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What Part Of Your Brain Controls Emotions

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What Part Of Your Brain Controls Your Emotions

Basal Forebrain: a part of the frontal lobe that is important for learning and memory.

Electrode: a conductor, such as a piece of metal, used to make electrical contact with some part of a circuit.

Frontal Lobe: a part of the brain that helps us make decisions, think abstractly, and that shapes our personalities.

Motivation: the reason a person has for acting in a particular way or carrying out some action.

Motivational Salience: something that makes you feel especially motivated. An example would be feeling motivated to do well on a test in order to get a good grade.

Reaction Time: how quickly a person reacts to something. An example would be how quickly you would start running after someone yells go!

Salience: a quality of a person, place, or thing that makes it stand out more when compared to other similar people, places, or things.

How Much Influence Does The Way They Raise Us In Making Decisions

Undoubtedly, another substantial bias in any decision is obedience, since throughout childhood, and even in the labor system, it is taught about the importance of following orders and mandates.

Consequently, the tendency to comply with the received provision is maintained even when not aware of it, and hence the buy now of some notices.

Everything is closely linked to authority, and the influence capacity of reference groups can be observed, where the need to belong makes what is decided an almost impossible norm if it is not carried out.

Therefore, factual dominance is interesting in decisions, especially because of the tendency to cling to the first action without considering all the potentially possible ones and hence the propensity to opt for the first dishes on a menu or the first items exposed in a local.

Now, how does the brain decide which responses to heed? How do you ignore one of the processes for the other? What determines whether fear or desire wins? All these issues have not yet been definitively resolved given the great variety of factors that intercede and influence such complex processing.

A Locationist Account Of The Brain Basis Of Emotion

All natural kind models share the assumption that different emotion categories have their roots in distinct mechanisms in the brain and body. The mechanisms underlying discrete emotion categories have been discussed as residing within particular gross anatomical locations or as networks in the brain. These models constitute a locationist account of emotion because they hypothesize that all mental states belonging to the same emotion category are produced by activity that is consistently and specifically associated with an architecturally defined brain locale 1 or anatomically defined networks of locales that are inherited and shared with other mammalian species . Not all natural kind models are locationist, however for example, some models propose that each discrete emotion is triggered by an inherited mechanism that does not necessarily correspond to a particular brain locale but rather to a specific pattern of autonomic nervous system activity. Much of the contemporary research on emotion makes locationist assumptions and in this article we focus on the models that hypothesize single brain regions to be consistently and specifically associated with different emotion categories because they represent the most frequent hypothesis that has been tested in the cognitive neuroscience literature. We discuss specific predictions of the locationist approach in section 5, Testing Hypotheses of BrainEmotion Correspondence .

Locationist Hypotheses of BrainEmotion Correspondence

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First How Common Is Anxiety

Anxiety is so much more prevalent in the United States today than is recognized. Currently over 40 million Americans suffer from some form of anxiety EVERYDAY. Anxiety is the experience of environmental stressors which is marked by continued excessive worry, feeling nervous or on edge, sleep abnormalities, difficulty concentrating, emotional swings, fatigue, gastrointestinal upset, increased heart rate, rapid breathing, and restlessness. Anxiety is not only stressful emotionally, but overtime can be very stressful physically on the brain and body.

Awareness of how anxiety can affect quality of life for both the individual experiencing the anxiety and the loved ones around them is extremely important. Anxiety is very treatable, even without medication, yet only less than 40% of those with anxiety are treated successfully and with the right approach.

Which Frontal Lobe Group Works To Make A Decision

What Part of the Brain Controls Emotions?

According to the data obtained by William T. Newsomes team, decisions would be made by a single group of neurons located in the frontal lobe, which would integrate the information and then make a single choice, always evaluating the various alternatives.

However, to move forward you have to be able to decide. Say: This is my path, I choose it. However, it is valid to understand something fundamental: not deciding is also a way of deciding it is letting circumstances or others choose for you.

That is why it is advisable to think not only about the decision itself, but also to weigh the consequences and the effects it will have. Do not be afraid of doubts, because they are part of the decision process. Therefore, once the alternatives and their consequences have been evaluated, one must take action, and it is good to remember the phrase of Antoine de Saint-Exupéry: The whole world turns away when it sees a man passing by who knows where he is going.

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What Happens In The Brain When Emotion Processing Fails

Because we are interested in how the brain processes and regulates emotions, we do a lot of work with children who can successfully handle their emotions. We also invite children who struggle with emotion processing and regulation to see whether their brain structure and function looks any different from the children who do not have trouble with emotion processing. So far, there have been several small studies, suggesting that there are differences in brain function and structure in children with aggressive behavior . But, as our MRI section describes, there are challenges when doing research studies with younger participants. For example, it is very hard for children to stay very still while the MRI takes pictures . Because of this, most studies have a very small number of participants, and the results are not as clear. A method called meta-analysis helps to summarize the information from all of these very important small studies. Meta-analysis takes the results of many studies and combines them into one big finding. For example, we have combined all small studies done so far in children and teenagers with aggressive behavior . While each study had a maximum size of about 40 participants, combining all of them into one meta-analysis allowed us to look at over 500 children at once. By doing so, we were able to show changes in both brain structure and brain activity in the emotion processing network in aggressive teenagers .

Why Does The Brain Control Fear

The brain is the control center of the body. Without it, we wouldnt be able to do anything. The brain controls everything that we do. It tells our heart to beat, our lungs to breathe and our stomach to digest food. It even controls our ability to move, feel emotion and think. Everything we do relies on how the brain reacts to things.

Fear is no different from any of those automatic bodily functions. Its part of the nervous system which is controlled by the brain.

The fear response arises when we witness something that puts our lives at risk . This response is necessary for survival because it prepares the body to defend itself.

The amygdala causes this response by releasing hormones into the bloodstream. One of these hormones is cortisol.

It increases your heart rate to allow more blood flow to muscles. It also increases your blood sugar to provide more energy. Another hormone, adrenaline , causes your heart rate and breathing to increase. It also makes your blood pressure rise. These changes cause more blood to flow to your muscles preparing you to run.

These hormones also affect the following:

Pupils They enlarge so that you can see more clearly.

Stomach It slows down to provide a steady supply of energy.

Longer-term changes:

If these changes dont happen quickly enough, you may experience the following:



High blood pressure

These are all the effects of fear on the body. Theyre all automatic and require no conscious thought.

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This Post Has One Comment

  • David Hallowell 25 Feb 2020Reply

    When we get to the bottom of the rabbit hole this is what we will find!

    As we stand between the infinite light and the infinite darkness.

    Things beyond our ability to know, and to understand.

    For the finite mind, cannot know the infinite! It Is beyond our vision and comprehension.

    What we can know is love, which is: Kindness, Goodness, Patience, Forgiveness, Truth and things such as these.

    For things such as these, are the very purpose of our existence.

    First, we must be complete in altrustic love, then we can have an infinite eternity to explore the infinate.

    But for now we must understand the concept of developing this altruistic love in all things, and all actions, even of mind and heart by understanding these from the soul or our very being.

    -Stands with a Roar-


    Learning Mind is a blog created by Anna LeMind, B.A., with the purpose to give you food for thought and solutions for understanding yourself and living a more meaningful life. Learning Mind has over 50,000 email subscribers and more than 1,5 million followers on social media.

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    All content published on this website is intended for informational purposes only. Learning Mind does not provide medical, psychological, or any other type of professional advice, diagnosis, or treatment.

    Read The Journal Article

    Can you remove the part of your brain that controls emotions? | What happens if we remove Emotions?

      WASHINGTON Both sides of the brain play a role in processing emotional communication, with the right side stepping in when we focus not on the “what” of an emotional message but rather on how it feels. By studying blood flow velocity to each side of the brain, Belgian psychologists have opened a window onto the richness and complexity of human emotional communication. Their research appears in the January 2003 issue of Neuropsychology, published by the American Psychological Association .

      At Ghent University, Guy Vingerhoets, Ph.D., Celine Berckmoes, M.S., and Nathalie Stroobant, M.S., knew that the left brain is dominant for language, and the right brain is dominant for emotion. But what happens when the brain is faced with emotional language? To find out, the researchers used Transcranial Doppler Ultrasonography , an inexpensive, non-invasive and patient-friendly way to measure blood-flow velocity in the brain’s left and right middle cerebral arteries an indicator of activity level because neurons, to work, need blood-borne glucose and oxygen.

      The researchers asked 36 participants, hooked up to ultrasound monitors, to identify the emotion conveyed in dozens of pre-recorded sentences. Vingerhoets et al. asked participants either to focus on the actual words of the sentences, or to focus on the emotion conveyed by how they were spoken, in tone and intensity .

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      Brain And Emotions: How Anger Fear Or Love Work In Your Brain

      The human brain is incredibly complex. Neuroscientists are still uncovering hidden depths to this intriguing organ. and there is still a lot that we dont know about it. However, what we do know about the brain, and the part of it that deals with recognizing and controlling your bodys reaction to emotions is incredibly fascinating.

      In this post, we look at our brain and emotions and what different reactions occur in our heads when we feel anger, fear or love.

      Which Part Of The Brain Controls Fear

      The emotion of fear is an evolutionary response that helps us to survive. While most of us are no longer living in the wild we still need to feel fear to keep ourselves safe. Fear triggers a chain reaction and involves multiple parts of the brain.

      First of all, your thalamus uses sensory data to pick up on what you are witnessing/experiencing. This then passes through the sensory cortex which interprets the data and your hippocampus draws on memories to establish the context and how the body needs to react. Your amygdala then decodes these emotions and establishes whether a threat has occurred, this then stimulates the hypothalamus.

      The hypothalamus then triggers what many of us know as the fight or flight response. When you feel fear, you will often find that you have a physical reaction. This could be your hair standing on end and your heart pumping in your chest. This is triggered by the hypothalamus and gets you ready to react.

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      The Part Of Your Brain That Control Emotion

      Like an elaborate puzzle or IKEA instruction manual, the human brain is a beautiful, useful and confusing structure. Modern people, namely homo sapiens, have been around for the past 200,00 years, but their brains have been developing for the last 500 million years. In spite of what reality television might portray, the brains evolution is a fascinating journey that has made mankind what it is.

      What Part Of The Brain Is Responsible For Sadness

      What Part of the Brain Controls Writing?

      Sadness is experienced in the amygdala and left prefrontal cortex.

      But whats interesting to note is that the amygdala shows more inactivity in those suffering from clinical depression. A little sadness is normal. But prolonged sadness can actually inhibit the brains ability to process emotion.

      In fact, this is what leads to feelings of apathy a common psychological symptom of depression.

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      What Part Of The Brain Decides In A Quick Response

      The brain amygdala is responsible for recognition and rapid response to threatening or dangerous stimuli. In parallel, the nucleus accumbens, which is the brains reward system, is stimulated and leads to seeking pleasant activities, such as immediate responses.

      Finally, the prefrontal cortex allows you to evaluate and control instinctual desires based on experience and specific context. In this way it can manage the activation of the amygdala, modulate the emotional response and, furthermore, evaluate the activation of the nucleus accumbens by weighting the weight of the gain.

      Concomitantly, it inhibits impulsive behavior because it is in charge of reasoning, that is, of weighing the real danger of the situation, the short and long-term consequences, the potential benefits, etc.

      The Parts Of The Brain That Effect Our Psychology Emotions And Behaviors

      The brain is the most important and complex organ in our bodies. You dont have to be a brain specialist though to appreciate some of the basics about the brains role in emotions and behaviors in both ourselves and our children.

      The brain is compartmentalised for our understanding but in reality all the parts work in complex, intertwined ways. The largest section of the brain and closest to the surface is the Cerebrum or Cortex. This is often broken down into lobes or sections of the brain: the frontal lobe, parietal lobe, temporal lobes, and occipital lobe. The frontal lobe is at the front of the head and is responsible for planning, organisation, logical thinking, reasoning, and managing emotions. This is the part you will hear about most regarding the expression and regulation of emotions and behaviors. It is also known as the higher brain, rational brain, or the upstairs brain.

      Ok, now we are familiar with some of the major parts of the brain involved in behaviours and emotions we can look at how they interact with each other and influence behaviors through development, how we can help our kids understand what is happening, and what we can do to help our kids to better manage behaviors and emotions.

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      The Role Of The Paleomammalian/emotional Brain

      The emotional brain is also referred to as the paleomammalian brain, due to the development of the component brain structures occurring early in the evolution of man. The paleomammalian brain is not only important due to the role it plays in emotion and motivation this brain structure is also responsible for enhancing learning and memory, providing greater flexibility in our behavior, and enabling us to monitor events outside and inside our bodies, which is an essential quality for the development of the ‘self’. Other mental activities attributed to paleomammalian brain functioning include the formation of emotional attachments and play-based behavior, which itself plays an integral part in the transmission of behavior between young and adult mammals.

      Whats The Limbic System

      What Part of the Brain Controls Emotions?

      The limbic system is made up of a set of brain structures that are considered very primitive in evolutionary terms, located in the upper part of the brain stem, below the cortex.

      It is a network of neurons located in the brain that directly affects human behavior, due to its great influence on moods.

      These structures are those that are fundamentally involved in the development of many of our emotions and motivations, particularly those related to survival such as fear, anger and emotions related to sexual behavior.

      Fear, joy, sadness, anger All the feelings that we experience in our day to day have a neurological basis in this network.

      On the other hand, everything related to the basic sensations of pleasure that occurs when eating or when we practice sex is also directed from this system.

      In the same way, our emotions affect other fields of action of the human being, such as concentration or learning. When we feel sad or worried, our ability to focus on an important task becomes more difficult, right? Well, the limbic system is to blame for it.

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      Your Brain Perceives And Acts Upon Emotional Stimuli

      Even though we think of emotions as internal states, psychologists define emotions as a combination of cognitions, feelings and actions . This means what we think of as “emotions” includes not only how we feel, but also how we process and respond to those feelings.

      To understand this, it’s helpful to consider the purpose of emotions. In 1872, Charles Darwin first published “The Expression of the Emotions in Man and Animals,” which established that emotions serve an important evolutionary purpose. In order for a species to continue, it needs to survive and pass on its genetic information. Emotions like fear serve to protect you from danger so you can survive to pass on your genes. The “fight-or-flight” response that primes your body to defend itself or run away from danger is also an emotional reaction. Emotions like love and lust give you the desire to reproduce.

      For these reasons, the brain takes on the function of evaluating a stimulus — such as a dog that’s about to attack or a beautiful woman batting her eyelashes — and crafting an emotional response to it. The brain thinks in terms of how it can best respond to a situation in order to survive and reproduce, and it uses emotions as the catalyst to convince the rest of your body to act accordingly.

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