Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工的重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

法大鼠胸膜腔内注射示踪剂,应用扫描电镜法观察壁胸膜间皮的形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表面和心包的壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连的准备与筹划区域的减退，特别是顶叶布洛卡区域以及补充的运动区域缘上的脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工的重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察壁胸膜间皮的形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝、、表面和心包的壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连的准备与筹划区域的减退，特别是顶叶布洛卡区域以及补充的运动区域缘上的脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察壁胸膜间皮形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表面和壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连准备与筹划区域减退，特别是顶叶布洛卡区域以及补充运动区域缘上脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察胸膜间皮形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表面和心包、有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连准备与筹划区域减退，特别是叶布洛卡区域以及补充运动区域缘上脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察胸膜间皮形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表面和心包层、臓层有大量维素性、化脓维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连准备与筹划区域减退，特别是顶叶布洛卡区域以及补充运动区域缘上脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

法向大鼠胸膜腔内注射示踪剂,应用扫描电法观察壁胸膜间皮形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表和心包壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连准备与筹划区域减退，特别是顶叶布洛卡区域以及补充运动区域缘上脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,描电镜方法观察壁胸膜间皮形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表和心包壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失症源自于对运动行为相关连准备与筹划区域减退，特别是顶叶布洛卡区域以及补充运动区域缘上脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右(缘上回)只复杂任务出现激活，该区可能是视空和加工的重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察壁胸膜皮的形态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表面和心包的壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连的准备与筹划区域的减退，特别是布洛卡区域以及补充的运动区域缘上的脑回。

Right parietal lobe (supramarginal gyrus) was engaged only in the complex task might because this region were involved in visuospatial memory and processing.

右顶叶(缘上回)只复杂任务出现激活，该区可能是视空间记忆和加工重要部位。

Methods The morphosis of the mesothelium of the parietal pleura in rat were investigated by intrapleura injection with tracers and observed by scanning electron microscope.

方法向大鼠胸膜腔内注射示踪剂,应用扫描电镜方法观察壁胸膜间态变化。

There were large amount of serious fibrino and suppurative fibrino exudation on the serosa of liver hepar, lung, spleen, parietal layer and visceral layer of pericardium.

剖检可见肝脏、脾脏、肺脏表和心包壁层、臓层有大量浆液纤维素性、化脓纤维素性渗出物。

Apraxia arises from lesion to the regions associated with preparation and planning for the motor act, specifically the supramarginal gyrus of the parietal lobe, Broca's area, and the SMA.

失用症源自于对运动行为相关连准备与筹划区域减退，特别是顶叶布洛卡区域以及补充运动区域缘上脑回。