The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶层、柱状层、底层及壁内层所组。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

—顶—的联系只与上丘中、深层有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁的壁分为层和内层，层括覆层、基粒棒和基足层等三层，内层只层。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触进行传导的，而大多数的IPSP是通过多突触方式进行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶盖层、柱状层、底层及壁内层所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的联系只与上、层有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁的壁分为层和内层，层包括覆盖层、和足层等三层，内层只包含一层。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触进行传导的，而大多数的IPSP是通过多突触方式进行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

壁由顶盖层、柱状层、底层及壁内层所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的联系只与上丘中、深层有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

壁的壁分为层和内层，层包括覆盖层、基粒棒和基足层等三层，内层只包含一层。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触进行传导的，数的IPSP是通过突触方式进行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉由顶盖层、柱状层、底层及层所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖联系只与上丘中、深层有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉分为层和层，层包括覆盖层、基粒棒和基足层等三层，层只包含一层。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜EPSP能是通过单突触进行传导，而大多数IPSP是通过多突触方式进行神经信息传递。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶盖、柱状、底及壁内所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖只与上丘中、深有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁壁分为和内，包括覆盖、基粒棒和基足，内只包含一。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时EPSP可能是通过单突触进行传导，而大多数IPSP是通过多突触方式进行神经信息传递。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉由顶盖、柱状、底及所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的联系只与上丘中、深有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉的为，包括覆盖、基粒棒基足等三，只包含一。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触进行传导的，而大多数的IPSP是通过多突触方式进行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶盖层、柱状层、底层及壁内层所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的联系只与上丘中、深层有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁的壁分为层和内层，层包括覆盖层、基粒棒和基足层等三层，内层只包含一层。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶盖、柱状、底及壁所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的联系只与上丘中、深有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁的壁分为和，包括覆盖、基粒棒和基足等三，只包含一。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

的EPSP可能是通过单突触进行传导的，而大多数的IPSP是通过多突触方式进行神经信息传递的。

The exine is composed of tectum, columellae, foot layer and endexine.

花粉壁由顶盖、柱状、底及壁内所组成。

The tegmentum——tectum——tegmentum connections are only concerned with the mid-dle and deep layers of the superior colliculus.

被盖—顶盖—被盖的与上丘中、深有关。

The exine of pollen wall is of different electron density, the nexine dense and the sexine, comprising tectum, bacules, and foot layer, relatively thin.

花粉壁的壁分为和内，包括覆盖、基粒棒和基三，内包含一。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触进行传导的，而大多数的IPSP是通过多突触方式进行神经信息传递的。