which allowsdistinguishing affectiv

which allowsdistinguishing affectivefrom sensorimotor aspectsof emotionalprosody generation. Both experiments showthatwhen
participants prepare for emotional prosody, bilateral ventral striatum is specifically activated and connected to temporal poles and anterior
insula, regions in which lesions frequently cause dysprosody. The bilateral dorsal striatum is more sensitive to cognitive and motor aspects of
emotional prosody preparation and production andismore strongly connectedtothe sensorimotor speech network compared withthe ventral
striatum. Right lateralization during increased prosodic processing is confined to the posterior superior temporal sulcus, a region previously
associated with perception of emotional prosody. Our data thus provide physiological evidence supporting both models and suggest that
bilateralbasalgangliaareinvolvedinmodulatingmotorbehaviorasafunctionofaffective state.Rightlateralizationofcortical regionsmobilized
for prosody control could point to efficient processing of slowly changing acoustic speech parameters in the ventral stream and thus identify
sensorimotor processing as an important factor contributing to right lateralization of prosody.

結果 (中文) 1:

其中 allowsdistinguishing affectivefrom 感觉运动问题 emotionalprosody 的一代。这两个实验 showthatwhen与会者准备情感韵律，双边腹侧纹状体特别是激活和连接到世俗的两极和前脑岛，病变经常导致 dysprosody 的地区。双边的背侧纹状体是对认知和运动方面更敏感情感的韵律制备和生产 andismore 强烈 connectedtothe 感觉运动语音网络相比腹纹状体。右偏侧增加韵律加工过程中的仅限于后颞上沟，以前一个区域与感知情感的韵律。我们的数据从而提供生理证据支持这两种模型建议bilateralbasalgangliaareinvolvedinmodulatingmotorbehaviorasafunctionofaffective 状态。Rightlateralizationofcortical regionsmobilized韵律控制可以指向慢慢改变声语音参数在腹面流高效地处理，因此确定作为一个重要的因素，促使向右偏侧化韵律的感觉运动加工。

結果 (中文) 3:

这allowsdistinguishing affectivefrom感觉方面的emotionalprosody代。实验showthatwhen参与者准备的情感韵律，双侧腹侧纹状体是专门激活和连接到颞极和前脑岛区域中的病变常常引起dysprosody。双侧背侧纹状体对认知和运动方面更为敏感情绪韵律的制备和生产andismore强烈connectedtothe感觉语音网络与腹纹状体。在右侧增加韵律处理仅限于后颞上沟，一个地区随着情绪韵律感知相关。我们的数据，从而提供生理证据支持这两种模式，并建议bilateralbasalgangliaareinvolvedinmodulatingmotorbehaviorasafunctionofaffective rightlateralizationofcortical regionsmobilized状态。韵律控制能有效处理缓慢变化的腹侧流声语音参数，从而确定感觉处理的一个重要因素是不对称的韵律。