Epstein Secrets

icine Association, Snowmass, CO (invited) 2009, Lincoln Center, Music and the Brain Symposium, New York,

s, 2003 63. Tramo MJ, Koh CK, Shah GD, Braida LD Effects of bilateral auditory cortex lesions on frequency processing and virtual pitch perception. ARO Abstracts 2004; 27:78 64. Tramo MJ Physiology, anatomy, and plasticity of the cerebral cortex in relation to musical instrument performance. Journal of the Acoust

nd through public lectures (e.g., Carnegie Hall, Lincoln Center), materials posted on The Institute for Mu

s, 2003 63. Tramo MJ, Koh CK, Shah GD, Braida LD Effects of bilateral auditory cortex lesions on frequency processing and virtual pitch perception. ARO Abstracts 2004; 27:78 64. Tramo MJ Physiology, anatomy, and plasticity of the cerebral cortex in relation to musical instrument performance. Journal of the Acoust

icine Association, Snowmass, CO (invited) 2009. Lincoln Center. Music and the Brain Symposium. New York,

s, 2003 63. Tramo MJ, Koh CK, Shah GD, Braida LD Effects of bilateral auditory cortex lesions on frequency processing and virtual pitch perception. ARO Abstracts 2004; 27:78 64. Tramo MJ Physiology, anatomy, and plasticity of the cerebral cortex in relation to musical instrument performance. Journal of the Acoust

CO (invited) 2009, Music & the Brain Symposium, Lincoln Center, New York, NY (invited) 2010, Music & the

s, 2003 63. Tramo MJ, Koh CK, Shah GD, Braida LD Effects of bilateral auditory cortex lesions on frequency processing and virtual pitch perception. ARO Abstracts 2004; 27:78 64. Tramo MI Physiology, anatomy, and plasticity of the cerebral cortex in relation to musical instrument performance. Journal of the Acoust

CO (invited) 2009, Music & the Brain Symposium, Lincoln Center, New York, NY (invited) 2010, Music & the

s, 2003 63. Tramo MJ, Koh CK, Shah GD, Braida LD Effects of bilateral auditory cortex lesions on frequency processing and virtual pitch perception. ARO Abstracts 2004; 27:78 64. Tramo MI Physiology, anatomy, and plasticity of the cerebral cortex in relation to musical instrument performance. Journal of the Acoust