The overall discourse underscores a strong agreement with the research's findings, with posts praising the structural brain differences in drummers, such as thicker fibers and enhanced neural connectivity. The tone is enthusiastic, with references to the study as 'fantastic' and 'transformative,' reflecting high interest and perceived impact. Detailed mentions of neural mechanisms, like the corpus callosum and biochemical links, demonstrate deep engagement and acknowledgment of the study's significance.
AgreementStrong agreement
Most discussions highlight the positive findings about brain differences in drummers, affirming the research's conclusions.
InterestHigh interest
The posts show high curiosity, emphasizing the neural effects of drumming and its implications for brain development.
EngagementHigh engagement
Participants reference specific brain structures like the corpus callosum and GABA levels, indicating deep engagement with the methods and results.
ImpactHigh impact
Several discussions suggest that this research could influence perceptions of musical training's effects on the brain, portraying it as a significant scientific advancement.
Abstract in brief
Professional drummers demonstrate enhanced motor independence with both hands and possess specific brain differences compared to nonmusical individuals.
The study found that drummers have higher microstructural diffusion in the corpus callosum, which correlates with their drumming skill and GABA levels in the motor cortex, indicating more efficient neural connectivity.
Additionally, drummers show less activation in the motor cortex during finger-tapping tasks, suggesting that their brains are wired for more effective motor control and inhibition.]
Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and less activation in motor cortex while finger‐tapping. https://t.co/QnJpeOxCuY https://t.co/cD8YmP9cmT
Dec 5, 2019 · 68 likes · 14 shares · 69,580 followersView post →
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Psychology of Rock with Nena
@rock_psychology · X
The Brains of Drummers - differences in the brains of drummers, accordin... https://t.co/y5BOr8W3Vq #drummer #drummers #drums #rockmusic #metalmusic
Oct 16, 2022 · 19 likes · 8 shares · 539 followersView post →
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Sebastian Ocklenburg
@ocklenBLOG · X
Have a look at our new study: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers https://t.co/RQQEQF9kEF
Dec 9, 2019 · 10 likes · 4 shares · 1,117 followersView post →
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Jay Bradner, M.D.
@jaybradner · X
This is your brain on drums via @ruhrunibochum https://t.co/tISdFm7UsC
Feb 13, 2020 · 8 likes · 1 share · 23,101 followersView post →
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Anna O. Ψ
@Anna_Os2 · X
@flaviocostaf Na verdade, há realmente diferencial no cérebro d baterista, mas, ao q parece, está relacionado ao corpo caloso. Uma pesquisa aponto q "os bateristas têm maiores propriedades d difusão microestrutural no corpo caloso do q os controles". Isso é Fantástico! https://t.co/olRJHRaors
Vay, Onur Hocalar çok güzel bir çalışma yapmış. Çocukluktan beri bateri çalanlardaki şu anlık organizasyon becerilerine hayranlıkla bakardım. Bu çalışmadaki örneklem de bunu ortaya çıkarmış görünüyor. Buradan da bütün bateristlere selam olsun.
https://t.co/W7CyGN02jt
Ever wonder how the brains of drummers are different than other people? According to biopsychology research, drummers exhibit enhanced motor independence, increased neural connectivity, and more efficient motor control…
Emma Garau discusses how drumming helps process emotions, discover identity, and maintain integrity, highlighting parallels with neuroscience research showing enhanced motor control in professional drummers.
Professional drummers demonstrate enhanced motor independence and specific brain differences. A study found higher microstructural diffusion in the corpus callosum and more efficient neural connectivity, explaining…
Schlaffke, L et al 2020 doi: 10.1002/brb3.1490. Boom Chack Boom-A multimethod investigation of motor inhibition in professional drummers
Drummers had more efficient cortical motor areas, and stronger link between right-left brain connections and GABA (associated with motor inhibition).
@flaviocostaf Na verdade, há realmente diferencial no cérebro d baterista, mas, ao q parece, está relacionado ao corpo caloso. Uma pesquisa aponto q "os bateristas têm maiores propriedades d difusão microestrutural no corpo caloso do q os controles". Isso é Fantástico! https://t.co/olRJHRaors
@erikapearson I'm pretty sure they're referring to this research: https://t.co/HmL4gRu6lx
"drumming is associated with a more efficient neuronal design of cortical motor areas as well as a stronger link between commissural structure and biochemical parameters associated with motor inhibition"
OK, granted, I'm not a professional drummer (at least, not anymore), but for decades the world has been my trap set. Finally I feel special.
Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers https://t.co/6AmcV4HBU0
RT @jaybradner: This is your brain on drums via @ruhrunibochum https://t.co/tISdFm7UsC
Feb 15, 2020 · 1 share · 9,142 followersView post →
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Jay Bradner, M.D.
@jaybradner · X
This is your brain on drums via @ruhrunibochum https://t.co/tISdFm7UsC
Feb 13, 2020 · 8 likes · 1 share · 23,101 followersView post →
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Peria Naturals
@perianaturals · X
Drumming requires musicality, timing and superb motor coordination. MRI imaging shows that experienced drummers have thicker fibres in a structure called the Corpus Callosum, which connects the right side of the brain to the left side. https://t.co/KjmkPNboFv https://t.co/xAGqie56EJ
Vay, Onur Hocalar çok güzel bir çalışma yapmış. Çocukluktan beri bateri çalanlardaki şu anlık organizasyon becerilerine hayranlıkla bakardım. Bu çalışmadaki örneklem de bunu ortaya çıkarmış görünüyor. Buradan da bütün bateristlere selam olsun.
https://t.co/W7CyGN02jt
RT @ocklenBLOG: Have a look at our new study: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers http…
Dec 10, 2019 · 4 shares · 337 followersView post →
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UOC Estudis de Ciències de la Salut
@UOCesalut · X
RT @RedolarDiego: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers - Schlaffke - - Brain and Behavi…
Dec 10, 2019 · 2 shares · 3,902 followersView post →
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Dr. Joseph Santoro
@Joseph_Santoro · X
Drummers' brains have fewer but thicker fibres connecting left and right hemispheres!
https://t.co/JzAp6tU1HZ #Music #Neuroscience #Science
Dec 10, 2019 · 1 like · 18,652 followersView post →
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Diego Emilia Redolar
@RedolarDiego · X
Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers - Schlaffke - - Brain and Behavior - Wiley Online Library https://t.co/WuBvAwWBCV
Dec 9, 2019 · 2 likes · 2 shares · 2,217 followersView post →
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The Quill Report
@QuillReport · X
Drummers' brains have fewer but thicker fibres connecting left and right hemispheres (Rated: Objective) https://t.co/D2Kpm7FjwZ
RT @ocklenBLOG: Have a look at our new study: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers http…
Dec 9, 2019 · 4 shares · 2,208 followersView post →
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Giorgio Vallortigara
@gVallortigara · X
RT @ocklenBLOG: Have a look at our new study: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers http…
Dec 9, 2019 · 4 shares · 10,261 followersView post →
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Sebastian Ocklenburg
@ocklenBLOG · X
Have a look at our new study: Boom Chack Boom—A multimethod investigation of motor inhibition in professional drummers https://t.co/RQQEQF9kEF
Dec 9, 2019 · 10 likes · 4 shares · 1,117 followersView post →
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Sebastian Ocklenburg
@ocklenBLOG · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 9, 2019 · 14 shares · 1,117 followersView post →
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JamesTmw
@JamesTmw · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 463 followersView post →
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I don't know much
@paquibena · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 264 followersView post →
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ardalio
@halucinatio · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 241 followersView post →
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Kain Yusanagi
@KainYusanagi · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 2,053 followersView post →
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Adam Perkins
@AdamPerkinsPhD · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 3,583 followersView post →
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Mª Nieves Muñoz Alcaraz
@munoz_nieves · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 1,561 followersView post →
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Manuel
@manuelgtabuyo · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 3,219 followersView post →
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Fun and Games
@wwells668 · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 1,324 followersView post →
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Cillian McHugh
@CillianMacAodh · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 1,741 followersView post →
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Jim Rose
@JimRosenz · X
RT @DegenRolf: Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and…
Dec 5, 2019 · 14 shares · 1,479 followersView post →
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Rolf Degen
@DegenRolf · X
Professional drumming changes brain structure and function, leading to more efficient communication between hemispheres and less activation in motor cortex while finger‐tapping. https://t.co/QnJpeOxCuY https://t.co/cD8YmP9cmT
Dec 5, 2019 · 68 likes · 14 shares · 69,580 followersView post →
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org/10.1002/brb3.1490 This article has been republished from the following materials. Note: material may have been edited for length and content. For ...
Latest report from German Scientists on Drumming plus short video on the drummer's brain. https://onlinelibrary.wiley.com/doi/full/10.1002/brb3.1490?fbclid= ...
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