Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大皮层、海马、丘、及干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大内原始海马较原始梨状区发达，前者属于原皮，后者属古皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大皮层、海马、丘、干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大内原始海马较原始梨状区发达，前者属于原皮，后者属古皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、海马、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始海马较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马的表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、马、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始马较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各高、低偏爱组大鼠与对照组相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和马的表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、海、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始海较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低大鼠与对照相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海的表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑层、海、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内始海始梨状区发达，前者属于脑，后者属古脑。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、海马、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始海马较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马的表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、海马、丘脑、小脑及脑干等达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始海马较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝、胼胝体压和海马的观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大皮层、海马、丘、及干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大内原始海马较原始梨状区发达，前者属于原皮，后者属古皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱组大鼠与对照组相比，经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马表观扩散系数和各向异性分数。

Green fluorescent protein expression was observed in the tissues of cerebrum, hippocampus, thalamencephalon, cerebellum and brain stem.

观察到绿色荧光蛋白在大脑皮层、海马、丘脑、小脑及脑干等部位表达。

In the cerebrum, the primordial hippocampus developed better than the primordial piriform.The former belongs to archipallium and the latter is paleopallium.

大脑内原始海马较原始梨状区发达，前者属于原脑皮，后者属古脑皮。

Results Compared with control group,the changes of neuronic ultrastructure in hippocampus CA1 in high preference group and low preference group were more severes.

结果 各个时点高、低偏爱大鼠与相比，神经元核膜节段性不清、断裂。

The appearance diffusion coefficient and the fractional anisotropy were measured for the splenium of the corpus callosum, the genu of the corpus callosum, and the hippocampus.

测量胼胝体膝部、胼胝体压部和海马的表观扩散系数和各向异性分数。