The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体通路上酪氨酸羟化酶免疫活性可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激活及早基因从而实现对纹状体LTP的增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA活性和sEPSCs频率增加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体通路上酪氨酸羟化酶免疫活性可随移植衍效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激活及早基因从而实现对纹状体LTP作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发PKA活性和sEPSCs频率加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵体属于古体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑体通路上酪氨酸羟化酶免疫可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激及早基因从而实现对体LTP增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在体，我们研究发现Allo和verapamil不抑制veratridine诱发PKA和sEPSCs频率增加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体路上酪氨酸羟化酶免疫活性随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有激活及早基因从而实现对纹状体LTP的增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA活性和sEPSCs频率增加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体通路上酪氨酸羟化酶免疫活性可随移植机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激活及早基因从而实现对纹状体LTP的用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA活性和sEPSCs频率加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体通路上酪氨酸羟化酶免疫性可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂极有可通过激基因从而实现对纹状体LTP的增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA性和sEPSCs频率增加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的状体属状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质状体通路上酪氨酸羟化酶免疫活性可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激活及早基因从而实现对状体LTP的强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA活性和sEPSCs频率。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵的纹状体属于古纹状体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质纹状体通路上酪氨酸羟化酶免疫活性可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉精极有可通过激活因从而实现对纹状体LTP的增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在纹状体，我们研究发现Allo和verapamil不抑制veratridine诱发的PKA活性和sEPSCs频率增加。

The corpus striatum of Onychodactylus fischeri is paleostriatum.

爪鲵体属于古体。

Such graft-derived functional effects were accompanied by preservation of tyrosine hydroxylase (TH) immunoreactivity along the nigrostriatal pathway.

黑质体通路酪氨酸羟化酶免疫活性可随移植衍生物机效应得以保存。

Conclusion:The inebriant dose ethanol could enhance the amplitude of corticostriatal LTP through the way of activating immediate early gene.

致醉剂量酒精极有可通过激活及早基因从而实现对体LTP增强作用。

In the striatum, our study indicated that Allo and verapamil didn’t inhibit veratridine-evoked increase in the PKA activity and the frequency of sEPSCs.

在体，我们研究发现Allo和verapamil不抑制veratridine诱发PKA活性和sEPSCs频率增加。