Scientists Explain How Low Dopamine Levels Make You Gain Weight

Scientists Explain How Low Dopamine Levels Make You Gain Weight

dopamineHealth

Dopamine is one of the important neurotransmitters in your brain that sends communication signals through the nervous system, and science explains why low levels of it may make you gain weight. There are multiple ways that it affects our neurological system and low levels of this important chemical can have serious negative health effects.

Low dopamine levels and weight gain

Your ability to cope with stress is better when you exercise, and your workout may also help prevent depression because it improves the effectiveness of dopamine transmission. Eating bad to feel good and avoiding exercise are both common unhealthy behaviors in those who have symptoms of depression. Low levels are also associated with depression.

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Our overall mood improves when we have normal levels compared to low levels. Researchers studying the causes of weight gain and obesity found that less depressed rats are more likely to exercise than depressed rats with low dopamine. The study found that changes in activity levels were associated with low levels. Furthermore, diet was not as important as dopamine in determining how much exercise a rat would make the effort to do.

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low dopamine in brain could cause weight gain
10 Ways To Increase The Dopamine In Your Brain

Exercise and dopamine levels

Most of us know that to avoid gaining weight. So need to be mindful of the food that we consume and the amount of exercise that we get in a day. Researchers know that when we finally do exercise, we get a burst of dopamine in response to exertion. Exercise improves our ability to cope with stress. Furthermore, it may help prevent depression because it improves the effectiveness of dopamine transmission.

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A lack of mindfulness can lead to an inability to remain disciplined in our actions, including how frequently we exercise. Mindfulness includes an innate knowledge of what needs to be done to improve one’s health and well-being and attend to those needs. Low dopamine levels may prevent you from being able to see that action needs to be taken to avoid gaining weight.

Willpower and low dopamine levels

How much you actually control your own behavior relies largely on your willpower to do the things that you do. Without willpower, we would have no drive to accomplish anything. Willpower, it turns out, may be largely a result of the amount of dopamine that you have in your brain. Low dopamine levels connect with a lack of activity and a lack of willpower to act.

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In humans, the prefrontal cortex plays an important role in the sensation of fatigue and the perception of effort during exercise. Exercise, without actually making the effort, correlates with increases in striatal and medial prefrontal cortex dopamine transmission. Researchers found that rats with improved dopamine transmission were more likely to choose voluntary exercise over a sweet food reward.

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Dopamine affects many functions throughout the body, including your ability to pay attention. Of  course, this can impact your motivation to workout. Desiring exercise over food and gaining pleasure from exercise are two reasons that healthy levels are important for your body. Increasing willpower to be active in your life is an additional benefit from dopamine. To increase your levels now with little effort, write down one small task and do it. The act of crossing it off your list and enjoying your accomplishment should send your brain a wave of dopamine.

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Sources:
https://www.medicalnewstoday.com/articles/314978.php
https://www.researchgate.net/profile/Marta_Pardo/publication/283718554_Choosing_voluntary_exercise_over_sucrose_consumption_depends_upon_dopamine_transmission_Effects_of_haloperidol_in_wild_type_and_adenosine_A2AKO_mice/links/5684007908ae1975839375df/Choosing-voluntary-exercise-over-sucrose-consumption-depends-upon-dopamine-transmission-Effects-of-haloperidol-in-wild-type-and-adenosine-A2AKO-mice.pdf
https://eprints.lib.hokudai.ac.jp/dspace/bitstream/2115/66416/1/Psychoneuroendocrinology69_1.pdf
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