Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元滞后组而不是引导组被对侧动眼神经核向刺激驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在光照明下采用角膜中和及深伪瞳方法蝇在位复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神元滞后组而不是引导组被对侧动眼神核逆驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元滞后组而不是引导组被对侧动神经核逆向刺激驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆照明下采用角膜中和及深伪瞳方法研究了蝇在位学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展元滞后组而不是引导组被对侧动眼核刺激驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在光照明下采用角膜中和及深伪瞳方法研究了蝇在复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

神经元滞后组而不是引导组被对侧眼神经核逆向刺激驱。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在位复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展元而不是引导被对侧动眼核逆向刺激驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在位复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展元滞后组而不是引导组被对侧动眼核逆向动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在位复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展滞后组而不是引导组被对侧眼核逆向刺激。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在位复眼光学特性。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展元而不是引导被对侧动眼核逆向刺激驱动。

Abstract Pseudopupil of the compound eye of the housefly was studied by the method of corneal neutralization, and the deep pseudopupil under antidromic illumination in situ.

摘要 在逆光照明下采用角膜中和及深伪瞳方法研究了蝇在位复眼光学特性。