マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video game.
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Oct 2013 – Dec 2025Where it's discussed
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Facebook101 posts
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News83 articles
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X / Twitter26 posts
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Blogs23 articles
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Reddit8 posts
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Bluesky3 posts
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YouTube2 videos
AI synopsis
What people are saying
The overall tone of the discussions is positive and inquisitive, with posts citing scientific articles and highlighting the significance of gray matter increases linked to game training. Words like 'support,' 'benefits,' and references to specific studies demonstrate a keen interest in the implications, while the tone remains supportive but cautious about the broader impact.
Most discussions acknowledge and support the findings, indicating general agreement with the study’s conclusions about brain plasticity from gaming.
There is high curiosity and enthusiasm for the topic, with many expressing fascination about the brain changes linked to popular video games.
Discussions include references to scientific studies, mentioning specific brain regions like the prefrontal cortex and hippocampus, which shows a moderate level of in-depth engagement.
While the posts suggest the research could influence perceptions of gaming’s benefits, they mainly emphasize its potential rather than asserting broad societal impact.
Abstract in brief
- Playing Super Mario over two months leads to structural brain changes, specifically increases in gray matter in areas like the hippocampus, prefrontal cortex, and cerebellum.
- These gray matter increases are linked to improved navigation strategies and are influenced by the player's desire to play, suggesting motivation affects brain plasticity.
- The study indicates that video game training could potentially help counteract brain volume reductions associated with mental health conditions like PTSD, schizophrenia, and neurodegenerative diseases.]
Top posts
Most liked on X and BlueskyStudies: https://t.co/PvDE5Nw0Wq and https://t.co/4Do38PeM9q
Kühn et al. (2014) encontraron que jugar Super Mario indujo aumentos de materia gris en la corteza prefrontal dorsolateral (DLPFC), región clave para planificación y memoria de trabajo. https://t.co/8ZyD2vmenl
マリオで、海馬、前頭葉の脳を育てる!! 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究 参考文献では、脳の「海馬」「前頭葉(背外側前頭前野)」、両側小脳において、脳の体積増加を認めた。 #ゲーム #脳 #育児 #スーパーマリオ https://t.co/1ITwiXehMD
tetris ve super mario oynamak beyin plastisitesini olumlu anlamda etkiliyor. tetris: https://t.co/M49M3FbLyR super mario: https://t.co/HySIfmWikM
bravo @MathieuTriclot pour être #preums sur le fil KÜHN, Simone, GLEICH, Tobias, LORENZ, Robert C., et al. Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video game. Molecular psychiatry, 2014, vol. 19, no 2
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만두에게 어떤 게임이 좋을까 하고 찾아보고 있었는데 마리오 브라더스의 수퍼파워가 굉장함. 독일 연구진이 2개월동안 30분씩 마리오 브라더스 게임을 시켰더니 (2인지 3인지 언급을 안 하긴 했음) 뇌의 기억력 및 움직임 등을 담당하는 부분이 크게 발달했다고. 자세한건 여기 있고.... pubmed.ncbi.nlm.nih.gov/24166407/
https://t.co/JwXmdhDQeW https://t.co/LrATLl5ojH
RT @BioavailableNd: Studies: https://t.co/PvDE5Nw0Wq and https://t.co/4Do38PeM9q
RT @BioavailableNd: Studies: https://t.co/PvDE5Nw0Wq and https://t.co/4Do38PeM9q
RT @BioavailableNd: Studies: https://t.co/PvDE5Nw0Wq and https://t.co/4Do38PeM9q
Studies: https://t.co/PvDE5Nw0Wq and https://t.co/4Do38PeM9q
RT @hectic_fl: Kühn et al. (2014) encontraron que jugar Super Mario indujo aumentos de materia gris en la corteza prefrontal dorsolateral (…
Kühn et al. (2014) encontraron que jugar Super Mario indujo aumentos de materia gris en la corteza prefrontal dorsolateral (DLPFC), región clave para planificación y memoria de trabajo. https://t.co/8ZyD2vmenl
tetris ve super mario oynamak beyin plastisitesini olumlu anlamda etkiliyor. tetris: https://t.co/M49M3FbLyR super mario: https://t.co/HySIfmWikM
デカくなった https://t.co/xkBc4IVcwT この結果を見るとオープンワールドなんかは相当に脳に良さげかも #自分用メモ
@MeguruKinnie @Ace_C_7 @ostonox Sources that claim it has benefits: https://t.co/aiQkwisLbp https://t.co/55rQi4zlED https://t.co/vyFbvhasAt https://t.co/uSmAtGSclW First link is specifically about minecraft.
@SchaefflerGroup K\"uhn et al. (2014), _Mol. Psychiatry_ *19*:265, doi:10.1038/mp.2013.120
bravo @MathieuTriclot pour être #preums sur le fil KÜHN, Simone, GLEICH, Tobias, LORENZ, Robert C., et al. Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video game. Molecular psychiatry, 2014, vol. 19, no 2
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
RT @doctor_neuron: マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
マリオで育つ脳 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究
研究者いわく、テレビゲームと脳の容量アップには直接的な関係があることを示している この効果が起きるゲームの条件 リアルタイムの判断を要求される 謎解きの要素がある 3D空間を飛び回れる といったあたりが重要っぽい https://t.co/4ZBdVmlw1Y ロンドン大学の実験 参加者を2グループにわけて「
マリオで、海馬、前頭葉の脳を育てる!! 1日30分、2ヶ月間、「スーパーマリオ64」をプレイした研究 参考文献では、脳の「海馬」「前頭葉(背外側前頭前野)」、両側小脳において、脳の体積増加を認めた。 #ゲーム #脳 #育児 #スーパーマリオ https://t.co/1ITwiXehMD
#Gamificación Nos gusta @gecon_es [8] Kühn, S., Gleich, T., Lorenz, R. C., Lindenberger, U., & Gallinat, J. (2014). Playing Super Mario induces structural brain plasticity: Gray matter changes resulting from training with a commercial video game. Molecular Psychiatry, 19(1)…
Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video game. https://t.co/Zq4jT13lJR
RT @Shmaddam: Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video…
Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training with a commercial video game | Molecular Psychiatry @JayReagan #itstime https://t.co/xiW34vDKNg
Playing Super Mario induces structural brain plasticity: gray matter changes from training with video game http://www.nature.com/mp/journal/v19/n2/abs/mp2013120a.html
Playing Super Mario induces structural brain plasticity: gray matter changes resulting from training http://www.nature.com/mp/journal/vaop/ncurrent/abs/mp2013120a.html
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