure, and reward-motivated behavior. Dopamine is released in the brain when we engage in pleasurable activities or achieve a reward, resulting in feelings of pleasure and motivation to repeat the behavior.
This is why dopamine is known as the “feel-good” chemical.
According to Dr. Kanojia’s theory, a Harvard-trained addiction psychiatrist and founder of mental wellness company called Healthy Gamer, the attraction to excessive gaming is linked to the release of dopamine in the brain.
Individuals who engage in an activity, such as gaming, in order to continually experience the pleasurable effects of dopamine release, may develop an addiction to activities like gaming.
In the long run, the brain’s reward system, driven by the release of dopamine, can lead to compulsive engagement in the activity, making it difficult for the individual to stop.
Video games are enjoyable because they engage the brain in a way that leads to the release of dopamine.
He says, a gamer progresses through three distinct stages
Stage 1
Fun: Initially, playing the game is a positive experience, becoming more enjoyable the more one plays. You want to keep playing it for months and years. However, as regular gaming continues, the brain adapts to the consistent release of dopamine, creating a state of equilibrium. So, in the early gaming stages, our bodies haven’t acclimatized to the dopamine release, so it feels fun.
Stage 2
Tolerance: In this stage, you develop tolerance to the constant flow of dopamine, and as a result, the game becomes less enjoyable. This stage of gaming is not as enjoyable as the initial stage as it may not elicit the same level of pleasure, but it can provide a sense of relief from negative emotions.
For instance, if an individual is feeling stressed, frustrated, or irritated, playing games may offer a temporary escape from these feelings.
This illustrates how gaming can initially provide a positive experience in the first stage, but shifts towards providing a coping mechanism for negative emotions in the second stage.
It gives you a positive motion in the first phase and helps you get rid of negative emotions in the second phase.
Recommended Reading: Tips to Prevent Gaming Addiction In Young Children in 2023
Stage 3
Biological addiction: If people continue to engage in gaming enter a third stage characterized by true biological addiction, in which the activity no longer provides relief from negative emotions and no pleasure. Individuals feel trapped in the habit because they do not enjoy it but are unable to stop playing it.
This is an obvious sign of biological addiction. It indicates that the addiction has progressed to the point where the brain’s normal homeostasis mechanism is unable to balance the impact of excessive dopamine release.
What happens in the brain after the third stage?
When we play games, dopamine is released in the nucleus accumbens region of the brain. However, as the brain becomes accustomed to this release, its sensitivity to receiving that dopamine signal decreases.
The brain adapts to the consistent release of dopamine, requiring more activity to achieve the same level of pleasure.
Recommended Reading: Why is Fortnite a Highly Addictive Game of All Time
Number of games released on Steam worldwide from 2004 to 2022
With the increasing number of video games being released each year, it is becoming increasingly difficult for people to avoid being drawn to the gaming world. In the first eight months of 2022, 7,123 titles were released on Steam, an online gaming platform.
There are several strategies that can be used to help control dopamine and gaming addiction:
1) Set boundaries and self-monitor
Limiting the time you spend gaming can help reduce the amount of dopamine released in response to the activity, making it less pleasurable and thus easier to limit or stop. It will also be beneficial to keep track of your gaming indulgences, such as time and money spent on gaming, as well as how you feel before and after you play.
2) Seek addiction treatment
The World Health Organization (WHO) officially recognized video game addiction as a mental health disorder this year. As a result, it is advised that you consult a therapist for treatments such as cognitive behavioral therapy CBT, a type of mental health counseling that teaches you how to replace thoughts about gaming in order to change behavior.
3) Breaking patterns can help you find alternatives
People often develop a pattern of behavior related to their addiction; breaking the pattern, such as avoiding triggers or taking a break from gaming at specific times, can help reduce the addiction.
Taking part in Other dopamine-releasing activities, such as exercise, socializing, or pursuing hobbies, can help to satisfy the brain’s dopamine need and reduce the desire to game.
4) Seek help
Joining a support group or an online forum can help build accountability and provide a sense of community, both of which can be beneficial in overcoming addiction.
It’s important to note that everyone is different, and what works for one person may not work for another, so it’s a good idea to try a combination of different strategies to find what works best for you.
Moonpreneur understands the needs and demands this rapidly changing technological world is bringing with it for our kids and thus we are on a mission to educate and ignite the flames of entrepreneurship through our holistically created online STEM programs which will help kids master the futuristic sciences such as Robotics, Game Development, App Development, Advanced Math and much more!!
Encourage your child to be a game creator instead of game consumer by enrolling them in a free game development and coding workshop.
The world is currently grappling with the issue of game addiction, with alarming statistics indicating that around 3-4 percent of gamers globally are addicted to video games. This implies that there are potentially more than 60 million individuals suffering from this addiction. What many people fail to realize is that addiction has infiltrated our minds on a much deeper level than we can imagine.
Dopamine, a neurotransmitter produced by the brain’s reward system, plays a crucial role in this addiction. The Ventral Tegmental Area (VTA) and the substantia nigra pars compacta nuclei of the midbrain house dopamine, and the frequent and intense release of this neurotransmitter during gaming alters the brain’s reward system, resulting in addictive behavior.
Dopamine is often referred to as the “feel-good” chemical since it helps regulate motivation, pleasure, and reward-motivated behavior. When we engage in pleasurable activities or achieve a reward, dopamine is released, leading to feelings of pleasure and motivation to repeat the behavior. Dr. Kanojia, a Harvard-trained addiction psychiatrist, has theorized that the attraction to excessive gaming is linked to the release of dopamine in the brain. Individuals who engage in gaming to continually experience the pleasurable effects of dopamine release may develop an addiction to gaming.
Video games are enjoyable because they engage the brain in a way that triggers the release of dopamine. Dr. Kanojia explains that gamers progress through three distinct stages in their gaming experience.
The first stage is known as the Fun stage. Initially, playing the game is a positive experience and becomes more enjoyable the more one plays. However, as regular gaming continues, the brain adapts to the constant release of dopamine, creating a state of equilibrium. In the second stage, called Tolerance, individuals develop a tolerance to the consistent flow of dopamine, making the game less enjoyable. While it may not elicit the same level of pleasure, gaming can provide a sense of relief from negative emotions, such as stress or frustration. This stage highlights how gaming can shift from being a positive experience to acting as a coping mechanism for negative emotions.
If individuals continue to engage in gaming, they enter the third stage, known as biological addiction. This stage is characterized by a true biological addiction, where the activity no longer provides any relief from negative emotions or pleasure. Individuals feel trapped in the habit, not enjoying the activity but unable to stop playing it. This stage indicates that the addiction has progressed to a point where the brain’s normal homeostasis mechanism is unable to balance the impact of excessive dopamine release.
When we play games, dopamine is released in the nucleus accumbens region of the brain. However, as the brain becomes accustomed to this release, its sensitivity to receiving the dopamine signal decreases. The brain adapts to the consistent release of dopamine, requiring more activity to achieve the same level of pleasure, leading to further addiction.
With the increasing number of video games being released each year, it is becoming even more challenging for individuals to resist the allure of the gaming world. In the first eight months of 2022 alone, 7,123 titles were released on Steam, an online gaming platform.
To control dopamine and gaming addiction, there are several strategies that can be employed. Setting boundaries and self-monitoring can help limit the time spent gaming, reducing the amount of dopamine released and making it easier to curb or stop the activity. Seeking addiction treatment, such as cognitive-behavioral therapy (CBT), can also be beneficial in replacing thoughts about gaming and changing behavior. Breaking patterns and finding alternatives, such as avoiding triggers or engaging in other dopamine-releasing activities, like exercise or socializing, can help satisfy the brain’s dopamine needs and reduce the desire to game. Additionally, joining a support group or online forum can provide a sense of community and accountability, aiding in overcoming addiction.
It’s important to remember that each individual is different, and what works for one person may not work for another. Therefore, a combination of different strategies may need to be tried to find what works best for each individual.
At Moonpreneur, we understand the challenges posed by this rapidly changing technological world for our children. That’s why we are on a mission to educate and foster entrepreneurship through our holistic online STEM programs, which allow kids to master futuristic sciences such as robotics, game development, app development, advanced math, and more. Encouraging your child to become a game creator rather than just a game consumer can be achieved by enrolling them in our free game development and coding workshops.
Source: moonpreneur.com
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