EFTA02693109Set 11
2011-01-0710p6,243w
brain in different
orientations to reveal the involvement of the PrG (I), PoG (2), LPM (3). STS (4), and dorsal and ventral LPC (5). (C) Scalp sensor
contributions ... from 50 ms in the past revealed a substantial
involvement of PrG (I) and PoG (2) and some involvement of LPM (3). As in the calibration phase ... movement space at 50 ms in the past, the precentral gyms (PrG),
postcentral gyms (PoG), lateral premotor (LPM) cortex,
To visualize the contributions of scalp regions and current superior temporal
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02693109.pdf
EFTA02693161Set 11
2009-03-0410p7,991w
that the motor cortex represents velocity better than position as has
postcentral gyrus ( PoG) and the ipsilateral superior parietal lobule been demonstrated, in particular, by studies aimed at decoding ... hand velocity in all phases of PET studies of visuomotor adaptation. The left PrG. PoG. and IPL have
adaptation, and the differences in MEG sensor importance between been shown ... most striking result of our across tasks of the PrG. PoG, Sit and PCu implies that these areas form
study is that a sensorimotor network on a larger spatial scale
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02693161.pdf
EFTA02143623Set 10
2013-04-097p1,654w
initiate GNC ID (h), Cana downgrade
NESN VX
• Numis upgrade KAZ LN, HOC LN, POG LN, ABG LN, Medio downgrade 1913 HK, AMP IM
• BEREN downgrade SDF GY, upgrade SYNN
https://www.justice.gov/epstein/files/DataSet%2010/EFTA02143623.pdf