Musical Training Boosts Brain Growth

Research has revealed significant differences in the gray matter distribution between professional musicians trained at an early age and non-musicians, as presented today at the American Academy of Neurology’s 53rd Annual Meeting in Philadelphia, PA. The musicians in the study had more relative gray matter volume in left and right primary sensorimotor regions, the left more than the right intraparietal sulcus region, the left basal ganglia region and the left posterior perisylvian region, with pronounced differences also seen in the cerebellum bilaterally.

“We were interested to know whether intense environmental demands such as musical training at an early age influenced actual brain growth and development,” comments study leader Gottfried Schlaug, MD, PhD. Results of this cross-sectional study may indicate use-dependent brain growth or structural plasticity of gray matter volume in response to such demands during a critical period of brain maturation. “An alternative explanation may be that these musicians were born with these differences, which may draw them toward their musical gifts.”

Fifteen male professional musicians and 15 age and gender matched non-musicians were included in the study conducted by neurologist Schlaug and Gaser Christian, PhD, of Germany, at the Beth Israel Deaconess Medical Center, Boston. Using a magnetic resonance imaging sequence, they compared high resolution anatomical datasets of the professional musicians’ and non-musicians’ brains on a voxel-by-voxel basis using SPM99 software.

“Musicians typically commence training at an early age, making them ideal subjects for this type of investigation,” notes Schlaug. These presumed cerebral adaptations may not only lead to modifications of functional sensory and motor maps, but may also lead to structural adaptations within the sensorimotor system.

“However,” Schlaug concludes, “additional study is necessary to confirm causal relationships between intense motor training for a long period of time and structural changes in motor and non-motor related brain regions.” Schlaug is continuing this study to identify areas of the brain that are different, and to determine if training and experience create the differences.

Comments are closed.

CH341A 24 25 Series EEPROM Flash BIOS USB Programmer Module + SOIC8 Test Clip picture

CH341A 24 25 Series EEPROM Flash BIOS USB Programmer Module + SOIC8 Test Clip

$5.88



10PCS For SST27SF512-70-3C-PG SST 27SF512 DIP-28 Eeproms Programmable Flash Chip picture

10PCS For SST27SF512-70-3C-PG SST 27SF512 DIP-28 Eeproms Programmable Flash Chip

$27.69



USB BIOS EEPROM SPI FLASH Programmer CH341A 24 25 series BIOS Writer Burner Chip picture

USB BIOS EEPROM SPI FLASH Programmer CH341A 24 25 series BIOS Writer Burner Chip

$7.57



10* DIP-28 Eeproms Programmable Flash Chip For SST27SF512-70-3C-PG SST 27SF512 picture

10* DIP-28 Eeproms Programmable Flash Chip For SST27SF512-70-3C-PG SST 27SF512

$28.31



10PCS W27C512-45Z W27C512 DIP IC EEPROM 512KBIT 45NS Winbond EEPROMs USA picture

10PCS W27C512-45Z W27C512 DIP IC EEPROM 512KBIT 45NS Winbond EEPROMs USA

$16.54



SOP8 SOIC8 Test Clip for EEPROM 25CXX / 24CXX with CH341A 24 25 Series EEPROM picture

SOP8 SOIC8 Test Clip for EEPROM 25CXX / 24CXX with CH341A 24 25 Series EEPROM

$9.39



USB Programmer CH341A Series Burner Chip 24 EEPROM BIOS Writer 25 SPI Flash + So picture

USB Programmer CH341A Series Burner Chip 24 EEPROM BIOS Writer 25 SPI Flash + So

$12.60



AiTrip EEPROM BIOS USB Programmer CH341A + SOIC8 Clip + 1.8V Adapter + SOIC8 ... picture

AiTrip EEPROM BIOS USB Programmer CH341A + SOIC8 Clip + 1.8V Adapter + SOIC8 ...

$19.99



5PCS EEPROM IC ATMEL DIP-28 AT28C256 AT28C256-15PU US picture

5PCS EEPROM IC ATMEL DIP-28 AT28C256 AT28C256-15PU US

$31.27



EZP2023 High-Speed USB SPI Programmer + 15 Adapters For 24 25 93 95 EEPROM USA picture

EZP2023 High-Speed USB SPI Programmer + 15 Adapters For 24 25 93 95 EEPROM USA

$19.99



Powered by WordPress. Designed by WooThemes