It corresponded clinically to a, or sudden, and anatomically was limited to the superior frontal gyrus.
相应在临床是是早年的突发病灶，解剖上局限在额上回内。
The main correlational language cortex included left temporal lobe and bilateral inferior frontal gyrus.
主要语言相关皮层区为左颞叶及双侧额下回。
In females the activating areas included bilateral IFG, left middle frontal gyrus, bilateral STG and bilateral cerebellum.
女性激活的脑区包括双侧额下回、左额中回、双侧颞上回及双侧小脑。
Objective To explore the location of frontal gyrus by the processus neuralis in transection, to provide morphological data for imageology.
目的在横切面上通过髓突定位额叶脑回，为影像学上通过髓突定位额叶脑回奠定解剖形态学基础。
Objective to explore the location of frontal gyrus by the processus neural is in transection, to provide morphological data for imageology.
目的在横切面上通过髓突定位额叶脑回，为影像学上通过髓突定位额叶脑回奠定解剖形态学基础。
The blood flow perfusion was increased in the right central frontal gyrus, right superior temporal gyrus, right occipital lobe and left central frontal gyrus.
抑郁症患者的右侧中间额回，右侧上颞回，右侧枕叶，左侧中间额回血流灌注升高。
But in the second scan, the middle frontal gyrus and inferior frontal gyrus were also lit up - the parts associated with working (short-term) memory and decision-making.
在第二次扫描中，额中回和额下回也被激活——这些部分与形成(短期)记忆和做出决定有关联。
The left inferior temporal gyrus plays a key role in the processing of verb collocations, which are also connected with left superior frontal gyrus and other brain loci.
左额下回后部对动词配价加工起主要作用，还涉及左额下回后部的周围区域和其他较远的相关区域。
Results For subvocal number reading task, significant activations were observed in the left posterior part of inferior frontal gyrus, left angular gyrus, bilateral medial frontal gyrus.
结果数字默读实验脑激活区为左额下回后部、左角回、双侧额内回。
Conclusion ct scanning can point out directly frontal lobe gyrus stunt at the early stage of infants and provide accurate information for clinical diagnose.
结论CT可早期直观提示婴儿、幼儿早期额叶脑回发育迟缓情况，为临床早期确诊婴幼儿良性惊厥提供新的诊断信息。
The retrograde labelling is present in wide areas of cortices including areas 1 and 2 in frontal cortices, areas 1 and 2 in the parietal cortices and the cingulate gyrus.
结果发现：大鼠尾壳核接受来自大脑皮质广泛区域的投射，包括额叶皮质1～2区、顶叶皮质1～2区和扣带前皮质等。
CONCLUSIONS: There are much neuromechanisms related withmultiplicity impulsivity. Frontal cortex and cingulate gyrus may besignificant role in these neuromechanisms.
结论：参与冲动控制任务的脑神经结构非常复杂，其中前额叶、扣带回可能起关键作用。
Glucose metabolisms of bilateral frontal lobes, caudate nucleus and cingulated gyrus of depression patients decreased in different degrees comparing with those of normal persons.
抑郁症患者额叶、扣带回、尾核等脑区葡萄糖代谢与正常人相比，有不同程度的降低。
Glucose metabolisms of bilateral frontal lobes, caudate nucleus and cingulated gyrus of depression patients decreased in different degrees comparing with those of normal persons.
抑郁症患者额叶、扣带回、尾核等脑区葡萄糖代谢与正常人相比，有不同程度的降低。
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